BACHELOR OF ENGINEERING (TEXTILE TECHNOLOGY) 619112

Program name

BACHELOR OF ENGINEERING

(TEXTILE TECHNOLOGY)

Program code

619112

Department of Textile Engineering

Faculty of Technology and Engineering

The Maharaja Sayajirao University of Baroda

Vadodara

PSO for B.E. (Textile Technology)

PSO1: Graduates of the program will have the ability to apply knowledge of Basic science, engineering and Textile Technology in identifying

and providing appropriate solution for textile manufacturing industry.

PSO2: Graduates of the program will have the ability to design, optimize textile process and Textile machinery to develop quality and cost-

effective products.

PSO3: Graduates of the program will have successful career in design, development, manufacturing, production planning and process control of

textile machines for textile industry.

PSO4: Graduates of the program will have the continual learning ability and will be adapting to the constantly changing technology.

PSO5: Graduates of the program will have necessary skills to take up Entrepreneurial Venture.

PSO6: Graduates of the program will serve to the needs of Textile Industry and the Nation.

PSO7: Graduates of the program will be able enhance skill and other skill related issues for textile industry.

PSO8: Graduates of the program (especially female) will get platform to design & create prototypes with changing demands of the textile market

and fashion segment.

Bloom’s Taxonomy Levels: 1. Remember 2. Understand 3. Application 4. Analysis 5. Evaluation 6. Creation

Titles of Courses and Detailed Syllabi

w.e.f. 2019-20

(B.E. SEM-I [FSBE-I] & SEM-II [SSBE-I])

(B.E. SEM-I [FSBE-II] & SEM-II [SSBE-II])

(B.E. SEM-I [FSBE-III] & SEM-II [SSBE-III])

(B.E. SEM-I [FSBE-IV] & SEM-II [SSBE-IV])

Sr. No

Subject Code

Subject Title

Page No.

F.S. B.E.-I

APH1101

Applied Physics-I

APH1101L

Applied Physics-I Lab

AMT1101

Applied Mathematics-I

MEC1101

Engineering Drawing-I

MEC1101L

Engineering Drawing-I Lab

MME1101

Material Science

CVL1104

Fundamentals of Civil Engineering and

Environmental Engineering

CVL1104L

Fundamentals of Civil Engineering and

Environmental Engineering Lab

MEC1102

Workshop Practice-I

S.S. B.E.-I

APH1201/APH1206

Applied Physics-II

APH1201L/APH1206L

Applied Physics-II Lab

AMT1202

Mathematics & Statistical Methods

AMT1202L

Mathematics & Statistical Methods Lab

TXC1203

Textile Chemical Processing-I

MEC1207

Mechanical Engineering

AMT1203

Introduction to Computer & Numerical Analysis

AMT1203L

Introduction to Computer & Numerical Analysis Lab

TXE1203

Principles of Textile Manufacturing

TXE1203L

Principles of Textile Manufacturing - TW/Practical

F.S. B.E.-II

APH1301

Fibre Science and Textile Physics

APM1302

Applied Mechanics

APM1302L

Applied Mechanics Lab

TXC1305

Textile Chemistry-I

TXC1305L

Textile Chemistry-I Lab

ACH1307

Chemistry

ACH1307L

Chemistry Lab

TXE1306

Principles of Yarn Manufacturing

S.S. B.E.-II

ACH1404

Applied Chemistry

ACH1404L

Applied Chemistry Lab

TXE1402

Spinning -I

TXE1402L

Spinning -I Lab

TXE1403

Weaving-I

TXE1403L

Weaving-I Lab

TXE1404

Yarn Preparation-I

TXE1404L

Yarn Preparation-I Lab

F.S. B.E.-III

ELE1511

Electrical Engineering Fundamental

ELE1511L

Electrical Engineering Fundamental Lab

CBM1501

Management Of Textile Unit

TXE1505

Textile Machine Control and Quality Management

TXE1507

Textile Testing-I

TXE1507L

Textile Testing-I Lab

TXE1508

Fabric Structure

TXE1508L

Fabric Structure Lab

S.S. B.E.-III

TXC1601

Textile Chemistry-II

TXC1601L

Textile Chemistry-II Lab

MEC1608

Industrial Engineering and Operation Research

TXE1606

Textile Testing -II

TXE1606L

Textile Testing -II Lab

TXE1607

Spinning-II

TXE1607L

Spinning-II Lab

TXE1608

Weaving-II

TXE1608L

Weaving-II Lab

F.S. B.E.-IV

TXE1701

Engineering of Textile Structure

TXE1702

Man Made Fibre Technology-I

TXE1703

Spinning-III

TXE1703L

Spinning-III Lab

TXE1704

Weaving-III

TXE1704L

Weaving-III Lab

TXE1706

Yarn Preparation-II

TXE1706L

Yarn Preparation-II Lab

S.S. B.E.-IV

TXE1801

Advance Fabric Structure,

TXE1803

Garment Technology

TXE1804

Knitting

TXE1805

Man Made Fibre Technology-II

TXE1805L

Man Made Fibre Technology-II Lab

TXE1806

Technical Textiles

TXE1807

Textile Production Management and Costing

TXE1807L

Textile Production Management and Costing Lab

TXE1808

Process Control and Modern Yarn Production

TXE1808L

Process Control and Modern Yarn Production Lab

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. - Textile Technology: Regular Programme

Year

Core / Elective / Foundation

APH1101: Applied Physics I

Credits / Hours per week

Semester

Year of Introduction: 2007

Year of Syllabus Revision: 2012

Maximum Marks / Grade

100

Mode of

Transaction

Lectures and Tutorials

Course Outcome (CO) APH1101

CO1 Understand the basics of laws governing physical world.

CO2 Application of physical laws in various engineering applications

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elements of

Employability

(Emp)/

Entrepreneurship

(Ent)/ Skill

Development

(SD)

Relevance to Local

(L)/ National (N)/

Regional(R)/Global

(G)

developmental needs

Relation to

Gender (G),

Environment

and

Sustainability

(ES), Human

Values

(HV)and

Professional

Ethics (PE)

Interference:

• Types of interference. Fresnel's

biprism, White light fringes,

Determination of the thickness of

a thin sheet of transparent

material.

• Interference in thin films,

Wedge-shaped film, Necessity of

an extended source.

• Newton's rings, Determination

of wave-length of sodium light

using Newton’s rings,

Determination of refractive index

of a liquid, Newton s rings with

white light.

• Non-reflecting films,

Michelson interferometer, Types

of fringes, Uses of Michelson’s

interferometer, Standardization of

the meter.

• Fabry-Perot interferometer,

Interference filters.

1,2

CO1

CO2

PSO2

EMP, ENT, SD

N,R,G

ES, PE

Diffraction:

• Introduction, Two kinds of

diffraction, Difference between

interference and diffraction.

• Fraunhofer diffraction at a

circular aperture, Plane diffraction

1,2

CO1

CO2

PSO2

grating, Formation of multiple

spectra with grating, Maximum

number of orders available with a

grating.

• Absent spectra with a

diffraction grating, Effect of

increase in the width of niled

surface.

• Determination of wavelength,

dispersive power of grating.

Resolving Power of Optical

Instruments:

• Meaning of resolving power,

Rayleighs criterion of resolution.

• Resolving power of grating,

prism, telescope and microscope.

1,2

CO1

CO2

PSO6

Polarization:

• Geometry of calcite crystal,

double refraction, Nicol's prism,

Huygen's theory of double

refraction.

• Quarter-wave plate,

polarization by selective

absorption. Half-wave plate.

• Elliptically and circularly

polarized light, production of

circularly and elhptically polarized

1,2

CO1

CO2

PSO2

light, conversion of elliptically

polarized light into circularly

polarized light, analysis of

polarized light of different kinds.

• Ken effect. Optical activity,

specific rotation, Laurent's half

shade polarimeter. Photo

elasticity.

LASER:

• Lasers, spontaneous and

stimulated emission, population

inversion, pumping and active

system.

• The Ruby laser. Gas laser.

Semiconductor laser.

• CO2 laser, design of CO2

laser, mechanism of CO2 laser.

• Uses of lasers.

1,2,3,4

CO1

CO2

PSO2

Semiconductor Diode

Applications and Solar Cells:

• Rectifier, ripple factor,

capacitor filter.

• Types of Solar Cells, p-n

junction Solar Cells

Characteristics, Efficiency.

1,2,3,4

CO1

CO2

PSO2

PSO6

PSO7

Ultrasonics:

• Ultrasonic waves, production

of ultrasonic waves.

• Detection of ultrasonic,

properties of ultrasonic,

wavelength of ultrasonic waves.

• Applications of ultrasonic

waves.

2,3,4,5

CO1

CO2

PSO2

PSO6

Maxwell's equations and

electromagnetic waves:

• Vector field, Irrotational vector

field, rotational vector fields

(curl), source and sinks of vector

fields -divergence theorem.

• Basic laws of electricity and

magnetism- different forms.

• Lumped and distributed

elements -oscillations,

electromagnetic cavity oscillator.

• Charge conservation law —

continuity equation, displacement

current.

• Maxwell's equations,

electromagnetic waves in free

space.

CO1

CO2

PSO2

Waves and Particles:

CO1

PSO2

• Equation of motion of matter

waves, physical interpretation of

wave function

• Operators. Eigen functions and

Eigen values, momentum and

energy operators, properties of

wave functions

• Solution of Schrodinger

equation. Stationary state

solutions.

• The free particle, particle in a

box, energy levels of a particle

enclosed in one-dimensional

potential box of infinite height.

• The hydrogen atom

(qualitative). Barrier Tunneling,

STM, electron microscope.

CO2

Temperature and its

measurement:

• Liquid thermometers, mercury

thermometers, errors in mercury

thermometers.

• Bimetallic thermometers.

Platinum resistance

thermometers, thermoelectric

thermometers, Pyrometers, Fery's

total radiation pyrometer.

Disappearing filament optical

CO1

CO2

PSO2

pyrometer.

• Factors for the selection of a

thermometer for a particular use,

temperature range of various

thermometers.

Vacuum technology:

• Introduction, exhaust pump

and their characteristics, different

types of pumps.

• Rotary oil pumps. Diffusion

pump.

• Measurement of low pressure,

Pirani gauge.

CO1

CO2

PSO2

Reference Books

Engineering Physics: by R. K. Gaur and S. L. Gupta, DhanpatRai Publications (P) Ltd. 8

Edition.

Fundamentals of Physics: by D. Halliday, R Resnick and J. Walker, Asian Books Pvt. Ltd. 6

Edition

Modem Engineering Physics: by A. S. Vasudeva, S. Chand and Company Ltd.

A Textbook of Engineering Physics by MN Avadhanulu& PG Kshirsagar, S Chand Publishers

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E. - Textile Technology: Regular Programme

Year

Core / Elective / Foundation

APH1101L : Applied Physics Laboratory

Practical

Credits / Hours per week

Semester

Year of Introduction: 2007

Year of Syllabus Revision: 2016

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments,

discussion and viva

Course Outcome (CO) APH1101L

CO1 Understanding the optics

CO2 Understanding the physical properties through experiments

CO3 Methods to determine physical properties

CO4 Understanding of advances in instrumentation

CO5 Understanding the spectroscopy

No.

Experiment

Hours

Level

PSO

Elements of

Employability

(Emp)/

Entrepreneurship

(Ent)/ Skill

Development

(SD)

Relevance to Local

(L)/ National (N)/

Regional(R)/Global

(G)

Relation to

Gender (G),

Environment

and

Sustainability

(ES), Human

Values

(HV)and

Professional

Ethics (PE)

Newton’s Rings: To Study the interference patterns

from single monochromatic source and find out the

Radius of Curvature of given Plano-Convex lens from

the obtain interference pattern.

1,2

CO1,

CO2

PSO1,

PSO2

Diffraction Grating: To study the diffraction pattern

from sodium vapor lamp and find out the wavelength

of this source by using diffraction pattern that obtain

with the help of Transmission Grating.

CO1

CO2

PSO1,

PSO2

Frequency of AC Mains: To determine the frequency

of A. C. Mains.

2,3

CO3

CO4

PSO1,

PSO2

Ultrasonic Waves: To determine the frequency of

Ultrasonic waves and find out the velocity of

Ultrasonic wave in air medium by using the

interference theory of longitudinal wave.

3,4

PSO1,

PSO3

Resolving Power of Telescope:- Comparative study

between resolving power of Travelling Microscope and

Telescope.

2,3

CO1

CO2

PSO1,

PSO4

Solar Cell: Study of various parameters of solar cell

2,3

PSO1,

PSO3

Dispersion of Light: Calculate the refractive index of

different wavelength associated with white light using

the prism.

3,4

PSO1,

PSO3

Laser Parameters: (1) To determine the full angular

divergence of the given gas laser. (2) To determine the

wavelength of the given laser source using diffraction

by grating.

3,4

CO5

PSO1,

PSO3

Polari meter: To determine the specific rotation of the

given optically active substance.

2,3,4

CO1

CO2

PSO1,

PSO3

Rectifier Circuits: To study the process of

rectification through half wave, full wave and bridge

rectifiers.

2,3,4

CO3

CO4

PSO1,

PSO4

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E. - Textile Technology: Regular Programme

Year

Core / Elective / Foundation

AMT 1101: APPLIED MATHEMATICS-I

Credits / Hours per week

Semester

Year of Introduction: 2010

Year of Syllabus Revision: 2016

Maximum Marks / Grade

100

Mode of Transaction

Lecture

Course Outcome (CO) (AMT1101)

CO1 Evaluate successive differentiation of given function and solve identities involving higher order derivatives, evaluate radius of curvature, obtain

Taylor & Maclaurin series expansion of function of single variable. Evaluate limits of indeterminate forms.

CO2 Test for convergence sequences and positive term series using various tests like comparison test, ratio test. Also find the convergence, absolute and

conditional convergence for alternating series.

CO3 Understand the requirement of complex numbers their various representations, Demovier’s theorem and its applications. Logarithm of complex

numbers. Evaluate and use circular functions, hyperbolic functions.

CO4 Classify the differential equations with respect to their order and linearity, explain the meaning of different types of solutions of a differential

equation.

CO5 Identify and solve the 1

order differential equations.

CO6 Apply the method of undetermined coefficients to solve the non-homogeneous linear differential equations with constant coefficients.

CO7 Apply the method "variations of parameters" to find to solution of higher-order linear differential equations with variable coefficients.

CO8 Solve the Cauchy-Euler equations and systems of linear differential equations .

CO9 Analyze real-world problems in field of Engineering like problems related to bending of beams, mixtures, growth and decay, heating and cooling,

electric circuits, Spring-mass system etc.

CO10 Find series solutions of Bessel differential equation and Legendre’s differential equations and make use of the properties of Bessel’s functions and

Legendre polynomials to study and analyze the solution.

Unit

No.

Topic

Contact

Hours

Weightage

(%)

Level

PSO

Elements

Employa

bility

Relevanc

e to

Local (L)/

National

Relation

Gender

(G),

(Emp)/

Entrepre

neurship

(Ent)/

Skill

Develop

ment

(SD)

(N)/

Regional(

R)/Global

(G)

Environ

ment

and

Sustaina

bility

(ES),

Human

Values

(HV)and

Professio

nal Ethics

(PE)

Calculus:

Reorientation, Functions of one variable Application of derivatives,

Curvature, Successive differentiation, Partial derivatives, Leibnitz rule

for the nth order derivative of a function, Techniques of partial

derivatives.

16.67

1,2,3,5

CO1

Emp, SD

Infinite Series:

Sequence and their convergence , convergence and divergence of

infinite series, Geometric series, P – Series ,Necessary condition for

convergence, Comparison test, ratio test Absolute convergence and

conditional convergence of alternating series, Maclauarin’s & Taylor’s

expansion with reminder form, Indeterminate forms L’Hospital’s rule

16.67

1,2,3,4

CO2

Complex Numbers:

Complex numbers & their geometrical representation, Complex

numbers in polar form, Demoivre’s theorem and its applications,

Exponential, logarithmic, trigonometric & hyperbolic functions.

16.67

1,2,3,4

CO3

Differential Equations

Reorientation, Modeling of engineering systems pertaining to

first order differential equations, Exact differential equations,

integrating factors, Unified approach to first order ordinary

differential equations, Equations of first order and higher

degree.

16.67

1,2,3,5

CO4

CO5

CO9

Linear differential equations of higher order with constant

coefficients and with variable coefficients

Models of higher order differential equations, Method of variation of

20.83

1,2,3,5

CO6

CO7

CO8

parameters, Simultaneous linear differential equations

Method of solution in series

CO9

Bessel and Legendre’s equations, Properties of Bessel functions

Introduction to Legendre polynomials

12.5

1,4,5

CO10

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E. - Textile Technology: Regular Programme

Year

Core / Elective / Foundation

MEC 1101: Engineering Drawing I

Credits / Hours per week

Lectures: 04

Practical-: 04

Semester

Year of Introduction: 2016

Year of Syllabus Revision: ----

Maximum Marks / Grade

Theory: 100

PR/TW/VIVA: 50

Mode of

Transaction

Lectures

Course Outcome (CO) MEC 1101

CO 1

Use the drawing instruments effectively and how to use the dimensioning methods.

CO 2

Observe, analyse and correlate two-dimensional (Orthographic view) and three dimensional (Isometric view)

CO 3

Construct and application of various engineering curves in engineering practice

CO 4

Apply the knowledge of Projection of points, Lines and Planes in engineering

CO 5

Create freehand sketches of basic machine components

Unit

No.

Topic/Unit

Contac

Hours

Weightag

(%)

Level

PSO

Elements of

Employabilit

y (Emp)/

Entrepreneurs

hip (Ent)/

Skill

Development

(SD)

Relevance

Local (L)/

National

(N)/

Regional(R

Global (G)

developme

ntal needs

Relation to

Gender (G),

Environment

and

Sustainability

(ES), Human

Values (HV)and

Professional

Ethics (PE)

Introduction to Engineering Curves:

Introduction to conic sections, types of conic

sections, eccentricity, construction of conic

sections( parabola, ellipse , hyperbola) by

different methods, Construction of involutes,

1,2,6

CO3

PSO1,2

Emp, Ent, SD

L,N,R,G

G, ES, HV, PE

construction of cycloid, epicycloid and

hypocycloid, construction of spiral, construction

of normal and tangent to all curves.

Free hand sketches:

Parts of screw thread and its types, conventional

representation of threads, screwed fastening-

types of nuts, bolts, set screws, locking

arrangement of nuts, foundation bolts, riveted

and welded joints, forms and proportions of

rivet heads, representation of welded joints,

shaft keys and couplings- types of keys, cotter

joint, knuckle joint, double cotter/sleeve joint,

types of couplings.

1,2,6

CO5

PSO1,2

Projection of Point and Line

Introduction to principal planes of projections,

projections of points located with respect to

reference planes (in different quadrants),

Projection of Lines, Line parallel to reference

planes, Line parallel to one reference plane and

inclined to other reference plane, Line inclined

to both the reference planes, Application of all

variants

3,4,6

CO4

PSO1,2

Projection of Planes

Projection of Planes (Polygons, circle, semi-

circle, ellipse etc.). Plane parallel to one

reference plane and inclined to other, Plane

inclined to both the reference plane, Concept of

auxiliary plane method for projection of plane.

1,2,4

CO4

PSO1,2

Orthographic projection

Fundamental of projection along with

classification, Projections from the pictorial

view of the object on the principal planes for

2,3,5

CO2

PSO1,2

view from front, top and sides using first angle

projection method and third angle projection

method, full sectional view

Isometric Projections and Isometric View or

Drawing:

Isometric Scale, Conversion of orthographic

views into isometric projection, isometric view

or drawing of objects

2,4,5

CO2

PSO1,2

Reference book

Bhatt, N.D., ‘Engineering Drawing’,

Shah, P. J., ‘Engineering Drawing’,

Bhatt, N.D., ‘Machine Drawing’,

Dhawan, R.K., ‘A Textbook of Engineering Drawing’,

Venugopal, K., ‘Engineering Drawing and Graphics’

M. Raja Roy, B.V.R. Gupta, ‘Engineering Drawing with AutoCAD’,

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. - Textile Technology: Regular Programme

Year

Core / Elective / Foundation

MEC1101L Engineering Drawing-I

(Practical/TW/Viva)

Credits / Hours per week

Semester

Year of Introduction:1954

Year of Syllabus Revision: NA

Maximum Marks / Grade

Mode of

Transaction

Term work, Practical and viva

No.

Experiment

Contact

hours

Weightage

(%)

Level

PSO

Different types of Engineering Curves:

1,2,6

CO3

PSO1,2,3

Free hand sketches:

1,2,6

CO5

PSO1,2,3

Projection of Point and Line

3,4,6

CO4

PSO1,2,3

Projection of Planes

1,2,4

CO4

PSO1,2,3

Orthographic projection

2,3,5

CO2

PSO1,2,3

Isometric Projections and Isometric View or Drawing:

2,4,5

CO2

PSO1,2,3

The Maharaja Sayajirao University of Baroda

Faculty of Technology and Engineering

Department of Textile Engineering

Academic Year

2020-2021

B.E. - Textile Technology: Regular Programme

Year

Core / Elective / Foundation :

MME1101 Materials Science

Credits / Hours per Week

04 (Theory)

Semester

Year of Introduction :

Maximum Marks / Grade

100 (Theory)

Mode of Transactions

Lectures and Tutorials

Course Outcome (CO) / MET 1101

CO-1: Understanding of materials and their classification

CO-2: Study about crystals and lattices parameters

CO-4: Studies of phase important with their diagrams and materials defects

CO-5: Learning about ceramics and glasses materials

CO-6: Understanding briefly causes and types of corrosions and their protection methods

CO-7: Study about electronics and electrical materials

CO-8: Learn about some advanced materials and their uses

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

[1]

Level

PSO

[2]

Elements of

EMP/ENT/SD

[3]

Relevance

to L/R/N/G

[4]

Relation to

GN/ES/HV/PE

Introduction of Engineering

10%

1/2/3/4

CO1

Materials

Metalica Materials, Ceramic Material,

Polymers, Composite and Nano-

materials.

Crystal Structure

Crystallography, Atomic structure

and; Structure of crystalline solids;

Lattices, unit cells; Crystal systems,

Bravais lattices; Indexing of directions

and planes, notations, Inter-planar

spacings and angles, co-ordination

number, packing factors stacking

sequence in BCC, FCC and HCP.

15%

1/2/3/5

CO2

Mechanical Properties of Materials

Concepts of stress and strain,

Stress-Strain diagrams; Properties

obtained from the tensile test; Elastic

deformation, Plastic deformation.

Impact Testing & toughness

behavior. Hardness of materials.

15%

1/2/3

CO3

Phase diagram

Gibbs phase rule, Binary phase

15%

1/2/3

CO4

diagram its types, solid solution –

Hume Rothery Rules. Imperfections:

Point defects, Line defects and

surface defects – grain boundary, tilt

boundary and twin boundary, Grain,

Grain size number. Burgers vector

and its representation.

Ceramic Materials

Introduction, ceramic structures,

silicate structures, Processing of

ceramics; Properties, glasses;

Composite Materials- Introduction,

classification, metal-matrix, ceramic–

matrix and polymer matrix

composites.

10%

1/2

CO5

Corrosion

Types of corrosion – Dry and Wet

corrosion, Electro chemical and

oxidation (Chemical) corrosion.

Corrosion prevention – anodic and

cathodic protection & coatings

15%

1/2/3

CO6

Electrical & Electronic Materials

Intrinsic and Extrinsic Semi

conductivity, Dielectric material,

10%

1/2

CO7

Piezo-electric materials. Magnetic

Materials: Introduction, classification

of magnetic materials, soft & hard

magnetic materials.

Advanced Materials

Nano Materials & its application,

Metallic glasses, Super conducting

material, optic fibers, smart materials.

10%

1/2

CO8

100%

Text Books or Reference Books:

Askeland D.R., & P. P. Fullay (2007), The Science and Engineering of Materials –4th Cengage Learning Publishers

William D. Callister, Jr (2008), Callister’s Materials Science and Engineering, (Adopted by R. Balasubramaniam) Wiley-Eastern

A.S. Edelstein and R.C. Cammarata Ed. (1998), Nano Materials: Synthesis, Properties and Applications, Inst. Of Physics Publishing,

Raghavan V (2007), Materials Science and Engineering - A First Course, Prentice Hall, India

James F. Shackelford (1996), Introduction to Materials Science for Engineers, Prentice Hall, India

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. Textile Technology: Regular Programme

Year

Core / Elective / Foundation

CVL 1104 : FUNDAMENTALS OF CIVIL AND ENVIRONMENTAL ENGINEERING

(NEW COURSE)

Credits / Hours

per week

Semester

Year of Introduction: 2019

Year of Syllabus Revision:

Maximum Marks / Grade

100

Mode of Transaction

Lectures

Course Outcome (CO) CVL

CO1 To impart brief fundamental concept related to various materials and their use in building construction

CO2 To study environmental pollution comprehensively and

CO3 Students will know concept of linear and angular measurements

CO4 Students will be aware of various constructional practices

Uni

No.

Topic

Contac

Hours

Weighta

(%)

Level

PSO

Elemen

ts of

Employ

ability

(Emp)/

Entrepr

eneursh

(Ent)/

Skill

Develo

pment

(SD)

Releva

nce to

Local

(L)/

Nationa

l (N)/

Region

al(R)/G

lobal

(G)

Relatio

n to

Gender

(G),

Enviro

nment

and

Sustain

ability

(ES),

Human

Values

(HV)an

Profess

ional

Ethics

(PE)

Building Material

Stone - Introduction to stone – Uses of stone –

Characteristics of good building stone – Availability,

suitability and properties of different stone. Bricks -

Comparison between stone work and brick work –

Advantages of bricks – Characteristics of good brick –

Standard test for brick along with field test for brick. Lime

- Classification of Lime, Precautions in handling Lime.

Cement - Basic ingredient of ordinary cement – Physical

properties of cement – Field examinations of cement –

Storing of cement and its uses. Timber - Introduction to

timber – Importance of seasoning – Wood base product.

Steel - Introduction – Use of different form of steel –

Marketable forms of steel. Aggregates. Bitumen. FRP.

Optical fiber. Plastic - Properties of plastics – Types and

uses of plastic.

14 hrs

2,3

CO1

PSO3

(Emp),

(Ent),

(SD)

(L),

(N),

(R), (G)

(ES),

(PE)

Environmental Science and Sustainable Development

Introductory Environmental Engineering Terminology––

Introduction to various types of pollution- Water and land

pollution and remedial measures for control, water and

wastewater quality criteria – Disposal of wastes – Air

pollution and remedial for control – Ecology,

Environmental Protection and legislation. Hydrologic

cycle, Rain water harvesting, Green building, Solid waste

management, Environment Impact Assessment, Basic

environmental chemistry, Sustainable development – clean

development mechanism, Global warming, Ozone layer

12 hrs

2,3

CO2

PSO2

depletion, Acid rain, and Climate change.

Surveying and Leveling

Surveying - Introduction – Principle – Object of survey –

Classification – Basic instruments of linear and angular

measurements – chain, tape, Offsetting, Types of offsets,

Ranging methods. Prismatic compass, Types of meridians,

Types of bearings. Traverse survey: open and closed

Examples based on compass. Leveling – Definitions –

Computation of reduced levels– Introduction to contour,

Methods of leveling and Examples on Level. Modern

tools: Introduction to Theodolite, Total station –

Introduction to GPS, GIS, Remote sensing.

14 hrs

2, 3, 4

CO3

PSO1

PSO2

PSO3

Building Construction

Building Construction & Infrastructures: Types of

constructions – roads, pipelines, transmission lines –

Typical details of load bearing and framed structures –

Brief discussion and illustrational sketches of typical

important building components – Foundation – Functions,

Types of foundations such as Spread footing, Stepped

footing, Isolated and Combined column footing, Raft, and

Grillage foundation. Lintels – Function, Types of lintel.

Flooring, Roofing. Mortar and concrete specifications –

Ingredients for mortar and concrete – classification of

mortar and concrete – selection of mortar and its uses –

precaution in using mortar – Pre-stressed concrete –

grades of concrete, Internet of things for buildings,

Hydropower plants.

12 hrs

1, 2, 3

CO4

PSO1

PSO3

Reference Books

Arora S.P. and Bindra S.P. (2012), A text book of Building Construction, Dhanpatai and Sons, Publishers.

Rangwala S.C. (2012), A text book of Building Construction, Charotar Publishing House, India.

Gilbert M Masters, (2006), Introduction to Environmental Engineering & Science, Prentice Hall of India Pvt. Ltd. New Delhi

Deshpande P.D., (2009) Basic Civil Engineering, Nirali Prakashan Pune.

G.S.Birdie, Water supply & Sanitary Engg., Dhanpatrai & Sons.

S.C.Rangwala, Engg. Materials, Charotar Books Staff, Anand.

Janardan Jha Building Material

Surendra Singh, Building Material, Vikas Pub. Pvt. New Delhi.

D.N.Ghose, Material of Construction, Tata McGraw Hill Pub. Co. Ltd. New Delhi

Surveying & Levelling – Kanetkar & Kulkarni Vol-I A.V.G. Prakashan, Puna.

Elementary Survey – B.C.Punmia Vol-I. Laxmi Pub. Dariya Gunj, New Delhi.

Surveying & Levelling – S.C.Rangwala, Charotar Pub. House, Anand.

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. Textile Technology: Regular Programme

Year

Core / Elective / Foundation

CVL 1104L : FUNDAMENTALS OF CIVIL AND

ENVIRONMENTAL ENGINEERING (NEW COURSE) : Field

Practical

Credits / Hours per week

Semester

Year of Introduction: 2019

Year of Syllabus Revision:

Maximum Marks /

Grade

Course Outcome (CO) CVL

CO1 To impart brief fundamental concept related to various materials and their use in building construction

CO2 To study environmental pollution comprehensively and

CO3 Students will know concept of linear and angular measurements

CO4 Students will be aware of various constructional practices

Mode of

Transaction

Practical’s, discussion and viva

PSO1 is common for all experiments

No.

Experiment

Conta

Hours

Course

Code

Level

PSO

Conventional signs and symbols, scale, topographic-sheet

CVL110

1,2,3

PSO1

Linear measurements: tape, ranging, offsets

CVL110

2,3

PSO1

Compass: Introduction, Bearings

CVL110

2,3,4

PSO1

Auto level: Introduction, HI, Rise and fall

CVL110

2,3,4,

PSO1

GPS : Introduction, and demonstration

CVL110

2,3,4

PSO1

Theodolite and Total Station demonstration

CVL110

2,3,4,

PSO1

Any other term-work based on syllabus

CVL110

1,2

PSO1,

PSO3

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B. E. (Mechanical Engineering): Regular Programme

Workshop Practice I

Year

I MECH

Core

MEC 1102

Credits / Hours per week

Lectures: 00

Practical-: 03

Semester

Year of Introduction:

Year of Syllabus Revision: 2018

Maximum Marks / Grade

Theory: NILL

PR/TW/VIVA: 50

Mode of Transaction: Lectures and Practical

Course Outcome (CO) MEC 1102

CO1 Understand carpentry shop work ,different tools ,use of tools and hand on practices of subject.

CO2 Understand Smithy workshop related tools and learning forging operation in workshop .

Unit

No.

Topic

Contac

Hours

Weightage

(%)

Level

Elements

Employabili

ty (Emp)/

Entreprene

urship

(Ent)/ Skill

Developme

nt (SD)

Relevance

to Local

(L)/

National

(N)/

Regional(

R)/Global

(G)

Relation to

Gender (G),

Environment

and

Sustainability

(ES), Human

Values (HV)and

Professional

Ethics (PE)

Carpentry: Name, use and setting of hand tools, Construction

of halved single mortise and tenon joints, dovetail joint, bridle

joint, oblique mortise and tenon joint and rafter joint.

1,2,3,

4,5,6

Co1

Po 2,3,4

All

Smithy: Tools used for preparing simple jobs in hand forging.

1,2,3,

4,5,6

Co2

Po 2,3,4,5

100

Reference Books

Workshop Technology-I. W.A. J. Chapman Taylor & Francis

Comprehensive Workshop Technology (Manufacturing Processes). S.K. Garg Laxmi publications

Workshop practice manual. K.Venkata Reddy B.S.Publications.

Workshop Technology-I. Hazra and Chaudhary Media promoters & Publisher private limited

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E. (Textile Technology) : Regular Programme

Year

Core / Elective / Foundation

APH1201/APH1206: Applied

Physics-II

Credits / Hours per week

Semester

Year of Introduction: 2003

Year of Syllabus Revision: 2012

Maximum Marks / Grade

100

Mode of Transaction

Lectures, Tutorials and

Practical/TW/Viva

Course Outcome (CO) APH1201

CO1 Understanding the fibres

CO2 Understanding the physical properties of fibres

CO3 Methods to determine physical properties

CO4 Understanding of instrumentation

CO5 Analysis of color

CO6 Applications of fibres

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elemen

ts of

Emplo

yability

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Develo

pment

(SD)

Releva

nce to

Local

(L)/

Nation

al (N)/

Region

al(R)/G

lobal

(G)

develo

pmenta

l needs

Relatio

n to

Gende

r (G),

Enviro

nment

and

Sustain

ability

(ES),

Huma

Values

(HV)a

Profess

ional

Ethics

(PE)

Introduction to Fibres

Classification of fibers, Natural and Manmade fibers

and their general properties, Growth of fiber, Effect of

external parameters i.e. Radiation, Temperature,

Pressure and other on fiber

CO1

PSO1

L, N

Humidity, Regain and Moisture Content

Humidity and relative Humidity, Hygrometers, Regain

and Moisture Content, measurement of regain, relation

between regain and relative humidity, influence of

temperature and stress

1,2

CO2

CO3

PSO1

Colorimetry

Science of colors, additive color mixture, three color

mixture, spectrophotometry, dominant wavelength and

purity, subtractive method of color mixing, the color of

paint and inks, subtractive primaries

1,2, 3,

CO5

PSO1

PSO5

PSO7

Microscopy

Eye pieces, Principles and working of compound

microscope, oil immersion microscope, polarization

microscope, electron microscope and their use in

studying surface and structure of fiber,

2, 3,4

CO4

CO6

PSO1

PSO5

Spectroscopy

Beer’s law, Lambert’s law, Principles and working of

spectrophotometer and interpretation of UV, visible

and IR spectra, sample preparation

2, 3,4

CO4

CO6

PSO1

PSO5

Tensile Properties of Fibers

Factors determining the results of Tensile experiments,

2,3

CO2

CO3

PSO1

PSO7

Stress, specific stress, tensile strain, strength, work of

rapture, Elongation at break, initial, modulus, work

factor, yield point and crimp, The effect of moisture &

Temperature, Pierce’s, Spencers Smith’s and weak

link theories.

Elastic Recovery

Introduction, Definition, Experimental methods& their

results, change of Properties as a result of straining,

Swelling recovery, Simple recovery model, Recovery,

work of rupture and durability,

2,3

CO2

CO3

PSO1

PSO5

PSO7

Fiber Friction

Technological Effects, Measurements of Friction,

Bewden and Leben’s Apparatus, Static and Dynamic

Capston Method, Bucide and Pollitt’s Technique and

Measurement of inter-fiber Friction, Static and Kinetic

Friction and State of the Surface, The nature of Fiber

Friction and it’s applications to Fiber Friction,The

Friction of Wool, Theory of directional friction.

1, 2,3

CO2

CO3

PSO1

PSO5

PSO7

Reference Books

Physical properties of Textile fibers by W.E. Morton and J.W.S. Hearle, Woodhead Publishers, UK

Optics by F.W. Sears, Addison-Wesley Publishing Co. Inc.

A textbook of Optics, S.L.Kakani, K.C. Bhandari, S. Chand & Sons

Modern Concepts of Color and Appearance, A.K. Roy Choudhury, Oxford& IBH Publishing Co. Pvt. Ltd.

Organic Spectroscopy, Y.R. Sharma, S. Chand Publishers

Fibre Science & Technology by P. Ghosh

A Text Book of Fibre Science by S.P.Mishra (TS 1540 M4T3)

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

APH1201L/ APH1206L : Applied Physics-II (Practical/TW/Viva)

Credits / Hours per week

Semester

Year of Introduction: 2003

Year of Syllabus Revision: 2012

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, TW/Viva

No.

Experiment

Contact

hrs

Course

Code

Level

PSO

Determine the Planck’s constant (h)using different LEDs. Use at least 4 LEDs.

APH120

1TX

3,4

PSO1

PSO5

Determine the diameter of the given textile yarn using diffraction of light.

Wavelength of the laser  = 632.9 nm

APH120

1TX

3,5

PSO1

Demonstrate the exponential decay law using the given statistical board set up. Plot

the necessary graphs and determine the decay constant.

APH120

1TX

3,4,6

PSO1,

PSO7

Obtain the V-I characteristic of the given Zener diode in forward and reverse bias

conditions. Plot the necessary graphs.

APH120

1TX

3,4

PSO1,

PSO5

Determine the energy band-gap of a given semiconductor using the Four-probe

method. Plot the necessary graph.Distance between two neighboring probes = 2.0

mm,Thickness of the semiconductor crystal = 0.5 mm

APH120

1TX

3,6

PSO1,

PSO5

Determine the friction coefficient for the given system of wood cart and the glass

floor.

APH120

1TX

3,4,5

PSO1,

PSO7

Determine the Young’s modulus of the given material (wood) using the method of

bending of a beam. Plot the necessary graphs.

APH120

1TX

3,4,6

PSO1,

PSO7

Determine the molar extinction coefficient (ε) for the given KMnO

(0.05N)solution.

Plot the necessary graph using at least 8 points and obtain ε.

APH120

1TX

3,5

PSO1,

PSO7

Obtain the load-elongation curve for the given yarn. Determine the following from the

load-elongation curve: (1) work of rupture (2) work factor (3) Initial modulus (4) yield

point, Length of the yarn = 40 cm; Linear density of the yarn(pink) = 26.88 g/km

APH120

1TX

3,6

PSO1,

PSO5

Study the moisture content (M) and regain (R) of the given cotton specimen at

constant temperature. Determine the equilibrium state. Plot the necessary graphs.

APH120

1TX

3,4,5

PSO1,

PSO5

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Applied Physics

Academic Year

2020-21

B.E.-I (Textile Engineering/Textile Technology): Regular Programme

Year

Core / Elective / Foundation

AMT1202: Mathematics and Statistical

Methods

Credits / Hours per week

Semester

Year of Introduction:

Year of Syllabus Revision:

Maximum Marks / Grade

100

Mode of Transaction

Lectures and Tutorials

Course Outcome (CO)

CO1 Understand and Evaluate the domain, range, limit, continuity, differentiability of multivariable functions, and apply it to various applications like estimating the

Taylor series expansion, maxima and minima of functions of several variables, Tangent plane and Normal line to the given surface.

CO2 Understanding and evaluating gradient, curl, divergence of scalar and vector functions, and to determine the directional derivatives for scalar point function.

CO3 Understands the concept of different types of line integrals with evaluation techniques.

CO4 Understands the Double, Triple integrations and can apply it appropriately, to evaluate Volume, Mass, Area, C.G. and M.I.

CO5 Understands the relation between double and line integrals as a Green’s Theorem and can apply the concept of line integral to find out Work done, Mass, Length

of curve, Area etc.

CO6 Able to analysis, classify and interpret data to answer questions about the real world problem, and able to demonstrate the ability to analyze data by

appropriately

fitting, assessing, and interpreting a variety of statistical models.

CO7 Understands the basic probability theories well, and be familiar with discrete and continuous random variables and implement it to translate uncertainty

problems

into probability models with application to the areas related to Textile sector.

CO8 Understands data description, statistical inference, hypothesis testing, analysis of association and variance.

CO9 Implement a proficiency in collection, organization, design, and drawing inferences from data using appropriate statistical methodology and problem solving skill.

CO10 Able to analysis, classify and interpret data to answer questions about the real world problem.

Unit

No.

Topic

Contact

Hours

Weightage

(%)

Level

PSO

Elements

Relevanc

e to

Relation

Employa

bility

(Emp)/

Entrepre

neurship

(Ent)/

Skill

Develop

ment

(SD)

Local (L)/

National

(N)/

Regional(

R)/Global

(G)

Gender

(G),

Environ

ment

and

Sustaina

bility

(ES),

Human

Values

(HV)and

Professio

nal Ethics

(PE)

Partial Differentiation:

Function of two variables, limit, continuity and partial

derivatives, Chain rule, Euler’s theorem, implicit function

differentiation. Applications of partial derivatives, tangent

planes and normal lines to above surfaces (by calculus

method).

1,2,3

CO1

PSO1

Emp /

Ent

N /

Vector Calculus:

Scalar and vector fields, gradient of a scalar function,

directional derivatives, divergence and curl of a vector field

and their applications. Line integrals and its Applications,

Green’s Theorem.

14.5

1,2,3

CO2

CO3

CO5

PSO1

Multiple Integration:

Double integral, Change of order of integration, Triple

integration, Change of variables in double and triple integrals,

Applications of double and triple integration

14.5

2, 3, 4,5

CO4

PSO1

PSO4

Statistics:

Reorientation of basic concepts: by taking examples related

to Textile Engineering.

Curve fitting (least square approximation), Correlation

analysis, Regression analysis.

14.5

1, 2, 3,5

CO6

PSO1

PSO2

Probability:

Reorientation and problems pertaining to Textile Engineering,

Random Variables and Probability Distributions (Discrete and

Continuous), Binomial probability distribution, Poisson

distribution, Normal probability distribution. General idea of

sampling, methods to draw a random sample, Confidence

interval for mean for large and small samples.

1,2,3,4,5

CO7

CO9

PSO1

PSO2

Testing of Data:

General idea for testing of hypothesis, One-tailed and Two-

tailed tests, Large and small sample tests, Test using p-values,

Control charts for variables and attributes , chi-square test of

goodness of fit, contingency tables. Analysis of Variance

(ANOVA).

16.5

2,3,4,6

CO8

CO9

CO10

PSO1

PSO2

PSO3

Reference Books

Erwin Kreyszig: Advanced Engineering Mathematics, (6th edition) John-Wiley & Sons.

Wilfrad Kaplan: Advanced Calculus, Addison-Wesley Publ. Company, Inc

C.R.Wylie: Advanced Engineering Mathematics, Mc. Graw– Hill, Inc.

A.Richard: Probability and Statistics for Engineers, Johanson, PHI, 1996

S.P.Gordon & F.S.Gordon: Contemporary Statistics, Mc – Graw Hill Inc, 1994.

J.E.Booth: Textile Mathematics (Vol.I, II, III), The Textile Institute, Manchester, 1975.

J.E.Booth: Principles of Textile Testing, CBS Publishers & Distributors, 1996.

E.B.Grover & D. S. Hamby: Handbook of Textile Testing & Quality Control, Wiley India Pvt. Ltd.

B.V.Ramana: Higher Engineering Mathematics, Tata Mc. Graw-Hill. (Core Engineering Series).

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Applied Mathematics

Academic Year

2019-20

Bachler of Textile Engineering and Textile Technology

Year

Core / Elective / Foundation

AMT 1202L : Mathematics & Statistical Methods-TW/Practical

Credits / Hours per week

Semester

Year of Introduction:

Year of Syllabus Revision:

Maximum Marks / Grade

Mode of Transaction

Term Work, Practical and Viva

Course Outcome (CO)

CO1 Understands and be able to apply Mathematical software towards the problem solving.

CO2 Able to analysis, classify and interpret data using computer algorithms.

CO3 Able to demonstrate the ability to analyze data by appropriately fitting, assessing, and interpreting a variety of statistical tools.

CO4 Able to apply the appropriate software programs towards the basic probability theories with application to the areas related to Textile sector.

CO5 Understands and implement the appropriate software programs related to data description, statistical inference, and control charts.

No.

Experiment

Course

Code

Level

PSO

Introduction to Mathematical Software.

AMT1202L

1,2

CO1

PSO1

PSO4

Basic inbuilt commands and functions of vectors in Mathematical Software.

1,2,3,4

CO1

CO2

PSO1

PSO4

Basic inbuilt commands and functions of matrices in Mathematical Software.

1, 2, 3,

CO1

CO2

PSO1

PSO4

a. Basic command for 2D – plotting using Mathematical Software.

b. Presentation of frequency distribution into graphs using Mathematical Software. (Histogram, bar, pie,

etc.)

1, 2,

3,4,5

CO2

CO3

PSO1

PSO4

Measure of central Tendency

(1) Mean

(2) Median

(3) Mode

1,2,3,4

CO2

CO3

PSO1

PSO2

PSO4

(a) Measure of Dispersion: Standard Deviation and Variance

(b) Relative Measure: Coefficient of variation

1, 2,

3,4,5

CO2

CO3

PSO1

PSO2

PSO4

Correlation Analysis

1, 2,

3,4,5

CO2

CO3

PSO1

PSO2

PSO4

PSO5

Regression Analysis

(1) Regression line y on x

(2) Regression line x on y

1, 2,

3,4,5

CO1

PSO1

PSO2

PSO4

PSO5

Curve fitting

(1) Straight line(     or     )

(2) Parabola

(3) Exponential (  



)

(4) Power function(   





and   



)

1, 2,

3,4,5

CO1

CO2

PSO1

PSO2

PSO4

Probability Distribution

(1) Binomial Distribution

(2) Poisson Distribution28

Normal Distribution

1, 2,

3,4,5

CO1

CO2

PSO1

PSO2

PSO4

PSO5

Hypothesis Testing

1, 2,

3,4,5

CO2

CO3

PSO1

PSO2

PSO4

PSO5

Control Charts

1, 2,

3,4,5

CO2

CO3

PSO1

PSO2

PSO4

PSO5

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

Textile Chemical Processing - I

TXC1203

Credits / Hours per week

Semester

Year of Introduction:2020

Year of Syllabus Revision: NA

Maximum Marks / Grade

100

Mode of

Transaction

Lectures

Course Outcome (CO) TXCXXXX

CO 1

Learning various pre-treatment processes for various textile fibres.

CO 2

Understanding the importance of the pre-treatment.

CO 3

Learning method of application of different pre-treatment.

CO 4

Understanding chemistry & mechanism of different pre-treatment.

CO 5

Understanding working principle of various machines used for pre-treatment.

CO 6

Learning basic concept of dyes and dyeing.

CO 7

Understanding theory and mechanism of dyeing.

CO 8

Learning method of application of various dyes on cellulosic, protein and man-made fibres.

CO 9

Understanding chemistry of dyeing of cellulosic, protein and man-made fibres.

CO10

Understanding various fastness properties of dyeing.

CO11

Learning various dyeing machines used for dyeing of textiles.

CO12

Understanding working principle of different dyeing machines.

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elements of

Employability

(Emp)/

Entrepreneurship

(Ent)/ Skill

Development

(SD)

Relevance to

Local (L)/

National (N)/

Regional(R)/

Global (G)

developmental

needs

Relation to

Gender (G),

Environment

and

Sustainability

(ES), Human

Values (HV)

and

Professional

Ethics (PE)

Brief introduction to various preparatory

processes like Singeing, Desizing, Scouring,

1,2,3,4,5

1,2,3,4

1,2,3,4,5,6,7,8

Emp, Ent, SD

L, N, R, G

G, ES, HV,

Bleaching, Mercerising for various natural and

man-made fibers.

Brief introduction to different machines involved

in pre-treatment processes of textiles

1,2,3,4,5

1,2,3,4,5,6,7,8

Emp, Ent, SD

L, N, R, G

G, ES, HV,

Classification of dyes.

Brief information on different classes of dyes and

their methods of application of cellulosic, protein

and synthetic fibers.

1,2,3,4,5

6,7,8,9

1,2,3,4,5,6,7,8

Emp, Ent, SD

L, N, R, G

G, ES, HV,

Basic fundamentals for the evaluation of colour

fastness of dyed materials towards various

agencies.

1,2,3,4,5

1,2,3,4,5,6,7,8

Emp, Ent, SD

L, N, R, G

G, ES, HV,

Brief description of various dyeing machines used

for dyeing cellulosic, protein and synthetic fibers.

1,2,3,4,5

11,12

1,2,3,4,5,6,7,8

Emp, Ent, SD

L, N, R, G

G, ES, HV,

Reference Books

V. A. Shenai: Technology of Bleaching (Vol – 3), Sevak Publication Mumbai.

V. A. Shenai: Technology of Dyeing (Vol – 6), Sevak Publication Mumbai.

F. Sadov: Chemical Technology of Fibrous Materials.

E. R. Trotmann: Dyeing & Chemical Technology of Textile Fibers, Griffins, London

S. R. Karmarkar: Chemical Technology in the pre-treatment processes of Textiles: Elservier Publication.

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B. E. (Textile Technology): Regular Programme

Year

I Text

Techno

Core mechanical engineering

MEC :1207

Credits / Hours per week

Lectures: 04

Practical-: nill

Semester

Year of Introduction:

Year of Syllabus Revision: 2018

Maximum Marks / Grade

Theory: 100

PR/TW/VIVA:

Mode of Transaction: Lectures

Course Outcome (CO) MEC 1207

CO1 Understand basic laws of thermodynamics.

CO2 Understand basic of second law of thermodynamic and it's working analysis.

CO3 Understand basic of Reciprocating air compressor and it's analysis.

CO4 Understand basic of Internal combustion engine and it's analysis.

CO5 Understand basic of Gas producers.

CO6 Study of theory of machine principal with various mechanism.

CO7 Understand the power transmission drive and application.

Unit

No.

Topic

Conta

Hours

Weightage

(%)

Level

Elements

Employabil

ity (Emp)/

Entreprene

urship

(Ent)/ Skill

Developme

nt (SD)

Relevanc

e to Local

(L)/

National

(N)/

Regional(

R)/Global

(G)

Relation to

Gender (G),

Environment and

Sustainability

(ES), Human

Values (HV)and

Professional

Ethics (PE)

Theory of machines, kinematics of motion, graphical and

analytical methods of finding velocity and acceleration of

various links in mechanisms

Co6

Po2

All

. Belts, ropes, gears, flywheel and cams

1,3

Co7

Po2,3

. Heat engineering: Gas laws - air cycles, I.C. engines, steam

engine performances and maintenance, etc

3,5

1,2,3

Po 3,5

Steam cycles. Boiler study with reference to working and

2,6

Co1,2,

Po4

maintenance.

3,4,5

100

Reference Books

Mechanical design : R S Khurmi

Thermal engineering : p k nag

Rattan, S. S., ‘Theory of Machines’, Tata McGraw Hill

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

AMT1203 Introduction to Computer and

Numerical Analysis

Credits / Hours per week

Semester

Year of Introduction:

Year of Syllabus Revision:

Maximum Marks / Grade

100

Mode of Transaction

Lectures

Course Outcome (CO)

CO1 Learn about the flowchart and design an algorithm for a given problem and to develop simple C – programs using operators.

CO2 Study about Conditional and Iterative statements which are available in C – language.

CO3 Learned about the importance and use of Arrays and Functions in C – language.

CO4 Learned about Strings, Pointers, Structures, Unions and Command Line Arguments.

CO5 Understand the concepts like File Handling in C-language.

CO6 Understanding of common numerical methods and how they are used to obtain an approximate solution the given problem.

CO7 To understand the concepts of interpolation with equal and unequal intervals.

CO8 To understand the concepts of numerical integral by various methods.

CO9 To solve algebraic, transcendental and system of linear equations by using various techniques.

CO10 To solve the ordinary differential equations with initial condition by numerical techniques.

CO11 Analyze and evaluate the accuracy of common numerical method.

CO12 Implementation of numerical schemes into C-Program.

Unit

No.

Topic

Contact

Hours

Weightage

(%)

Level

PSO

Element

s of

Employa

bility

(Emp)/

Entrepre

neurship

(Ent)/

Skill

Develop

ment

Relevan

ce to

Local

(L)/

National

(N)/

Regional

(R)/Glob

al (G)

Relation

to Gender

(G),

Environm

ent and

Sustainab

ility (ES),

Human

Values

(HV)and

Professio

(SD)

nal Ethics

(PE)

Programming tools and C preliminaries

Introduction, Algorithms, effective procedures in problem solving,

flowcharts, pseudo-code, Data types, constants, variables, type

specification statements, operators and expressions, library functions,

simple C programs

12%

1,2,5

CO1

PSO1,

PSO4,

PSO7

Control Structures in ‘C’

Importance and types of control structures, structured programming, if

– else, switch structure, go to, while, do – while, for continue and

break statement.

19%

1,2,3,5

CO2

PSO1,

PSO4,

PSO7

Advance Concepts in ‘C’

Arrays, Functions, Structure and pointers.

19%

1,2,3,5

CO3,

CO4,

CO5

PSO1,

PSO4,

PSO7

Interpolation and Numerical Integration

Finite differences: Backward, Forward, Central Differences

Newton’s Forward and Backward Interpolation formulae

Lagrange’s formula, Newton Divided difference Interpolation

formula.

Numerical Integration: Trapezoidal rule, Simpson’s 1/3

rule,

Simpson’s 3/8

rule.

19%

1,2,3,4,5

CO6,

CO7,

CO8,

CO11,

CO12

PSO1,

PSO4,

PSO7

Solution of Algebraic and Transcendental Equations

Solution of equations of one variable: Bisection method. Regula –

falsi, Newton – Raphson method

Introduction to matrix algebra:

Rank of matrix, Consistency of system of equations, Solution of

system of linear equations, Gauss – elimination methods

Gauss – Seidel, Jacobi, LU Factorization method

19%

1,2,3,4,5

CO6,

CO9,

CO11,

CO12

PSO1,

PSO4,

PSO7

Numerical solution of Ordinary Differential Equations

Euler’s method, Modified Euler method, Runge – Kutta method,

Finite difference methods for ordinary differential equations.

Applications oriented examples related to Textile engineering / Textile

12%

1,2,3,4,5

CO6,

CO10,

CO11,

CO12

PSO1,

PSO4,

PSO7

Technology.

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

AMT1203L- Introduction to Computer and Numerical Analysis

Credits / Hours per week

Semester

Year of Introduction:

Year of Syllabus Revision:

Maximum Marks / Grade

Mode of Transaction

Term Work, Practical and Viva

Course Outcome (CO)

CO1 Learn about the flowchart and design an algorithm for a given problem and to develop simple C – programs using operators.

CO2 Study about Conditional and Iterative statements which are available in C – language.

CO3 Learned about the importance and use of Arrays and Functions in C – language.

CO4 Learned about Strings, Pointers, Structures, Unions and Command Line Arguments.

CO5 Understand the concepts like File Handling in C-language.

CO6 Able to write C- program to find integration numerically.

CO7 Able to write C-program to find solution of algebraic, transcendental and system of linear equations.

CO8 Able to write C- program to solve ordinary differential equations with initial condition by numerical techniques.

No.

Experiment

Course

Code

Level

PSO

Programs on printf(),

AMT1203L

1,2,3,

5,6

CO1

PSO1,

PSO4,

PSO7

Programs on and scanf()

CO1

Programs on Conditional Statements like if, if- else, nested if-else.

CO2

Programs on Conditional Statements like switch-case, continue, break, go-to

CO2

Programs on Looping Statements like for-loop, while-loop and do-while loop.

CO2

Programs related to Arrays.

CO3

Programs related to Functions.

CO3

Programs on Character and Strings

CO4

Programs on Pointers and Structures

CO4

Programs on File Handling and Macros

CO5

Program to find Numerical Integration.

CO6

Programming on Solution of Algebraic and Transcendental functions.

CO7

Program to find the solution of system of linear equations.

CO7

Programming on Solution of Ordinary differential equations.

CO8

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

TXE 1203:

Principles of Textile Manufacturing

Credits / Hours per week

04 (theory)

Semester

Year of Introduction: 2020

Maximum Marks / Grade

100 (theory)

Mode of

Transaction

Lectures & Tutorials

Course Outcome (CO) TXE 1701

CO1 Understanding the basic textile concepts including processes and machinery.

CO2 Concept of fundamental spinning operations.

CO3 Learning different spinning technologies and systems.

CO4 Study of inter relationship between fibres and yarn properties.

CO5 Knowledge about garment manufacturing process

CO6 Understanding fabrics manufacturing techniques and concept of yarn preparation

CO7 Knowledge of post weaving processes

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elements of

Employability

(Emp)/

Entrepreneurship

(Ent)/ Skill

Development

(SD)

Relevance to Local

(L)/ National (N)/

Regional(R)/Global

(G)

developmental

needs

Relation to

Gender (G),

Environment

and

Sustainability

(ES), Human

Values

(HV)and

Professional

Ethics (PE)

Introduction to basics of textile, Classification of textile

fibres and properties of fibres, Yarn classification and

functional properties, Passage of material and flow chart

of different machines used in spinning.

15%

1,2

CO1

PSO1

EMP, SD

R,N,G

Fundamental spinning operations;

Essential: 1) Opening, cleaning and mixing, 2) Sliver

15%

1,2,3

CO2

formation, 3) Attenuation, 4) Twisting, 5) Package

formation, Optional: 1) Combing, 2) Doubling

Yarn numbering system. Concept of spinnability,

Concept of blending and its significance, Different

spinning technologies. Impurities and cleaning of natural

fibres. Types of spinning systems. Yarn properties and

it’s inter relationship with fibre properties.

20%

2, 3,4

CO2,

CO3,

CO4

Introduction to Garment manufacturing process.

Different types of fabrics and their properties.

15%

1,2

CO5

Introduction to different types of fabric manufacturing

method.

20%

1,2,3

CO6

Different types of yarn preparation process and their

importance. Introduction to different types of chemical

process.

15%

1,2,3

CO6,

CO7

Reference Books:

Fibre to Fabric by Bernard P. Corbman, published by McGraw-Hill, 1983.

Weaving: Conversion of Yarn to Fabric by Peter Reeves Lord, Mansour H. Mohamed, published by Woodhead Publishing, 1982.

Introduction to Textile Fibres by H V Sreenivasa Murthy, published by The textile association India, 1987

Textile Yarns by B. C. Goswami, published by Wiley, 1977.

Spun yarn technology by Eric Oxtoby, published by Elsevier Science, 2013.

Motivation series Textiles by Andrea Wynne, published by Macmillan Education, 1997.

Principles of textile testing by J. E. Booth, published by CBS publishers and distributors, 1996

General Technology of cotton manufacturing by P. T. Bukayev, published by MIR Publishers, 1984.

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E.(Textile Technology) Regular Programme

Year

Core / Elective / Foundation

TXE 1203L: Principles of Textile Manufacturing (Practical/TW/Viva)

Credits / Hours per week

Semester

Year of Introduction: 2020

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, discussion, drawing, term work and viva

No.

Experiment

Contact

hrs.

%Weightage

Level

PSO

Introduction to spinning. Outline of spinning laboratory. Collection of different fibre samples

8.33%

1,2

CO1

PSO1

Passage of material through Blow room and Card with flowcharts. Study of different beaters of Blow

room

8.33%

1,2,3,4

CO2

Passage of material through Draw frame and Speed frame with flowcharts

8.33%

1,2,3,4

CO2

Passage of material through lap former and Comber with flowcharts

8.33%

1,2,3,4

CO2

Passage of material through Ring frame and Rotor with flow charts

8.33%

1,2,3,4

CO2,

CO3

Concept of Modern Spinning lines

8.33%

1,2,3

CO3

Passage of material through warp and weft preparatory machines. Study of different winding packages.

Understanding of different yarn faults and collections of its samples

8.33%

1,2,3,4

CO8

Flow chart of garment manufacturing process and garment designing.

8.33%

1,2,3,4

CO6

Passage of material through weaving machine. Understanding of motions of loom

8.33%

1,2,3,4

CO6

Collection of different types of yarn and fabrics. Sample making on loom.

8.33%

1,2,3,4,5,6

CO5,

CO6

Passage of material through knitting machine. Brief explanation of knitted structure.

8.33%

1,2,3,4

CO6

Passage of material through braiding machine and non-woven machine

8.33%

1,2,3,4

CO6

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E. (Textile Technology) : Regular Programme

Year

Core / Elective / Foundation

APH1301: Fibre Science and

Textile Physics

Credits / Hours per week

Semester

Year of Introduction: 2003

Year of Syllabus Revision: 2012

Maximum Marks / Grade

100

Mode of Transaction

Lectures, Tutorials

Course Outcome (CO) APH1201

CO1 Understanding the fibres

CO2 Understanding the physical properties of fibres

CO3 Methods to determine physical properties

CO4 Understanding of instrumentation

CO5 Understanding of electrical and optical properties of fibre

CO6 Applications of fibres

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elemen

ts of

Emplo

Releva

nce to

Local

Relatio

n to

Gende

yability

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Develo

pment

(SD)

(L)/

Nation

al (N)/

Region

al(R)/G

lobal

(G)

develo

pmenta

l needs

r (G),

Enviro

nment

and

Sustain

ability

(ES),

Huma

Values

(HV)a

Profess

ional

Ethics

(PE)

FIBER Fundamentals

Basic Requirements for fibre formation, Long Chain

Molecules, Crystal structures, Crystal Binding.

CO1

PSO1

Characterization: XRD technique and IR

Spectroscopy

Investigation of Fibre Structure using infrared

absorption method.

Study of X-ray diffraction patterns of fibre, Study of

crystallinity (amorphous and crystalline regions).

1,2

CO2

CO3

PSO1

Swelling and Thermal Properties

Fibre expansion due to water absorption, expansion

coefficients, relation between them and their

experimental determination.

Thermal parameters, structure changes in fibre on

heating.

1,2, 3,

CO5

CO4

PSO1

PSO5

PSO7

Fibre Density Measurement

2, 3,4

CO4

PSO1

Displacement of Liquid method, specific gravity bottle

method, flotation method,Abbott –Gooding method and

density gradient tube method.

CO6

PSO5

Electrical Properties

Dielectric properties, Electrical resistance of fibres and

its measurement, static electricity, measurement and

explanation of static phenomena.

2, 3,4

CO4

CO6

CO5

PSO1

PSO5

Optical Properties

Refraction, absorption and dichroism, reflection and

luster.

2,3,4

CO5

PSO1

PSO5

Reference Books

Physical properties of Textile fibers by W.E. Morton and J.W.S. Hearle, Woodhead Publishers, UK

Fibre Structure by Hearle and Peters

Introduction to Polymer Physics by Petepechko

Fibre Science & Technology by P. Ghosh (TS 1540 G4F4)

A Text Book of Fibre Science by S.P.Mishra (TS 1540 M4T3)

Fundamentals of Molecular Spectroscopy, C.N. Banwell&E.M.McCash, TMG Hill Publishing Co.

Spectroscopy by Rajkumar

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology) : Regular Programme

Year

Core / Elective / Foundation

APM1302:Applied Mechanics

Credits / Hours per week

Semester

Year of Introduction: 2010

Year of Syllabus Revision: ----

Maximum Marks / Grade

100

Mode of Transaction

Lectures

Course Outcome (CO) APM1302

CO1 Comprehensive theory based understanding of the underpinning natural and physical sciences and the engineering fundamentals applicable

to the engineering discipline.

CO2 In-depth understanding of specialist bodies of knowledge within the engineering discipline.

CO3 To apply the concept of equilibrium to systems which can be modeled as particles in 2D, and to rigid bodies in 2D.

CO4 To simplify and clarify mechanics problems using free body diagrams.

CO5 To calculate different types of stresses like normal stress, shear stress etc. and corresponding stresses for various loading conditions both for

static and dynamic parts of structures or machines.

CO6 To study the various types of lifting devices.

CO7 To study the power transmitted by various devices

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elemen

ts of

Emplo

yability

(Emp)/

Entrep

reneur

ship

(Ent)/

Releva

nce to

Local

(L)/

Nation

al (N)/

Region

al(R)/G

lobal

Relatio

n to

Gende

r (G),

Enviro

nment

and

Sustain

ability

Skill

Develo

pment

(SD)

(G)

develo

pmenta

l needs

(ES),

Huma

Values

(HV)a

Profess

ional

Ethics

(PE)

Forces and force system

Coplanar forces acting at a point, Force polygon.

Resultant of a force and couple, Equilibrium of coplanar

forces, Funicular polygon, Parallel forces, Reaction of

beams.

1,2,4

CO1

CO3

CO4

PSO1

SD,Em

G,N,R.

Properties of lines areas and solids

Centre of gravity and centroid of the plane sections,

Moment of Inertia of the plane sections.

2,4

CO2

PSO1

Friction and Transmission of power

Friction: Equilibrium on a rough inclined plane, Angle

of friction, The wedge, The screw, The screw jack.

Lifting machines: Basic machines, The differential

principles, Pulley blocks, Crab winches, Worm gearing,

Linear law, Compound efficiency.

Rope and belt drive: Simple and Compound belt drive,

Velocity ratio, Length of the belt, Transmission of

power, Centrifugal tension, Rope drive, Toothed

gearing, Simple and Compound wheels of trains, Design

of wheel train, Gear box of motor car, Epicyclic gearing,

Reverted trains, Humpage's speed reduction gear,

Differential gear.

2, 3,

4,5

CO3

CO4

CO6

CO7

PSO1,

2,3

Strength and Elasticity of Materials and strain

1,2,4

CO4

PSO1,

energy

Stress and Strain, Hooke's law, Elastic limit, Ultimate

stress, Factor of safety, Lateral strain, Poisson’s ratio,

Tension Compression and Shear, Complementary shear

stress, Elastic constants and relations. Suddenly applied

and Impact loads, Resilience, Fatigue of Metals.

Resolution of stress: Principal planes & principal

stresses, Mohr's stress circle.

CO5

2,3

Reference Books

Applied Mechanics By S. B. Junnarkarand H. J. Shah.

Mechanics of Structures Vol. I by S. B. Junnarkarand H. J. Shah.

Engineering Mechanics by H. Shames, Prantice Hall Publications.

Applied Mechanics by Ramamrutham.

Applied Mechanics by R. C. Patel & B. M. Patel, C. Jamanadas& Co.

Applied Mechanics by D.A.Low.

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

APM1302L: Applied Mechanics (Practical/TW/Viva)

Credits / Hours per week

Semester

Year of Introduction: 2010

Year of Syllabus Revision: 2010

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, Graphics, discussion and viva

is common for all experiments

No.

EXPERIMENT

Contact

hrs.

%Weightage

Level

PSO

LAW OF PARALLELOGRAM OF FORCES

2,3

CO1

PSO1

LAW OF POLYGON

2,3

CO1

PSO1

SIMPLE BEAM

2,3

CO3

PSO1

JIB CRANE

2,3

CO3

PSO1

THEORY OF LIFTING MACHINE

6.6

2,3

CO6

PSO1,2,3

COPMLETE TENSILE TEST ON MS BAR

6.6

2,3

CO5

PSO1,2,3

MODULUS OF ELSTICITY

6.6

2,3

CO5

PSO1,2,3

DIRECT SHEAR TEST ON MS

6.6

2,3

CO5

PSO1,2,3

COMPRESSION TEST ON MS AND CI

6.6

2,3

CO5

PSO1,2,3

IZOD IMACT TEST

6.6

2,3

CO5

PSO1,2,3

GRAPHICS

COPLANAR CONCURRENT FORCE SYSTEM-1

2,6

CO1,2

PSO1

COPLANAR CONCURRENT FORCE SYSTEM-2

2,6

CO1,2

PSO1

COPLANAR NON-CONCURRENT FORCE SYSTEM-1

2,6

CO1,2

PSO1

COPLANAR NON-CONCURRENT FORCE SYSTEM-2

2,6

CO1,2

PSO1

REACTION OF BEAMS-1

2,6

CO3

PSO1

REACTION OF BEAMS-2

2,6

CO3

PSO1

WEDGE BLOCK FRICTION

2,6

CO4

PSO1,2,3

CENTROID OF PLANE LAMINA

2,6

CO4

PSO1

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

TXC 1305: Textile Chemistry – I

Credits / Hours per week

Semester

Year of Introduction:1954

Year of Syllabus Revision: NA

Maximum Marks / Grade

100

Mode of

Transaction

Lectures

Course Outcome (CO) TXC 1305

CO 1

Learning various pre-treatment processes for various textile fibres.

CO 2

Understanding the importance of the pre-treatment.

CO 3

Learning method of application of desizing, scouring and bleaching.

CO 4

Understanding chemistry & mechanism of desizing, scouring & bleaching.

CO 5

Learning mercerization of cotton and its importance.

CO 6

Understanding working principle of various machines used for pre-treatment.

CO 7

Learning basic concept of dyes and dyeing.

CO 8

Understanding theory and mechanism of dyeing.

CO 9

Understanding various fastness properties of dyeing.

CO10

Learning method of application of various dyes on cellulosic fibres.

CO11

Understanding chemistry of dyeing of cellulosic fibres.

CO12

Learning dyeing of natural protein fibres with different class of dyes.

CO13

Understanding chemistry of dyeing of natural protein fibres

CO14

Learning method of application of various dyes on polyester fabric.

CO15

Understanding chemistry and mechanism of polyester dyeing.

CO16

Learning method of application of various dyes on nylon fabric.

CO17

Understanding chemistry and mechanism of nylon dyeing.

CO18

Learning method of application of various dyes on acrylic fabric.

CO19

Understanding chemistry and mechanism of acrylic dyeing.

CO20

Learning various dyeing machines used for dyeing of textiles.

CO21

Understanding working principle of different dyeing machines.

CO22

Learning developments in dyeing machines.

Unit

No.

Topic/Unit

Contact

Hours

Weighta

(%)

Level

PSO

Elements of

Employabilit

y (Emp)/

Entrepreneu

rship (Ent)/

Skill

Development

(SD)

Relevance

Local (L)/

National

(N)/

Regional(R

Global (G)

developme

ntal needs

Relation to

Gender (G),

Environment

and

Sustainability

(ES), Human

Values (HV)

and

Professional

Ethics (PE)

Pre-treatment Processes:

• Introduction of various pre-treatment processes and

its objects.

• Brief introduction about grey inspection, stitching,

shearing and cropping.

• Object and types of Singeing

• Chemistry, application and methods of Desizing.

• Chemistry, application & mechanism of scouring

process.

• Classification of scouring agents.

• Scouring of various natural & man-made fabrics.

• Classification of bleaching agents.

• Chemistry, application & mechanism of various

bleaching agents.

• Bleaching of various natural & man-made fabric

with different bleaching agents.

• Object, application & mechanism of mercerization.

• Machinery employed in various pre-treatment

process.

16.67

1,2,3,

4,5

CO1,

CO2,

CO3,

CO4,

CO5,

CO6

PSO1

,2,3,4

,5,6,7

Emp, Ent, SD

L, N, R, G

G, ES, HV, PE

Introduction of Dyeing:

• History & Introduction of dye, pigment and dyeing.

• Classification of colouring matter.

• Difference between dye & pigment.

• Important terms & parameters of dyeing.

• Theory & basic mechanism of dyeing

• Elementary knowledge on evaluation of

colourfastness to washing, light, perspiration etc.

16.67

1,2,3,

4,5

CO7,

CO8,

CO9

PSO1

,2,3,4

,5,6,7

Dyeing of Natural fibres:

• Brief information, principle of dyeing and method

of application of direct, reactive, vat, Sulphur,

azoic and others dyes on cellulosic fibre.

• Brief information, principle of dyeing and method

of application of acid, metal complex dyes on wool

fibre.

• Brief information, principle of dyeing and method

of application of acid, metal complex dyes on Silk

fibre.

• Aftertreatment of dyeing to improve its fastness

properties.

• Faults in dyeing and their remedies.

1,2,3,

4,5

CO10

CO11

CO12

CO13

PSO1

,2,3,4

,5,6,7

Dyeing of synthetic fibres:

• Brief information, principle of dyeing and method

of application of disperse, reactive and other dyes

on polyester fabric.

• Carrier used in dyeing of polyester fabric.

• Brief information, principle of dyeing and method

of application of acid, metal complex etc dyes on

nylon fabrics.

• Brief information, principle of dyeing and method

of application of cationic dye on acrylic fibres.

1,2,3,

4,5

CO14

CO15

CO16

CO17

CO18

CO19

PSO1

,2,3,4

,5,6,7

• Aftertreatment of dyeing to improve its fastness

properties.

• Faults in dyeing and their remedies.

Dyeing Machineries:

• Essential & desirable requirements for the

construction of a dyeing machine.

• Working principle and diagram of Loose fibre

dyeing machine, Package dyeing machine, Jigger

dyeing machine, Winch dyeing machine, Beam

dyeing machine, Jet dyeing machine, etc.

• Some developments in Beam dyeing machine.

• Some developments and faults in Jet dyeing

machine.

16.67

1,2,3,

4,5

CO20

CO21

CO22

PSO1

,2,3,4

,5,6,7

Reference Books

Technology of Dyeig – Prof. V.A. Shenai

Dyeing & Chemical Technology of Textile Fibres – E. T. Trotmann

Chemical Technology of Fibrous materials – F. sadov

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

TXC1305L: Textile Chemistry-I - Practical

Credits / Hours per week

Semester

Year of Introduction:1954

Year of Syllabus Revision: NA

Maximum Marks / Grade

Mode of

Transaction

Term work, Practical and viva

No.

Experiment

Contact

Hours

Weightage

(%)

Level

PSO

Desizing of cotton with different desizing agents. (Acid &

Enzyme)

3.33

1,2,3,4,5

1,2,3,4

1,2,3,4,5,6,7,8

Scouring of cotton with enzyme and alkali.

3.33

1,2,3,4,5

1,2,3,4

1,2,3,4,5,6,7,8

Bleaching of cotton with hypochlorite and hydrogen peroxide.

3.33

1,2,3,4,5

1,2,3,4

1,2,3,4,5,6,7,8

Dyeing of cotton with direct dye.

6.67

1,2,3,4,5

8,9,10,11

1,2,3,4,5,6,7,8

Dyeing of cotton with reactive dye (Hot brand & Cold brand)

6.67

1,2,3,4,5

8,9,10,11

1,2,3,4,5,6,7,8

Dyeing of cotton with vat dye by different methods.

6.67

1,2,3,4,5

8,9,10,11

1,2,3,4,5,6,7,8

Dyeing of cotton with solubilized vat dye.

6.67

1,2,3,4,5

8,9,10,11

1,2,3,4,5,6,7,8

Dyeing of cotton with Sulphure dye.

3.33

1,2,3,4,5

8,9,10,11

1,2,3,4,5,6,7,8

Dyeing of cotton with azoic colour.

3.33

1,2,3,4,5

8,9,10,11

1,2,3,4,5,6,7,8

10.

Dyeing of Cotton with Basic dye

3.33

1,2,3,4,5

8,9,10,11

1,2,3,4,5,6,7,8

11.

Dyeing of Jute fabric with Basic dye

3.33

1,2,3,4,5

8,9,10,11

1,2,3,4,5,6,7,8

13.

Dyeing of wool with acid dye.

6.67

1,2,3,4,5

8,9,12,13

1,2,3,4,5,6,7,8

14.

Dyeing of wool with metal complex dye. (1:1 metal complex &

1:2 metal complex)

6.67

1,2,3,4,5

8,9,12,13

1,2,3,4,5,6,7,8

15.

Dyeing of silk with acid dye.

6.67

1,2,3,4,5

8,9,12,13

1,2,3,4,5,6,7,8

16.

Dyeing of silk with metal complex dye. (1:1 metal complex & 1:2

metal complex)

6.67

1,2,3,4,5

8,9,12,13

1,2,3,4,5,6,7,8

17.

Dyeing of polyester with disperse dye by carrier, HTHP &

thermosol method.

1,2,3,4,5

8,9,14,15

1,2,3,4,5,6,7,8

18.

Dyeing of nylon with acid dye.

3.33

1,2,3,4,5

8,9,16,17

1,2,3,4,5,6,7,8

19.

Dyeing of nylon with metal complex dye. (1:1 metal complex &

1:2 metal complex)

6.67

1,2,3,4,5

8,9,16,17

1,2,3,4,5,6,7,8

20.

Dyeing of acrylic with cationic dye.

3.33

1,2,3,4,5

8,9,18,19

1,2,3,4,5,6,7,8

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

ACH1307: Chemistry

Credits / Hours per week

Semester

Year of Syllabus Revision: 2009

Maximum Marks / Grade

100

Mode of Transaction

Lectures and Tutorials

Course Outcome (CO) ACH1307

CO1 To study about hardness in water, boiler feed water and various methods employed to remove hardness.

CO2 To understand basic principles of salt hydrolysis and adsorption and to learn about various adsorption isotherms.

CO3 To study various theories of catalysis.

CO4 To explore the basics of various metallurgical processes/extractions of metals to solve textile engineering issues.

CO5 To understand manufacturing of various inorganic commodity chemicals.

CO6 Introduction to Fuels and their types with respect to their calorific values.

CO7 To understand cellulose and cellulose based polymeric materials.

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Element

s of

Employa

bility

(Emp)/

Entrepre

neurship

(Ent)/

Skill

Develop

Relevan

ce to

Local

(L)/

National

(N)/

Regional

(R)/Glob

al (G)

Relation

Gender

(G),

Environ

ment and

Sustaina

bility

(ES),

Human

ment

(SD)

develop

mental

needs

Values

(HV)and

Professio

nal

Ethics

(PE)

Water: Introduction and hardness in the water, Softening of

water, Boiler feed water and Boiler problems, Methods of boiler

water treatment.

1,2,3

CO1

PSO1

Emp

Salt hydrolysis and adsorption: hydrolysis of salts, degree of

hydrolysis, pH of hydrolyzed salt, introduction to adsorption,

Chemical and physical adsorption, factors affecting adsorption,

adsorption isotherms, Freundlich and Langmuir adsorption

isotherm, Application of adsorption.

1,2,3

CO2

PSO1

Catalysis- Introduction, Positive catalysis, homogeneous,

heterogeneous catalysis, characteristics of catalytic reactions,

promoters, auto catalysis, negative catalysis, catalytic

poisoning, theories of catalysis, acid base catalysis, enzyme

catalysis.

1,2,3,4

CO3

PSO1

Metallurgy, Extraction, properties, uses of nickel, silver and

chromium.

1,2,3

CO4

PSO1

Manufacturing process I: Manufacturing process of HNO

, NH

and bleaching agents.

1,2,3

CO5

PSO1

Manufacturing process II: Manufacturing process of Na

NaOH, K

, KMnO

, and NaS

1,2,3

CO5

PSO1

Fuels: Introduction and Classification; Characteristics of a good

fuels, Advantages and disadvantages of solid, liquid and

gaseous fuels; Coal: Definition, selection, Analysis – Proximate

and Ultimate; Petroleum: refining of petroleum; Gaseous fuels:

Producer gas and water gas.

1,2,3,4

CO6

PSO1

Cellulose and starch, Esters and ethers of cellulose, manufacture

of rayon, preparation of corn starch, uses of starch

1,2,3

CO7

PSO8

Reference Books:

Engineering Chemistry: Jain and Jain, Dhanpatrai Publishing House

Industrial Chemistry: B. K. Sharma, Goel Publishing House

Essentials of Physical Chemistry: B. S. Bahl, A. Bahl and G. D. Tuli; S Chand & Co.

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

ACH1307L: Chemistry-TW/Practical/Viva

Credits / Hours per week

Semester

Year of Syllabus Revision: 2009

Maximum Marks / Grade

Mode of Transaction

Term work, Practical and Viva

Course Outcome (CO) ACH1307L

CO1 To calculate the strength, normality and amount of an unknown analyse by performing a redox titration.

CO2 To explore the basic chemistry in dry and aqueous medium, solubility product, common-ion effect, group chemistry etc. of some common inorganic salts (both

cations and anions)

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Element

s of

Employa

bility

(Emp)/

Entrepre

neurship

(Ent)/

Skill

Develop

ment

(SD)

Relevan

ce to

Local

(L)/

National

(N)/

Regional

(R)/Glob

al (G)

develop

mental

needs

Relation

Gender

(G),

Environ

ment and

Sustaina

bility

(ES),

Human

Values

(HV)and

Professio

nal

Ethics

(PE)

To determine the strengths and normalities of KMnO

and

FeSO

.7H

O solutions using a standard solution of Oxalic acid.

1,2,4

CO1

PSO1

Emp

To determine the strengths and normalities of KMnO

and

FeSO

(NH

)

.6H

O solutions using a standard solution of

Oxalic acid.

1,2,4

CO1

PSO1

To determine the strengths and normalities of KMnO

and H

solutions using a standard solution of Oxalic acid.

1,2,4

CO1

PSO1

To determine the strengths and normalities of KMnO

and

NaNO

solutions using a standard solution of Oxalic acid.

1,2,4

CO1

PSO1

Elementary qualitative analysis of a salt involving detection of

one cationic and one anionic species from the following groups:

Cations: Pb

, Cu

, Fe

, Al

, Cr

, Co

, Ni

, Zn

, Mn

, Sr

, Ba

, Mg

, NH

Anions: CO

2–

, Cl

–

, Br

–

, NO

–

, SO

2–

, PO

3–

2,3,4

CO2

PSO1

Reference Books:

Vogel’s Textbook of Quantitative Chemical Analysis -J. Mendham, R. C. Denney, J. D. Barnes and M. J. K. Thomas, (6

edition, Prentice Hall) 2000.

Vogel’s- Textbook of Macro and Semi-micro Qualitative Inorganic Analysis, 5

Edition, Longman, London

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

TXE 1306: Principles of Yarn

Manufacturing

Credits / Hours per

week

04(theory)

Semester

Year of Introduction: 2003

Year of Syllabus Revision: ---

Maximum Marks /

Grade

100(theory)

Mode of Transaction

Lectures & Tutorials

Course Outcome (CO) TXE 1306

CO1 Understanding the basic concepts of principles of spinning for applications in textile industry

CO2 Develop techniques and method to solve various problems

CO3 Concept of fundamental spinning operations

CO4 Build fundamental base required for the advanced study of spinning.

CO5 Learning different spinning technologies and systems

CO6 Study of inter relationship between fibres and yarn properties

Unit No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elements of

Employability

(Emp)/

Entrepreneurship

(Ent)/ Skill

Development

(SD)

Relevance to Local

(L)/ National (N)/

Regional(R)/Global

(G)

developmental

needs

Relation to

Gender (G),

Environment

and

Sustainability

(ES), Human

Values

(HV)and

Professional

Ethics (PE)

a) Brief introduction

to subject.

1,2

1,2,5

1,2,4,6

EMP, SD

R,N,G

b) Principles

underlying the

manufacturing of

spun yarn.

c) Different spinning

systems according

to staple length.

d) Fabric

classification –

functional

properties

requirement.

a) Classification of

yarn with

functional

properties

requirement.

b) Important yarn

properties – Its

significance to

spinning process

– Norms etc

1,2,3

4,6

a) Important fibre

properties, its

significance to

spinning process

Brief measurement

method and

importance.

b) Inter relationship

between fibre

properties and yarn

1,2

5,6

properties

c) Significance of

staple yarn

structure.

a) Concept of

Spinnability.

b) Concept of

mixing/ blending

in achieving

homogeneity.

c) Spun silk yarn

processing.

d) Modern staple

spinning system

(Brief

explanation)

Rotor spinning

Friction spinning

and Air jet

spinning.

1,2,3

Effect of raw

material

characteristics on

spinning,

fundamental spinning

operations in brief.

1,2

1,3

Opening and cleaning

of different natural

fibers: Raw cotton

impurities and its

cleaning concept,

Blowroom methods

1,2,3,4

2,5

of cleaning and

opening,Raw flax

processing, hackling,

Raw jute processing,

Spun silk processing,

different carding

actions and

subsidiary carding

actions.

a) Different spinning

systems like short

staple, medium

staple and long

staple.

b) Cotton spinning

system, worsted

spinning system,

scouring process,

woollen yarn

spinning system,

cotton waste

spinning, Jute and

flax spinning

system,

1,2,3,

4,5

Concept of fibre

hooks in carding and

subsidiary machines

like comber.

1,2,3

4,5

Reference Books:

The Technology of Short Staple Spinning-Vol.1-W. Klein

Textile Yarns by B. C. Goswami, published by Wiley, 1977.

Process Control in Spinning-ATIRA-A.R. Garde

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

ACH1404: Applied Chemistry

Credits / Hours per week

Semester

Year of Introduction:

Year of Syllabus Revision: 2009

Maximum Marks / Grade

100

Mode of Transaction

Lectures and Tutorials

Course Outcome (CO) ACH1404

CO1 To learn about the bonding, molecular structure, reactivity and classes of organic compounds.

CO2 To study the stereoisomerism and understanding of optical and geometrical isomers with respect to their role in organic compound applications.

CO3 To study the chemistry of aliphatic and aromatic compounds. The synthesis and chemical reactions of alcohol, aldehyde, ketone and carboxylic acids based

compounds with applications.

CO4 To learn the concepts of monomers, polymer formation and polymerization techniques.

CO5 To study the structure, preparations, and reactions of benzene and it’s homologous for its industrial importance.

CO6 To study the structure, preparations, and reactions of aromatic phenol, nitro, and sulphur containing compounds.

CO7 To learn the importance and chemistry of heterocyclic compounds and their role in dye-stuffs

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Element

s of

Employa

bility

(Emp)/

Entrepre

neurship

Relevan

ce to

Local

(L)/

National

(N)/

Regional

Relation

Gender

(G),

Environ

ment and

Sustaina

(Ent)/

Skill

Develop

ment

(SD)

(R)/Glob

al (G)

develop

mental

needs

bility

(ES),

Human

Values

(HV)and

Professio

nal

Ethics

(PE)

Structure and Reactivity: Atomic orbitals, hybridization, orbital

representation of methane, ethane, ethene, ethyne and benzene;

polarity of bonds – inductive, resonance and steric effects and their

influence on acidity and basicity of organic compounds.

Chemistry of Alkanes, Alkenes and Alkynes: Conformations,

Preparations, mechanism and reactions

2,3,5

CO1

PSO1

Emp

Stereochemistry: Isomerism, Structural isomerism, Stereoisomerism,

Geometrical isomerism, Optical isomerism, Chirality, Optical activity

of Lactic acid, Tartaric acid, Racemization, Walden-Inversion,

diastereomers, Meso compounds, Nomenclature- R, S and E, Z sytems

1,3,5

CO2

PSO1

Alcohols : Comparative study of dehydration, oxidation, substitution

and esterification of 1°, 2° and 3° alcohols.

Aliphatic Aldehydes and Ketones : Nucleophilic addition reactions,

aldol condensation, Cannizzaro reaction, oxidation and reduction,

Haloform reaction.

Aliphatic Caboxylic Acids : Preparation and reactions of mono- and

di-carboxylic acids.

2,4,5,6

CO3

PSO1

Polymers and Polymerization: Types of polymers and

polymerisation process, Addition polymers, stereocontrolled

polymers, condensation polymers, radical, ionic and coordination,

Mechanism of polymerisation.

1,2,3

CO4

PSO1

Benzene and its homologous- Preparation, properties and uses of

Benzene, Electrophilic aromatic substitution reaction with mechanism,

Aryl halide- Preparation, properties and uses, Nucleophilic aromatic

substitution reaction with mechanism

1,2

CO5

PSO1

Aromatic Aldehydes and Ketones : Preparation and important

reactions of benzaldehyde and acetophenone.

Carboxylic Acids and their Derivatives: General preparation and

2,3,4

CO3

PSO1

reactions. Comparative acidity of carboxylic and sulphonic acids.

General chemistry of acid chlorides, acid anhydrides, amides and

esters

Phenols:Preparations and reactions. Relative acidity of phenol,

alcohol and carboxylic acid. Reimer-Tiemann and Kolbe reactions.

Nitrogen Containing Compounds: Nitrobenzene and its reduction

products. Comparative basicity of aliphatic and aromatic amines.

Hinsberg test for amines. Diazonium salts: Preparation and synthetic

applications.

Organosulphur Compounds: Introduction, synthesis and reactions of

thiols and sulphonic acids.

1,2,5

CO6

PSO1

Heterocyclic Compounds : Synthesis and reactions, aromatic

character of furan, pyrrole, thiophene and pyridine, indole, quinoline

and isoquinoline.

Dye Stuffs: Colour in relation to structure, modern views, synthesis of

malachite green, fluorescein and methyl orange. Structure and

synthesis of indigo and alizarin.

1,2,3

CO7

PSO1

Reference Books:

Textbook of Organic Chemistry: Finar, I.L.

Organic Chemistry: Morrison and Boyd, Prentice-Hall of India Ltd. New Delhi.

Organic Chemistry: Mukherjee, S.M., Singh, S.P. and Kapoor, R.P.

Text book of Organic Chemistry for B.Sc. Students: Soni, P.L.

Textbook of Organic Chemistry : Bahl and Bahl

Practical Organic Chemistry: Vogel

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

ACH1404L: Applied Chemistry

Termwork, Practical and Viva

Credits / Hours per week

Semester

Year of Introduction:

Year of Syllabus Revision: 2009

Maximum Marks / Grade

Mode of Transaction

Term work, Practical and Viva

Course Outcome (CO) ACH1404L

CO1 To study and perform the various unit processes in lab experiments for synthesis of organic compounds.

CO2 To learn the concepts of qualitative analysis for identification of organic compounds.

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Element

s of

Employa

bility

(Emp)/

Entrepre

neurship

(Ent)/

Skill

Develop

ment

(SD)

Relevan

ce to

Local

(L)/

National

(N)/

Regional

(R)/Glob

al (G)

develop

mental

needs

Relation

Gender

(G),

Environ

ment and

Sustaina

bility

(ES),

Human

Values

(HV)and

Professio

nal

Ethics

(PE)

Laboratory preparation of the following organic compounds

Emp

m-Dinitrobenzene

1,3,5

CO1

PSO1

Acetanilide

1,3,5

CO1

PSO1

Tribromophenol

1,3,5

CO1

PSO1

Sulphanilamide

1,3,5

CO1

PSO1

Identification of simple organic compounds qualitatively

i. Urea

ii. Thiourea

iii. Benzoic acid

iv. Cinnamic acid

v. P-hydroxy benzoic acid

vi. Aniline

vii. P-Toluidine

viii. Beta Naphthol

ix. O-Nitrophenol

x. Benzaldehyde

xi. Acetone

xii. Ethyl acetate

xiii. Naphthalene

xiv. Acetanilide

xv. M-Dinitrobenzene

1,2,5

CO2

PSO1

Reference Books:

Practical Organic Chemistry: Vogel

Identification of Organic Compounds : R C Shah

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic

Year

2019-20

B.E (Textile Technology): Regular Programme

Year

Core / Elective /

Foundation

Subject code: TXE-

1402

Spinning –I

Credits / Hours per week

Semester

Year of Introduction:

2003

Year of Syllabus

Revision: ---

Maximum Marks / Grade

100

Mode of

Transaction

Lectures and Tutorials

Course Outcome (CO)

CO 1 To understand different processes of blow room and factors affecting them

CO 2 To learn the principles of carding operations, process, parameters and performance.

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elements of

Employability

(Emp)/

Entrepreneurship

(Ent)/ Skill

Development

(SD)

Relevance to Local

(L)/ National (N)/

Regional(R)/Global

(G) developmental

needs

Relation to

Gender (G),

Environment

and

Sustainability

(ES), Human

Values

(HV)and

Professional

Ethics (PE)

a) Introduction to subject.

b) Definition of ‘carding’,

1, 2,

1, 2, 3

EMP, SD

N, G

objects of carding.

c) Fundamental spinning

operation and optional

spinning processes.

d) Hank table in ‘Ne’. Line

sketch of ‘card’ showing

card parts and dimensions.

a) Feed zone

(i) Lap roller and Lap stand

(ii) Feed roll and feed plate.

b) Pre-carding zone.

1, 2,

3, 4

1,2

a) Cylinder and flat zone.

b) Doffer and web doffing

system.

1, 2,

3, 4

1,2, 4,6

a) Coiling and production

calculations.

b) Card performance and

maintenance. (Grinding &

Stripping)

c) Modern cards.

1, 2,

1,2

Introduction

(a). Cotton varieties and their

properties

(b). Objective of blow room,

Layout of blow room

1, 2,

1,2

2. Opening

a) Different methods of

opening of fibre

b) Different devices of opening

of fibre

c) Machines used for opening

1, 2,

1,2

of fibre

d) Factors affecting opening

3 Cleaning

(a) Different methods of

cleaning of fibre

(b) Different devices of

cleaning of fibre

(d) Factors affecting cleaning

1, 2,

3, 4

1,2,3,4,6

4. Mixing

(a) Different methods of

Mixing of fibre

(b) Different devices of Mixing

of fibre

1, 2,

3, 4

1,2,3,4,6

Reference Books

A Practical Guide to Opening and Carding. Vol.2-W. Klein

Cotton Spinning- William Scott Taggart- Vol.II

Carding-Vol. II- Merrill.

Spinning Tablet-II “CARDING” TAI (S.R. Nerurkar)

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology) Regular Programme

Year

Core / Elective / Foundation

TXE 1402L: Spinning –I (Practical/TW/Viva)

Credits / Hours per week

Semester

Year of Introduction: 2003

Year of Syllabus Revision: ---

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, discussion, drawing, term work and

viva

No.

Experiment

Contact

hrs.

%Weight

age

Level

PSO

Layout of blow room

1,2

1,2,6

function of blow room and its importance Layout of Blow room, Study of control

panel and material delivery system with bypass arrangement, Various combination

of machine for different cleaning point,

Study diff. machines of blow room in detail, different feeding system,

1,2,3,4

Hopper Bale Opener:

Passage of material, Construction & working, drive calculation

1,2,3,4

Vertical Opener:

Passage of material, Construction & working, drive calculation

1,2,3,4

Striker Cleaner and condenser:

Passage of material, Construction & working, drive calculation

1,2,3,4

Porcupine Opener:

Passage of material, Construction & working, drive calculation

1,2,3,4

Scutcher:

Passage of material, Construction detail of each part, speed calculation,

Piano feed regulating mechanism and various setting points, measurement of

pressure on calendar roller, automatic lap doffing

1,2,3,4

Maintenance of blow room machine, Production calculation.

1,2,3,4

Carding:

1,2,3,4

Passage of material, Construction detail of each part, Study of Feed zone, Cylinder

zone, Licker zone, Various web doffing device, Study of delivery zone, coiling

arrangement, Study of chute feed system

Tracing of gearing plan Zone wise draft calculation, draft constant calculation and

its application and speed calculation, Various change wheel. Study cultch

arrangement, study of different handle provided on machine,

1,2,3,4

Wire mounting method, Grinding and stripping operations

1,2,3,4

Maintenance of Card, Production calculation.

1,2,3,4

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective /

Foundation

TXE1403

WEAVING - I

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2003

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures & Tutorials

Course Outcome (CO) TXE 1403

CO1 Understanding basics of power loom

CO2 Understanding and learning different primary mechanisms of a power loom

CO3 Understanding and learning different secondary motions of a power loom

CO4 Understanding and learning different tertiary motions of a power loom

Unit

No.

Topic/Unit

Contact

Hours

Weight

age

(%)

Level

PSO

Eleme

nt s of

Emplo

bilit

(Emp)

Entre

prene

urship

(Ent)/

Skill

Devel

Releva

nce to

Local

(L)/

Nation

(N)/

Regiona

(R)/Glo

al (G)

develop

mental

needs

Relatio

n to

Gender

(G),

Environ

ment

and

Sustain

ability

(ES),

Human

Values

(HV)an

ment

(SD)

Professi

on al

Ethics

(PE)

An overview of various fabric manufacturing process and

fabric parameters. Passage of warp yarns through a plain

power loom and functions of various parts, in brief, in the

passage. Drive to the loom. Types of drives, their

advantages and disadvantages. Various drive calculations.

Concept of loom timing with the inter relations of various

motions. Concept of various motions viz Primary,

Secondary and auxiliary motions in brief.

1,2

CO1

1,2

EMP,

R,N,G

Primary Motion::Shedding Mechanism:

Function of shedding mechanism, introduction to sley

drive on loom and crank circle. Shedding mechanism on

plain power loom, Basic of construction of shedding cam

for plain power loom, Shedding cams for simple weaves,

Reversing motions, Positive cam shedding, Shedding

principles – open, semi-open, bottom and centre closed

shed.

Timing of shedding motions – early and late shedding,

Split shedding/ staggering of healds, asymmetric

shedding, Effect of shed timing and back rest setting on

fabric properties.

2,3,4

CO2

1,2,

6,7

EMP,

R,N,G

Primary Motion::Picking Mechanism:

2,3,4

CO2

1,2,

EMP,

R,N,G

Concept of picking and its classification. Construction and

working of Cone overpick mechanism in details. Why

picking cam made up of three parts? Timing diagram of

picking and its correlation with shedding diagram. Why

dwell of shedding and picking timing doesn’t match? etc..

Calculations for Shuttle speed and Power required for

picking. LH & RH loom and shuttle, running time of a

pirn, weft insertion rate(WIR). Shuttle checking, hinge

swell, floating swell, check strap. Rest position of shuttle.

Shuttle displacement by picker, causes of shuttle fly, etc.

Basic understanding of underpick mechanism. Details of

side lever underpick mechanism. Under pick and over-

pick comparison. Early picking and late picking concept.

6,7

Primary Motion::Beat Up:

Details of beat up mechanism on shuttle looms, Sley

eccentricity and factors affecting sley eccentricity, Criteria

deciding cranks radius and connecting arm lengths for

loom construction , Cam driven sley

2,3,4

CO2

1,2,

6,7

EMP,

R,N,G

Secondary Motions::Take-up mechanism:

Introduction and concept of take-up; direct & indirect take

up; classification of take-up – negative and positive take

up motion. 5 &7-wheel take-up mechanism details,

dividend calculations, etc. and their comparison. Anti-

crack motion, its importance, working and settings.

Secondary Motions::Let-off Mechanism:

Objects of let-off, types of let-off – Negative and positive

2,3,4

CO3

1,2,

6,7

EMP,

R,N,G

let-off motions and their advantages and disadvantages.

Construction and working of negative let-off motion.

Auxiliary Motions::

Temple: Importance of temple, various types of temples,

mounting and settings of temples on loom.

Brakes: Importance of brake motion on loom, types of

brakes, adjustment of brakes on loom.

Weft Stop Motion: Introduction to weft stop motions, side

weft fork motion construction and working. Timing and

setting of side weft fork motion.

Warp protector motions: Fast and Loose reed warp

protector motion, construction and working.

2,3,4

CO3

1,2,

5,6,

EMP,

R,N,G

Loom Efficiency: Understanding loom efficiency, various

methods of finding loom/loomshed efficiency, norms for

loom efficiency, etc. Various fabric defects, their cause

and remedies of the same.

2,3,4,

CO4

1,2,

5,6,

EMP,

R,N,G

Reference Books:

R. Marks and A. T. C. Robinson: Principles of weaving

P.R.Lord and M.H.Mohemad: Conversion of yarn to fabric

Hasmukhrai: Fabric forming

M.K.Talukdar et al: Weaving machines, mechanism, management

A.Ormerod and W.S. Sondhlem: Weaving Technology and Operations

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

TXE1403L: Weaving I (Practical/TW/Viva)

Credits / Hours per week

Semester

Year of Introduction: 2003

Year of Syllabus Revision: ---

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, discussion and viva

PSO7 is common for all experiments

No.

Experiment

Contact

hrs.

%Weightage

Level

PSO

Fabric Manufacturing:

a. Various fabric manufacturing processes

b. Passage of warp yarns through a plain power loom and functions of various

parts

c. Drive to the plain power loom

d. Types of drives, their advantages and disadvantages

e. Various drive calculations

f. Loom timing with the inter relations of various motions.

g. Primary, Secondary and auxiliary motions

h. Calculation of Loom Efficiency

20%

2,3,4

CO1

CO2

PSO3

PSO6

PSO7

Shedding Mechanism:

a. Shedding mechanism on plain power loom

b. construction of shedding cam for plain power loom

c. Reversing motions

d. Shedding principles – open, semi-open, bottom and centre closed shed

e. Timing of shedding motions, Early and late shedding concept.

20%

2,3,4

CO2

PSO3

PSO6

PSO7

Picking Mechanism:

a. Classification and Concept of picking mechanism

b. Construction and working of different picking mechanisms

20%

2,3,4

CO2

PSO3

PSO6

PSO7

c. Construction of picking cam

d. Construction of shuttle box

e. Timing diagram of picking and its correlation with shedding

f. Different calculations related to picking

g. Comparison of different picking mechanism

h. Early picking and late picking concept

Beat Up Motion:

a. Construction and working of beat up mechanism on shuttle looms

b. Factors affecting Sley eccentricity and its Calculation

13.33%

2,3,4

CO2

PSO3

PSO6

PSO7

Secondary and Auxiliary Motions:

a. Take-up mechanism: Introduction and concept

b. Construction of 5 & 7-wheel take-up mechanism, and its dividend calculations

c. Let-off Mechanism: Introduction and concept

d. Construction and working of negative let-off motion.

e. Temple: Construction and working of temple, various types of temples,

mounting and settings of temples on loom.

f. Brakes: Construction and working of brake on loom, different types of brakes

g. Weft Stop Motion: Construction and working of weft stop motions, Timing and

setting of side weft fork motion.

h. Warp protector motions: Construction and working of Fast and Loose reed

warp protector motion

26.67%

2,3,4

CO3

CO4

PSO3

PSO6

PSO7

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department

of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective /

Foundation

TXE1404

Yarn Preparation-I

Credits / Hours per week

04(theory)

Semest

Year of Introduction: 2003

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures & Tutorials

Course Outcome (CO) TXE 1404

CO1 Understanding various yarn preparatory processes

CO2 Understanding fundamentals of different winding packages

CO3 Understanding and learning basics of different winding modes and systems

CO4 Understanding and learning of different non-automatic winders and their important elements and practical aspects

CO5 Understanding and learning of pirn winding machine

CO6 Understanding concept of warping.

CO7 understanding and learning direct and sectional warping

Unit

No.

Topics/Units

Contact

Hours

Weight

age

(%)

Level

PSO

Element s

Employa

bili

ty (Emp)/

Entreprene

urship

(Ent)/ Skill

Develop

ment (SD)

Relevance

to Local

(L)/

National

(N)/

Regional

(R)/Glob

al (G)

develop

Relation

to Gender

(G),

Environm

ent and

Sustainabi

lity (ES),

Human

Values

mental

needs

(HV)and

Profession

al Ethics

(PE)

Introduction to various yarn preparatory

processes

2.5

1,2,3

CO1

PSO 1

EMP

L, N

Objects of winding, various winding packages,

advantages disadvantages, various definitions

related to cross wound packages

Basics of building cross wound packages –

winding at constant traverse ratio, concept of

gain, precision wound package, relation between

traverse ratio, coil angle, traverse acceleration,

traverse length and package diameter

Various terminologies related to precision

winding like close wind, open wind, head wind,

after wind, gain and its influence on package

properties, fishbone pattern in close winding,

Winding package at constant mean coil angle,

random wound package, patterning in random

winding

1,2,3,

4,5,,6

CO2

PSO 1

PSO 2

PSO 3

PSO 4

PSO 6

PSO 7

Random winding systems

Precision winding systems

Introduction to step precision winding and step

precision winding system

1,2,3,

4,5,6

CO3

PSO 1

PSO 2

PSO 3

PSO 4

PSO 6

PSO 7

Comparison of random, precision and step

precision winding

Winding package parameters and their

optimisation according to end user application

2.5

1,2,3,

4,5,6

CO4

PSO 1

PSO 2

PSO 3

PSO 4

PSO 6

PSO 7

Yarn tension during winding, ballooning yarn

tension

Yarn tensioning devices – additive and

multiplicative yarn tensioner, measurement of

yarn tension

1,2,3,

4,5

CO4

PSO 1

PSO 2

PSO 3

PSO 4

PSO 6

PSO 7

Yarn faults, mechanical yarn clearers,

introduction to electronic yarn clearers

Electronic principles of measurement of yarn

faults

Yarn fault classification systems, Basic yarn

clearing

Introduction to yarn splicing

1,2,3,

4,5,6

CO4

PSO 1

PSO 2

PSO 3

PSO 4

PSO 6

PSO 7

Various methods of package driving

Various methods of yarn traversing

7.5

1,2,3,

4,5,6

CO4

PSO 1

PSO 2

PSO 3

PSO 4

PSO 6

PSO 7

Winding package faults and remedies

2.5

1,2,3,

4,5

CO4

PSO 2

PSO 3

PSO 6

Pirn Winding:

Introduction to Yarn preparatory processes and

its importance. Importance of weft supply and

Different forms of weft supply system. Objects of

Pirn winding machine and different processes for

pirn building. Basic terms used and definition.

Types of pirn winding machine. Different types

and shapes of pirn and its requirement related to

pirn winding Drive to spindle, Traverse

mechanism, Traverse within traverse, bunching

mechanism. Performance assessment of pirn

winding machine Pirn winding related

calculations.

2,3,4

CO5

PSO2,

PSO4,

PSO6

Warping:

Objects of warping. Classification of warping

machine and its importance. Warping machine

details (like type of Creel, Drive to different

parts, Measuring motion, Beam doffing, etc).

Features of modern warping machine. Sectional

warping machine process aspects. Factors

affecting thickness of sections. Causes of non-

uniform built-up of section. Quality assessment

of warper’s beam. Warping related Calculations.

2,3,4

CO6

CO7

PSO2,

PSO4,

PSO6

Reference Books:

Winding monogram series : BTRA

Process control in weaving : ATIRA

Yarn Preparation : Sengupta

Conversion of yarn to fabric : Lord and Mohammed

An Introduction to winding and warping :Dr. Talukdar

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E.(Textile Technology)Regular Programme

Year

Core / E lective / Foundation

TXE1404L: Yarn Preparation-I (Practical/TW/Viva)

Credits / Hours per week

Semester

Year of Introduction: 2003

Year of Syllabus Revision: ---

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, discussion, drawing, term work and

viva

No.

Experiment

Contact

hrs.

%Weightage

Level

PSO

Introduction to Yarn Preparatory Process, Objectives of winding,

Different types of winding packages made in yarn preparation,

calculation of slope of cone package

1,2

CO1,CO2

Non Automatic Random Winding Machine: Introduction, Passage of yarn

through the machine

1,2

CO3,CO4

PSO1

Function of each part like Creel, unwinding accelerator, yarn tensioners,

clearer, thread stop motion, waxing arrangement, drums and package cradle,

Construction and working and settings

1,2,3,4

CO3,CO4

Drive to conveyor belt,

grooved drum and traversing guide, rocking shaft

Winding Speed Adjustment & Thread Stop Motion, Anti-patterning

mechanism : Speed variation of grooved drum, to and fro motion of

package holder, Blower and its function

1,2,3,4

CO3,CO4

Non-automatic random Re-winding machine: Introduction,

Passage of yarn

through the machine

1,2

CO3,CO4

Creel, slit clearer, motorized yarn tensioner, disc yarn tensioner, waxing

device, electronic thread stop motion, drums and package cradle –

Construction, working and setting and setting

1,2,3,4

CO3,CO4

Drum drive, Settings of parameters on machine screen - winding speed, slow

start up, anti-patterning parameters and other production related parameters

1,2,3,4

CO3,CO4

Non-automatic electronic Re-winding machine: Introduction, passage of yarn

through the machine on assembly winding and soft package winding spindles

1,2

CO3,CO4

Creel, slit clearer, motorized yarn tensioner, disc yarn tensioner, electronic

thread stop motion, counter rotating blade traverse, package cradle with

package weight compensation device – Construction, working and setting

1,2,3,4

CO3,CO4

Adjustments of touch screen panel of the machine – selecting winding mode

(precision or step precision) and related parameters (traverse ratio/ coil

angle), winding speed, slow start, other production related parameters

1,2,3,4

CO3,CO4

Ordinary Beam Warping Machine: Objectives, Passage of material on beam

warping machine and function of each part.

1,2

CO6

Drive to winding drum, clutch arrangement for ON & OFF of winding drum,

drive to measuring roller & thread stop motion

1,2,3,4

CO6

Yarn length measuring device : measuring roller and train of gears attached

to measuring dial, Warping related calculations : Production calculation

1,2,3,4

CO6

Pirn Winding: Objectives of Pirn winding, types of winding, passage of yarn

on pirn winding machine

1,2

CO5

Drive to pirn holder, Traversing mechanism and how to set different traverse,

Advancement mechanism and how to set different rate of advancement

1,2,3,4

CO5

Traverse within traverse, Bunching, Full pirn stop motion & Production

Calculation

1,2,3,4

CO5

Sectional Warping Machine: Objectives, Passage of yarn on machine, Creel

arrangement, Drive to sectional drum

1,2

CO7

Variable drive to sectional drum, Lateral movement of drum

1,2,3,4

CO7

Drive to V-reed and Brake Mechanism

1,2,3,4

CO7

Settings of machine reduction gear box, Speed measuring device and yarn

length measuring device

1,2,3,4

CO7

Drive to warper’s beam and Production calculation

1,2,3,4

CO7

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology) : Regular Programme

Year

III

Core / Elective / Foundation

ELE1511: Electrical Engg Fundamentals

Credits / Hours per week

04 (theory)

Semester

Year of Introduction: 2007

Year of Revision: 2017-18

Maximum Marks / Grade

100 (theory)

Mode of

Transaction

Lectures & Tutorials – 3+1

Course Outcome (CO)

CO1 Determine the parameters of simple DC and AC circuits. (BT 5)

CO2 Evaluate the performance of AC circuits. (BT 5)

CO3 Explain fundamentals of DC Rotating Machines, AC Rotating machines, and Transformers. (BT 2)

CO4 Determine the parameters of DC Rotating Machines, AC Rotating machines, and Transformers. (BT 5)

CO5 Explain fundamentals concepts of Semiconductor Theory. (BT 2)

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elements of

Employability

(Emp)/

Entrepreneurship

(Ent)/ Skill

Development

(SD)

Relevance to Local

(L)/ National (N)/

Regional(R)/Global

(G)

developmental

needs

Relation to

Gender (G),

Environment

and

Sustainability

(ES), Human

Values

(HV)and

Professional

Ethics (PE)

Preview of Ohm’s Law.

Kirchoff’s law. Series parallel

25%

CO1

PSO1,

PSO5,

connections. Solution of

simple D.C. circuits, star delta

transformation

PSO6

Sinusoidal e.m.f. And

currents. R.M.S. and average

value. Phasor representation.

Voltage current relations in

purely resistive. Inductive and

capacitive circuits and their

series combination. Power and

power factor. Voltage and

current relation and power

balanced 3 phase system.

Measurement of power in 3Ǿ

system.

20%

CO1,

CO2

D. C. GENERATORS: Principle of

working. Types of generators.

Their characteristics and

applications

D. C Motor: Principle of

working. Types of motors.

Their characteristics and

applications, speed control.

20%

CO3,

CO4

Transformer: Review of

Faraday’s law and Lenz law.

Self and mutual

induction. Principle of

working of transformer. E.m.f.

equation. Uses of transformer,

15%

CO3,

CO4

OC and SC test.

Principle of working and

Applications of Induction

motor

CO3,

CO4

Alternator: Principle of

working, E.M.F equation,

Types and Applications

Synchronous Motor: Principle

of working , Special features

and its applications

CO3,

CO4

Conductors, Semiconductors.

Semiconductors and

insulators. Intrinsic and

Extrinsic semiconductors.

Conduction in Pn, PNP and

npn junctions. Their

characteristics. Zener diode.

Photo-diode and display

devices.

CO5

Reference Books:

Basic Electrical Engineering by V.N. Mittle

Electrical Technology by B.L. Theraja

Problems in Electrical Engineering by Parker Smith

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E.(Textile Technology) : Regular Programme

Year

III

Core / Elective / Foundation

ELE1511L: Electrical Engineering Fundamentals

Credits / Hours per week

04/week

Semester

Year of Introduction: 2017-18

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, discussion, drawing, term work and viva

Course Outcome (CO) ELE 1511L

CO1 Utilize measuring devices, apparatus and equipment effectively.

CO2 Demonstrate various network theorems and 3-phase power measurement by two wattmeter method.

CO3 Analyse various circuit configurations.

CO4 Develop a technical report with related observations, calculations, results and inferences effectively.

CO5 Verify various performance characteristics of d.c machines

CO6 Evaluate performance parameters of 1-phase transformer

No.

Experiment

Contact

hrs.

%Weightage

Level

PSO

Study of Laboratory apparatus.

8.33%

CO1

PSO1

Study of D.C machine

8.33%

CO1

Verification of Kirchhoff’s laws.

8.33%

2, 3

CO1, CO2,

CO4

R – L Series circuit.

8.33%

3,4

CO1, CO3,

CO4

R – L – C Series circuit

8.33%

3,4

CO1, CO3,

CO4

Power measurement in a 1 – Ø circuit by 3 voltmeter method.

8.33%

3,4

CO1, CO3,

CO4

Power measurement in a 1 – Ø circuit by 3 Ammeter method.

8.33%

3,4

CO1, CO3,

CO4

AC parallel circuit.

8.33%

3,4

CO1, CO3,

CO4

Open circuit and short circuit test on 1-phase transformer

8.33%

3,5

CO4,

CO6

To plot the characteristics of D.C series generator

8.33%

3,4

CO4,CO5

To plot the characteristics of D.C shunt generator

8.33%

3,4

CO4,CO5

To plot the characteristics of D.C compound generator

8.33%

3,4

CO4,CO5

Speed control of D.C. shunt motor

8.33%

3,4

CO4,CO5

Power measurement in a 3-phase circuit by two wattmeter method

8.33%

2,3

CO2,

CO4

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

Management of Textile Unit [ CBM1501]: Regular Programme

Year

III

Core / Elective / Foundation

Management of Textile Unit

Credits / Hours per week

Semester

Year of Introduction: 2007

Year of Syllabus Revision: 2012

Maximum Marks / Grade

100

Mode of Transaction

Lectures

Course Outcome (CO) CBM1501

CO1 Understanding Management Principle

CO2 Learn about the management techniques

CO3 Solving the complex organization problem

CO4 Understand the General and Managerial Problem

CO5 Understand basics of Management

CO6 Applications of Management in Textile unit

Uni

No.

Topic/Unit

Contac

Hours

Weightag

(%)

Level

PSO

Elemen

ts of

Employ

ability

(Emp)/

Entrepr

eneursh

(Ent)/

Skill

Develo

pment

(SD)

Releva

nce to

Local

(L)/

Nationa

l (N)/

Region

al(R)/G

lobal

(G)

develop

mental

needs

Relatio

n to

Gender

(G),

Enviro

nment

and

Sustain

ability

(ES),

Human

Values

(HV)an

Profess

ional

Ethics

(PE)

Organization for business : small scale, large scale,

composite, non-composite units,

concept of entrepreneurship

1,2,3,4

CO1

PSO1

PSO2

PSO3

PSO4

Emp,

Ent,

N,G

The management process : Emphasize on managerial skills

and human behaviour ( with

special reference to communication and motivation)

1,2,3,4

CO2

PSO

1-to-4

Functional areas of management : (i) Business

environment : Political, legal, Economic &

technological (ii) Marketing : 4P’s of marketing (iii)

Finance : Investment decision, finance

control techniques. Main F.I’s (iv) HRD Personnel :

approaches, functions and techniques.

(v) Purchase/Inventory : Purchase procedures. Stores

Keeping, inventory decisions.

1,2,3,4

CO2

PSO

1-to-4

Social concern of management : (i) Introduction to

industrial relation (ii) Different Acts (Gist

only) pertaining to industrial laws. The factory act,

industrial disputes acts, I.R.act. The

workman’s compensation act, Trade union act (iii)

Industrial relation scenario in respect of

industrial law and industrial relations machinery

1,2,3,4

CO3

PSO

1-to-4

Reference Books

Principle of Management – L. M. Prasad

“Management” by Stoner J A and Freeman R E

Mintzberg, H. (1973). The Nature of Managerial Work. New York: Harper & Row.

Financial Management – I M Pandey

Human Resource Management - Aswasthappa

Elements of Mercantile Law – N.D.Kapoor

Fundamentals of Business Organization & Mgt. – Y k.Bhusan

Entrepreneurship – Devid H. Holt

Essential of Management – Harold Koontz, Hienz Weihrion

Marketing Management - Philip Kotler

Management – James A.F. Stoner, R.Edward Freeman

Production and Operations management – Chunawala & PATEL

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

III

Core / Elective / Foundation

TXE 1505

Textile Machine Control and Quality

Management

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2004

Year of Revision:---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures & Tutorials

Course Outcome (CO) TXE 1505

CO1 Understanding of fundamentals of Machine and Quality Control in Textile

CO2 Importance and role of Textile Machine controls on quality products and application

CO3 Importance and Role of Quality control system on total quality of Textile industry

CO4 Designs and tools for of control system and quality system

CO5 Understanding the methods and requirement to adopting system in application

CO6 Learn new developments in machine and Quality concept in Industry 4.0

CO7 Solving typical problem related to system requirements and Learn New design system.

CO8 Quality and its importance. Quality management development process

CO9 Various standards and documentation procedure. Trouble shooting

CO10 Various standards of ISO9000 and TQM in details

CO11 Various regulations and its role in QM

Unit

No.

Topic/Unit

Contact

Hours

Weight

age

(%)

Level

PSO

Eleme

nt s of

Emplo

bilit

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Develo

p ment

(SD)

Releva

nce to

Local

(L)/

Natio

nal

(N)/

Region

(R)/Glo

(G)

develo

mental

needs

Relatio

n to

Gender

(G),

Environ

ment

and

Sustaina

bility

(ES),

Human

Values

(HV)an

Professi

on al

Ethics

(PE)

Development in Textile Machine, Automation and

Textile Machinery 4.0 concept, System Engineering

Concepts, Different types of Controls, Introduction to

Machine Controls

1,2,

CO1

PSO1

Open and Close loop Control Systems, Sensor in Textile

Machine, Functional element its Principles and

Objectives and application

1,2,

CO2

PSO1,

PSO2

Construction and Working of different element of Close

loop System : Signal conditioning unit, A/D and D/A

Converter, Controllers: PLC and Logical controls

1,2,3,

CO2,

CO4

PSO1,

PSO2,

PSO3

Amplifier, Final control Element

Emp,

N,G

Understand concepts of digitization, change in machine

control concept and practical application in total control

of industry.

6.67

2,3

CO 5,

CO 6

PSO4,

PSO6,

PSO 7

Application of controls system in Textile machinery in

different process

8.33

2,3,

CO4,

CO6

PSO 4,

PSO 5

Introduction to quality management concepts and various

systems. Need of quality management, their relevance

and tools of quality management. Industrial revolutions

and the development of quality management.

1,2,3,

CO8

PSO1,

PSO4,

PSO5,

PSO6,

PSO7

Documentation and standardization. International trade,

trade barriers. GATT, WTO, etc.. Various standards for

management systems. Six sigma concept and its role in

quality management. Flexibility and change in

management systems and documentation procedures.

Ishikawa Pareto analysis, cause and effect/fishbone

analysis, etc

2,3,5

CO9

PSO4,

PSO5,

PSO6,

PSO7,

PSO8

ISO 9000 concept and its importance. Documentation

and implementation procedures of ISO 9000. Total

Quality Management (TQM) and its importance.

Implementation procedures of TQM.

2,3,5

CO1

PSO4,

PSO5,

PSO6,

PSO7,

PSO8

Environmental protection act and its relevance of various.

SA8000 and its role in quality management. OSHAS and

its role in quality management. JIT system and its role in

quality management.

2,3,

CO1

PSO4,

PSO5,

PSO6,

PSO7,

PSO8

Reference Books:

NCUTE Publication Hiren Joshi and Gauri Joshi, Electronic Controls for Textile Machines.

Brochures/ Manuals of machine Manufacturers and other related publications

Andrew Par , Industrial Control Hand Book

Quality Planning and Analysis by J.M.Juran

Quality Control and TQM by P.L.Jain

G. Shanmmugam, T. Sivasantaran, D. Sarvanan NCUTE publications on Quality Control Technique.

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

III

Core / Elective / Foundation

TXE1507: Textile testing - I

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2004

Year of Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures & Tutorials

Course Outcome (CO) TXE1507

CO1 Students gather knowledge of textile testing, statistical interpretations of the test data.

CO2 Students learn about SQC and moisture relations in textile.

CO3 Trash in cotton and its importance.

CO4 Students gets detailed knowledge about fibre length.

CO5 Students gets detailed knowledge about fibre fineness

CO6 Students learn about fibre strength, its importance and measurement technique

CO7 Students learn about yarn numbering system, its importance and measurement technique

CO8 Students learn about twist in yarn , its importance and measurement technique

CO9 Students should learn about modern textile testing instruments

Unit

No.

Topic/Unit

Contact

Hours

Weightag

(%)

Level

PSO

Elemen

ts of

Emplo

yability

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Develo

Releva

nce to

Local

(L)/

Nation

al (N)/

Region

al(R)/G

lobal

(G)

develo

Relatio

n to

Gende

r (G),

Enviro

nment

and

Sustain

ability

(ES),

Huma

pment

(SD)

pmenta

l needs

Values

(HV)a

Profess

ional

Ethics

(PE)

Importance of textile testing in manufacturing process,

Various aspects of fiber testing yarn testing & fabric

testing, Need of statistical techniques & types of

evaluation methods used for test data. Statistical

methods for presenting data & analysis of data for

average & dispersion behaviour. Concept of probability

& its implementation in the evaluation of data following

normal distribution. Significance testing, its importance

in data interpretation, different techniques for

significance testing of mean for small size & large size

data: comparison of sample mean with nominal &

comparison of means for two samples. Significance

testing for dispersion, its importance in data

interpretation, different techniques for significance

testing of dispersion for small size & large size data:

comparison of sample mean with nominal &

comparison of means for two samples. Prediction about

population mean & dispersion values using sample

values for large size & small size data. Computation

error in the prediction of population mean & dispersion.

Analysis technique for test data following binomial

distribution. Analysis technique for test data following

Poisson distribution. Subjective analysis: grading

technique with single judge & multiple judge,

1,2,3,4

CO1

PSO1,

PSO2,

PSO4,

PSO6,

PSO7,

PSO8

EMP,

N, G

HV, PE

Significance testing of graded values of sample,

Coefficient of correlation for graded values.

Importance / objective of testing and statistical quality

control(SQC) in textile. Sampling and methods of

sampling. Humidity and moisture relations in textile

materials and their effect on testing and the

corrections/standardizations required. Factors affecting

regain. Effect of regain on fibre properties. The

measurement of regain and its commercial importance.

1,2,3,4,

CO2

PSO1,

PSO2,

PSO4,

PSO6,

PSO7,

PSO8

Importance of understanding trash in cotton in terms of

level as well nature of trash. Measurement of Trash using

various available instruments.

8.33

1,2,3,4,

CO3

PSO1,

PSO2,

PSO4,

PSO6,

PSO7,

PSO8

Fibre length and length distribution. Staple length.

Introduction to various other methods of length

measurement. Cotton fibre length measurement – Single

fibre length measurement. Statistical analysis of various

graphs obtained from it. Fibrograph, Digital Fibrogram

and Span Length.

1,2,3,4,

CO4

PSO1,

PSO2,

PSO4,

PSO6,

PSO7,

PSO8

Fibre fineness and various methods of fineness

measurements. Maturity of Fibres and its measurements,

Identification of Textile Fibres.

6.67

1,2,3,4,

CO5

PSO2,

PSO4,

PSO6,

PSO7,

PSO8

Fiber strength testing: need & importance in textile

manufacturing process, Concept of single fiber strength

& its limitations, Concept of bundle fiber strength & its

1,2,3,4,

CO6

PSO2,

PSO4,

PSO6,

importance in yarn manufacturing process, technique for

Single fiber testing for man-made fiber & natural fiber,

Important terms related with tensile testing. Pressley

strength tester: Working principle, structural details of

instrument, operational technique, limitations.

Stelometer: Working principle, structural details of

instrument, operational technique, How it overcomes

limitations of Pressley strength tester, limitations of

Stelometer. HVI testing: Working principle, operational

technique & how it is superior in fiber strength testing.

PSO7,

PSO8

Significance of liner density measurement for yarn

count computation, Yarn numbering system: definitions

for direct & indirect system along with their merits &

demerits, types of yarn numbering system & their

mathematical form for computation. General formula

for direct numbering & indirect yarn numbering system,

derivation of specific general formulas for different

form of materials during yarn manufacturing.

Conversion formula, Derivation of Different conversion

formulae for direct –direct, indirect- indirect & direct-

indirect systems. Concept of Universal yarn numbering

system & significance of tex system as Universal

system, Need for yarn fineness measurement, Test

method for yarn count measurement from short length

of yarn or yarns availed from fabric piece. Types of

wrap reel, Structural features of wrap reel, constrains of

wrap reel-based yarn length measurement, Constrains

1,2,3,4,

CO7

PSO2,

PSO4,

PSO6,

PSO7,

PSO8

for accurate weight measurement. Different balances

used for weight measurement of yarn lea or skein

prepared by wrap reel, Structure & Operating details of

Quadrant balance, Associated advantages &

disadvantages of the system. Structure & Operating

details of Knowle’s balance, Associated advantages &

disadvantages of the system. Need for measuring yarn

count from too short yarn lengths, Structure &

Operating details of Yarn Assorting balance, Associated

advantages & disadvantages of the system.

Definition of twist, amount of twist, twist direction (type

of twist), twist contraction, Derivation of expression for

TM & TF, Significance of TM/TF in prediction about

yarn twist value, Role of twist in determining yarn &

fabric performance. Need for twist measurement,

different methods used for twist measurement, Details of

Rock bank twist tester operating on Straighten fiber

method along with its merits & demerits. Concept of

Take up, Details of Hand operated twist tester operating

on fiber parallelization method, testing details for

measuring twist properties of ply yarn & its constituent

yarns by using take up twist tester, its merits & demerits.

Importance of Bias twist testing, Details of Continuous

twist tester operating on Straighten fiber method along

with its merits & demerits. Details of Semi-automatic

twist tester operating on twist contraction method along

with its merits & demerits. Problems faced while twist

measurement of unconventional spun yarn, Details of

twist to break method in resolving this problem, Test

method for Optical twist measurement along with its

1,2,3,4,

CO8

PSO2,

PSO4,

PSO6,

PSO7,

PSO8

merits & demerits.

Concept of Modern Textile Testing Equipment and a

brief presentation about salient features of HVI & AFIS

5,6,7,8

CO9

PSO5,

PSO6,

PSO7,

PSO8

Reference Books

J. E. Booth : Principle of textile testing

Grover and Hambay : Hand book of textile testing and quality control

Angpappan, R. Gopal Krishna, B.K. Keshwan : Physical testing vol. I & II

W.S. Morton and Hearle : Physiacl properties textile fibres

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology) Regular Programme

Year

III

Core

TXE1507L: Textile Testing-I Pract /TW/viva

Credits / Hours per week

Semester

Year of Introduction: 2004

Year of Revision:---

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, discussion, term work

and viva

No.

Experiment

Contact

hrs.

%Weightage

Level

PSO

Introduction and layout of laboratory

2,3,4,5

2,3,4,5,

PSO1

PSO3

PSO4

Fibre Testing

a) Standard Conditioning Oven

b) Shirley Trash analyzer

c) Comb Sorter

d) Star Moisture meter

e) Pressley Fibre Bundle Strength Tester

f) Fibro scan and Fibre Maturity Tester

Yarn testing

2,3,4,5

7,8

PSO1

PSO3

PSO4

a) Count measurement by wrap reel and weighing method

b) Count measurement by Yarn quadrant balance

c) Rock bank Twist tester

d) Automatic Twist tester

Demo experiments

2,3,4,5

PSO1

PSO3

PSO4

a) HVI, Fibre Identification

b) Stelometer Bundle Strength Tester

c) Chemical oven

d) Density gradient tube

16.

Soxhlet apparatus

17.

Melt flow index tester

18.

Humidity oven

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

III

Core / Elective / Foundation

TXE1508: Fabric Structure

Credits / Hours per week

Semester

Year of Introduction: 2004

Year of Syllabus Revision: ---

Maximum Marks / Grade

100

Mode of Transaction

Lectures and Tutorials

Course Outcome (CO) TXE1508

CO1 Learn about Fabric Classification and Characteristics of Different Fabric.

CO2 Learn about the Concept of Weave, Representation of Design, Draft, Peg Plan (Lifting Plan), and Drawing-in and Denting Order and

their inter relation.

CO3 Understand the Plain, Twill, Satin and Sateen Weaves, Ornamentation and Derivatives of Plain, Twill, Satin and sateen Weaves.

CO4 Understand the Diamond and Diaper weave, and its characteristics.

CO5 Understand basics of Honey Comb, Huck-a-back, and Mock Leno Weaves.

CO6 Understand basics of Distorted Thread Effect, Crepe, Bed ford Cords, and Welts and Pique Weaves.

Unit

No.

Topic/Unit

Contact

Hours

Weightag

(%)

Level

PSO

Elemen

ts of

Emplo

yability

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Develo

pment

Releva

nce to

Local

(L)/

Nation

al (N)/

Region

al(R)/G

lobal

(G)

develo

pmenta

Relatio

n to

Gende

r (G),

Enviro

nment

and

Sustain

ability

(ES),

Huma

(SD)

l needs

Values

(HV)a

Profess

ional

Ethics

(PE)

Introduction to Fabric Structure:

Types and Classification of Fabric, Characteristics of

Different Plain, Twill, and Satin and Sateen fabrics

like, Plain Fabrics- Cambric, Poplin, Sheeting, Duck,

Voile, Twill Fabrics- Jean, Denim, Gabardine, Satin

and Sateen Fabrics- Cotton lining Sateen, Crepe Satin,

Satin Drill, Satin Whipcord, etc.

1,2

CO1

PSO1

PSO2

Emp,

Ent,

L,N,R,

Representation of Design:

Draft, Peg Plan (Lifting Plan), and Drawing-in and

Denting Order and their inter relation.

1,2

CO2

PSO1

Plain weave:

Characteristics of the Plain Weave, Ornamentation and

Derivatives of Plain weave like Warp rib, Weft rib,

and Hopsack/Basket/Matt Weaves.

1,2,4

CO3

PSO2

PSO3

PSO6

PSO8

Twill weave:

Characteristics of theTwill Weave, Derivatives of

Twill weave like, Wavy Twill, Herringbone Twill,

Broken Twill, Transposed or Re-arranged Twill,

Elongated Twill, Combined twill, etc.

1,2,4

CO3

PSO2

PSO3

PSO6

PSO8

Satin and Sateen Weaves:

Characteristics of theSatin and Sateen Weaves,

Derivatives in Satin and sateen Weaves like, Venetian

and Buckskin, Swans down, Imperial Sateen,

Reversible Sateen or Lambskin, Extension of Sateen

weave, etc.

1,2,4

CO3

PSO2

PSO3

PSO6

PSO8

Diamond and Diaper weave:

and its characteristics, Difference between Diamond

and Diaper Weaves.

Study of the Bed Ford Cord weave, Different types of

Producing Bed Ford Cord Weave. Like, Plain Faced,

Twill Faced, Wadded Bed Ford Cord, Alternate Pick

Bed ford Cord.

1,2,4

CO4,

CO6

PSO2

PSO3

PSO6

PSO8

Honey Comb Weave:

Honey Comb with Square and Equal Cell, Brighton

Honey Comb, Larger Honey Comb,

Construction of Huck-a-back Weave, Devon’s Huck,

Grecian Huck-a-back and

Construction of Mock Leno Weave.

1,2,4

CO5,

CO6

PSO2

PSO3

PSO6

PSO8

Study the Crepe Weave, Methods of the Construction

of the Crepe weave.

Construction of Distorted Thread Effect, Spot

Effect,and Bedford cord weave

1,2,4

CO5,

CO6

PSO2

PSO3

PSO6

PSO8

Reference Books

Watson Textile Design and Colour, by Z. J.Grosesicki, W O O D H E AD P U B L I S H I N G L I M I T E D

Woven cloth construction by A. T. C. Robinson, R. Marks,

Fabric Structure and Design by N. Gokarneshan, New Age International publishers

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

III

Core / Elective / Foundation

TXE1508L: Fabric Structure (Practical/TW/Viva)

Credits / Hours per week

Semester

Year of Introduction: 2004

Year of Syllabus Revision: ---

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, discussion and viva

PSO7 is common for all experiments

No.

Experiment

Contact

hrs.

weightage

Level

PSO

Introduction: Parameters for Fabric Analysis

10%

1,2

CO1

CO2

PSO2

PSO7

Analysis of Sample-1

3.33%

2,4

CO3

PSO7

PSO8

Analysis of Sample-2

3.33%

2,4

CO3

PSO7

PSO8

Analysis of Sample-3

3.33%

2,4

CO3

PSO7

PSO8

Analysis of Sample-4

3.33%

2,4

CO3

PSO7

PSO8

Analysis of Sample-5

3.33%

2,4

CO3

PSO7

PSO8

Analysis of Sample-6

6.66%

2,4

CO3

PSO7

PSO8

Analysis of Sample-7

6.66%

2,4

CO4

PSO7

PSO8

Analysis of Sample-8

6.66%

2,4

CO4

PSO7

PSO8

Analysis of Sample-9

6.66%

2,4

CO5

PSO7

PSO8

Analysis of Sample-10

6.66%

2,4

CO5

PSO7

PSO8

Making of Sample on Handloom

10%

1,2,3,6

CO3

PSO2

PSO3

Making of Sample on Handloom

10%

1,2,3,6

CO3

PSO2,

PSO3

Making of Sample on Handloom

10%

1,2,3,6

CO3

PSO2,

PSO3

Making of Sample on Handloom

10%

1,2,3,6

CO3

PSO2,

PSO3

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

III

Core / Elective / Foundation

Textile Chemistry - II

TXC 1601

Credits / Hours per week

Semester

Year of Introduction:1954

Year of Syllabus Revision: NA

Maximum Marks / Grade

100

Mode of

Transaction

Lectures

Course Outcome (CO) TXC 1601

CO 1

Learning printing of various types of textiles.

CO 2

Understanding difference of dyeing and printing.

CO 3

Learning basic principle of printing and printing paste ingredients.

CO 4

Learning different methods and styles of printing.

CO 5

Learning printing of natural cellulosic fabric with different dyes.

CO 6

Learning printing of natural protein fabric with different dyes.

CO 7

Learning printing of man-made fabric with different dyes.

CO 8

Understanding working principle of different printing machine.

CO 9

Understanding development of color of printed fabric.

CO10

Learning importance of finishing treatment.

CO11

Leaning application of different finishing agents.

CO12

Learning different finishing treatment applied on different textile fibres.

CO13

Learning various types of mechanical finishing.

CO14

Understanding working principle of various finishing machines.

Unit

No.

Topic/Unit

Contact

Hours

Weightag

(%)

Level

PSO

Elements of

Employabilit

y (Emp)/

Entrepreneu

rship (Ent)/

Relevance

Local (L)/

National

(N)/

Relation to

Gender (G),

Environment

and

Sustainability

Skill

Development

(SD)

Regional(R

Global (G)

developme

ntal needs

(ES), Human

Values (HV)

and

Professional

Ethics (PE)

Introduction of Printing:

• Definition and history of printing.

• Difference between dyeing & printing.

• Preparation of fabric for printing.

• Printing paste ingredients and importance.

• Thickener used in printing paste.

• Different methods of printing.

• Different styles of printing.

16.67

1,2,3

CO1,

CO2,

CO3,

CO4

PSO1

,2,3,4

,5,6,7

Emp, Ent, SD

L, N, R, G

G, ES, HV, PE

Printing of textiles:

• Printing of cotton fabric with various dyes in

different style of printing.

• Printing of wool & silk fabric with various dyes in

different style of printing

• Printing of polyester fabric with various dyes in

different style of printing.

• Printing of nylon fabric with various dyes in

different style of printing.

• Printing of acrylic fabric.

• Printing of blended fabric with various dyes.

• Machinery used for printing.

• Machinery used for development of colour on

printed fabric.

33.33

1,2,3

,4,5

CO5,

CO6,

CO7,

CO8,

CO9

PSO1

,2,3,4

,5,6,7

Introduction of Finishing:

• Definition & Classification of Finishing.

• Object of finishing.

• Brief introduction of various finishing treatment

for different fibres.

1,2,3

,4,5

CO10

CO11

CO12

PSO1

,2,3,4

,5,6,7

• Temporary finishes applied on cotton fabrics –

Starching, weighting etc.

• Basic principle of crease-resistant finishing, water

repellent and flame proofing.

• Heat setting of synthetic fibre - fabrics and their

blends.

Finishing Machineries:

• Principle and working of padding mangles.

• Different types of calender machines and its

working principle.

• Different types of drying machines.

• Principle and working of stenter machine.

1,2,3

,4,5

CO13

CO14

PSO1

,2,3,4

,5,6,7

Reference Books

Technology of Printing – Prof. V. A. Shenai

Textile Finishing – Hall

Textile Finishing – J. T. Marsh

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

III

Core / Elective / Foundation

TXC1601L: Textile Chemistry - II - Practical

Credits / Hours per week

Semester

Year of Introduction:1954

Year of Syllabus Revision: NA

Maximum Marks / Grade

Mode of

Transaction

Term work, Practical and viva

No.

Experiment

Contact

hours

Weightage

(%)

Level

PSO

Printing of cotton fabric with direct dye by direct style printing.

6.67

1,2,3,4,5,6

1,3,4,5,8,9

1,2,3,4,5,6,7,8

Printing of cotton fabric with reactive dye by direct style

printing.

6.67

1,2,3,4,5,6

1,3,4,5,8,9

1,2,3,4,5,6,7,8

Printing of cotton fabric with reactive dye by discharge style of

printing.

6.67

1,2,3,4,5,6

1,3,4,5,8,9

1,2,3,4,5,6,7,8

Printing of cotton fabric with azoic colour – Naphthol printing

method.

6.67

1,2,3,4,5,6

1,3,4,5,8,9

1,2,3,4,5,6,7,8

Printing of cotton fabric with azoic colour – Base printing

method.

6.67

1,2,3,4,5,6

1,3,4,5,8,9

1,2,3,4,5,6,7,8

Printing of wool fabric with acid dye by direct style printing.

6.67

1,2,3,4,5,6

1,3,4,6,8,9

1,2,3,4,5,6,7,8

Printing of polyester fabric with disperse dye by direct style

printing.

6.67

1,2,3,4,5,6

1,3,4,7,8,9

1,2,3,4,5,6,7,8

Printing of polyester fabric with disperse dye by discharge style

of printing.

6.67

1,2,3,4,5,6

1,3,4,7,8,9

1,2,3,4,5,6,7,8

Printing of nylon fabric with acid dye by direct style printing.

6.67

1,2,3,4,5,6

1,3,4,7,8,9

1,2,3,4,5,6,7,8

10.

Printing of jute fabric with basic dye by direct style of printing.

6.67

1,2,3,4,5,6

1,3,4,5,8,9

1,2,3,4,5,6,7,8

11.

Carbonized style of printing.

6.67

1,2,3,4,5,6

1,3,4,7,8,9

1,2,3,4,5,6,7,8

12.

Brasso style of printing.

6.67

1,2,3,4,5,6

1,3,4,7,8,9

1,2,3,4,5,6,7,8

13.

Application of stiffening agents of textile fabrics.

6.67

1,2,3,4,5,6

10,11,12,13,14

1,2,3,4,5,6,7,8

14.

Application of softening agent on textile fabrics.

6.67

1,2,3,4,5,6

10,11,12,13,14

1,2,3,4,5,6,7,8

15.

Application of crease resisting agents on textile fabrics.

6.67

1,2,3,4,5,6

10,11,12,13,14

1,2,3,4,5,6,7,8

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B. E. (Textile Technology ): Regular Programme

Year

III MECH

Core

MEC 1608 INDUSTRIAL ENGINEERING

AND OPERATION REASERCH

Credits / Hours per week

Lectures: 04

Practical-: NILL

Semester

Year of Introduction:

Year of Syllabus Revision: 2018

Maximum Marks / Grade

Theory: 100

PR/TW/VIVA:

NILL

Mode of Transaction: Lectures and Practical

Course Outcome (CO) MEC 1608

CO1. Students will be able to describe characteristics and scope of OR.

CO2. Students will be able to define and formulate mathematical problems.

CO3. Students will be able to select optimal problems solving techniques for a given problem

using LP.

CO4. Students will be able to formulate and solve transportation, travelling sales man and

transshipment problems.

CO5. Students will be able to formulate and solve optimization problems related to job/ work

assignments.

CO6. Students will be able to demonstrate and solve simple models of Game theory.

CO7. Students will be able to evaluate optimum solution using dynamic programming for

different applications.

CO8. Students will be able to choose / devise appropriate queuing model for practical

application.

CO9. Students will be able to solve different problems related to Network.

Unit

No.

Topic

Conta

Hours

Weightage

(%)

Level

Elements

Employabil

ity (Emp)/

Entreprene

urship

(Ent)/ Skill

Developme

nt (SD)

Relevanc

e to Local

(L)/

National

(N)/

Regional(

R)/Global

(G)

Relation to

Gender (G),

Environment and

Sustainability

(ES), Human

Values (HV)and

Professional

Ethics (PE)

Linear programming techniques:

Operation research and decision making, types of mathematical

models and constructing the model, roll of computers in

operations research, formulation of linear programming

problem, applications and limitations, simplex method

(analytical & graphical)

1,2,3

Co 1,2

Po1,2,3

All

Distribution Methods:

Vogel’s approximation methods, modified distribution method,

optimization models, unbalance and degeneracy in

transportation model.

1,2

1,2,3

Po2

Assignment Models:

Hungerian algorithm, traveling sales man problem, routing

problems, processing ‘n’ jobs through two machines and three

machines, processing two jobs through ‘m’ machines.

2,3,4

Co 3,6

Po2,3,4

Network Analysis:

PERT and CPM. Total slack, free slack, probability of

achieving completion date, cost analysis, updating resource

smoothing – roll of computer in network analysis.

2,4,5

Co4,C

CO8

Po 4,3,1

Inventory Method:

Variable in inventory problem, inventory problem, inventory

models with panelty, stoarage and quantity discount, safety

stock, inventory models with probability, demand, multi item

deterministic model.

1,2,3

CO5,C

PO2

Queuing Theory:

Poisson arrivals and exponential service times, waiting time

and idle time cost, single channel multi channel problem,

Monte Carlo technique applied to queuing problems, Poisson

arrivals and service time.

3,5

CO5,C

PO3,5

Decision Theory Game:

Examples of the application of theory of games 2 x M and M x

2 problems, graphic dominance and linear programming

method for different problems, decision trees.

4,2

C07

PO6

Replacement Model:

Replacement of item that deteriorate, gradually, fail suddenly.

Group replacement policy. Concept of system reliability.

1,6

C06,7,

PO4,3,1

100

Experiments

NILL

Reference Books

Taha, H.A., “Operation Research”, Mc Millan Publicaiton Co. Inc, New York.

Hiller, F.S., Liberman, G.J., “Introduction to Operation Research 2

Edition”, Holden-Day Inc, San Francisco, 1974.

Rao S. S., “Optimization – Theory and applications”, Wiley Eastern, New Delhi, 1978.

Sesieni, M.A., Yaspan, A. and Friedman, L., “Operation Research: Methods and Problems”, John Wiley and Sons, New York 1959.

Wagner, N.B., “Principles of Operation Research”, NJ Prentice hall, 1975.

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

III

Core / Elective / Foundation

TXE1606: Textile testing - II

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2004

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures &Tutorials

Course Outcome (CO) TXE1606

CO1 To understand evenness testing its importance, instrument and results obtained on them.

CO2 To understand tensile instruments, principle and features.

CO3 To understand physical properties of fabric testing, low stress mechanical properties like drape, crease so on.

CO4 To understand permeability – air and water and special tests like flammability.

CO5 Modern instrument details

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elemen

ts of

Emplo

yability

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Develo

pment

(SD)

Releva

nce to

Local

(L)/

Nation

al (N)/

Region

al(R)/G

lobal

(G)

develo

pmenta

l needs

Relatio

n to

Gende

r (G),

Enviro

nment

and

Sustain

ability

(ES),

Huma

Values

(HV)a

Profess

ional

Ethics

(PE)

Introduction to evenness testing, types of irregularities

and numerical related to them, Visual assessment of

yarn and grading

15%

1,2,3,

CO1

PSO1,

PSO2,

PSO4,

PSO6,

PSO7,

PSO8

EMP,S

N,G

HV, PE

Yarn faults and imperfections, mechanical evenness

tester and design considerations for capacitance-based

instruments, UT2 and features of evenness

instruments. Importance of diagram, spectrogram and

LV curves

15%

2,3,4

CO1

Introduction to tensile testing instruments, various

principles and instruments based on them, draw-backs of

pendulum lever instruments

10%

2, 3, 4

CO2

PSO1,

PSO2,

PSO4,

PSO6,

PSO7,

PSO8

Factors affecting results of tensile test, ballistic

strength test and fabric tensile and tearing tests.

10%

1,2,3,

CO2

Introduction, fabric dimensions and properties. Ends

per inch and picks per inch measurement. Width and

length measurement of fabric. Measurement of fabric

thickness. Fabric weight per unit area and its

measurement.

15%

1,2,3,

CO3

PSO1,

PSO2,

PSO4,

PSO6,

PSO7,

PSO8

Importance of yarn crimp, crimp & fabric properties

and measurement yarn crimp. Handle of fabric. Drape

of fabric. Relationship between yarn count, diameter

and cloth cover and its calculations.

15%

2, 3, 4

CO3

PSO2,

PSO4,

PSO6,

PSO7,

PSO8

Air permeability and its measurement. Crease

resistance and crease recovery of fabric. Water

repellency and flammability test of textile fabrics.

10%

2, 3, 4

CO4

PSO2,

PSO4,

PSO6,

PSO7,

PSO8

Kawabata Evaluation System of Fabric (KES-F).

Fabric Assessment by Simple Test (FAST)

10%

5,6,7,

CO5

PSO5,

PSO6,

PSO7,

PSO8

Reference Books

J. E. Booth : Principle of textile testing

Grover and Hambay : Hand book of textile testing and quality control

Angpappan, R. Gopal Krishna, B.K. Keshwan : Physical testing vol. I & II

W.S. Morton and Hearle : Physiacl properties textile fibres

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

III

Core / Elective / Foundation

TXE1606L: Textile Testing-II(Practical/TW/Viva)

Credits / Hours per week

Semester

Year of Introduction: 2004

Year of Syllabus Revision: ---

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, discussion and viva

PSO7 is common for all experiments

No.

Experiment

Contact

hrs.

%Weightage

Level

PSO

Yarn Testing:

1. Evenness Tester

2. Single yarn strength Tester

3. Lea yarn Strength Tester

4. Ballistic Strength Tester

27%

1,2,3,4

CO1

CO2

PSO1

PSO3

PSO4

Fabric Testing:

1. Fabric analysis

2. Fabric Tensile strength tester

3. Tearing strength tester

4. Crease recovery

5. Stiffness tester

6. Drape meter

7. Bursting strength tester

8. Air permeability Tester

67%

1,2,3,4

CO3

CO4

PSO1

PSO3

PSO4

Demo experiments:

1. Pilling tester

2. Water permeability Tester

3. Sieve shaker

4. Lloyd and Instron universal Testing machine

06%

1,2,3,4

CO1

CO4

CO5

PSO1

PSO3

PSO4

5. Cone Dropper Tester

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

III

Core / Elective / Foundation

TXE1607: Spinning - II

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2004

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures & Tutorials

Course Outcome (CO) TXE1607

CO1 Understand the basic knowledge, constructional features and working principle of combing preparatory machines, comber, drawframe and

speed-frame

CO2 Learn about different mechanisms along with machine, process and product parameters for Comber, Drawframe and Flyerframe

CO3 Role of combing process and Roving process in preparatory section of short staple spinning.

CO4 Calculate draft, waste percentage, speed, twist and production of machines in each process.

CO5 Instill fundamental and advanced technological changes took place in combing preparatory machines, comber, drawframe and speed

frame

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elemen

ts of

Emplo

yability

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Develo

pment

(SD)

Releva

nce to

Local

(L)/

Nation

al (N)/

Region

al(R)/G

lobal

(G)

develo

pmenta

l needs

Relatio

n to

Gende

r (G),

Enviro

nment

and

Sustain

ability

(ES),

Huma

Values

(HV)a

Profess

ional

Ethics

(PE)

Principles and objects of Drawing. Effect of Doubling,

Roller Setting. Irregularities due to drafting and

remedies. Control for regularity. Modern Draw Frames.

1,2,3

CO1,

CO2,

CO5

PSO1

Emp,

L, N

Objects., construction and working of speed frame,

twisting, winding and builder mechanism. Twist, speed

and setting to suit different material. Drafting system on

speed frame.

1,2,5

CO1,

CO2

PSO1

Recent developments. Assessment of performance of

draw frame, speed frame Productivity and

modernization, process parameters.

1,2,4

CO1

PSO1,

PSO2,

PSO4

Processing of man-made fibres and blends on speed

frames. Maintenance schedule, work allocation,

production balancing, calculations etc. on draw frames

and speed frames Short- process Spinning.

1,2,3,4

CO3,

CO4,

CO5

PSO1

Introduction to combing process, spinning process flow

for yarn. Objectives of Combing, Effect of combing on

yarn quality.

1,2,3

CO1,

CO2,

CO3

PSO1

Sequence of operations in Combing Process: Combing

cycle in detail, Importance of preparatory Processes for

Combing,Technology of Combing, Material

preparation,Parameters influencing combing operation,

Factors associated with the machine, Combing

applications,Noil extraction theory, Timing of comber.

1,2,3,4

CO1,

CO2,

CO3

PSO1,

PSO2

Conventional comber preparation system: web doubling

system, Modern comber preparation system: sliver

doubling system typically on Rieter E5/3 UNILAP and

1,2,3

CO1,

CO3,

CO5

PSO1

Rieter OMEGAlap E36, Lap transport system:

SERVOtrolley and SERVOlap system.

Modern Comber: Modifications and developments in

basic comber process and machine parts. Performance

assessment in combing.

1,2,3,4

CO3,

CO5

PSO1,

PSO2,

POS4

Reference Books

Gilbert R.Merrill, Cotton combing

Gilbert R. Merrill: Cotton drawing and roving

Textile Institute manual of textile technology: a practical guide to Combing and Drawing: W. Klien, Vol -3 &4

Textile Mathematics- Part I, II, III by J.E. Booth. Published by: Textile institute.1977

Eric Oxtoby, Spun yarn Technology

NCUTE Extension programme on “DRAWING AND COMBING & FLYER FRAME:”

Text. Asso. of India, Spinning Tablets - (Comber, Drawframe and Speed frame)

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology) Regular Programme

Year

III

Core / Elective / Foundation

TXE1607L: Spinning - II Pract /TW/viva

Credits / Hours per week

Semester

Year of Introduction: 2004

Year of Syllabus Revision: ---

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, discussion, term work and viva

No.

Experiment

Contact

hrs.

%Weightage

Level

PSO

Conventional comber: Introduction to combing process, importance of preparatory

machines, flow chart of the machine sequence for carded, combed and rotor yarn.

1,2

CO1

PSO1,

PSO2

The passage of material on the machine. Understanding and tracing the combing cycle

in detail. The features and functions of parts involved in combing cycle in detail.

1,2

CO1,

CO2

Tracing the gearing of combing machine. Calculation of speeds and delivery speeds of

different parts of comber. Calculation of draft between different zones and overall

combing machine viz. draft, total draft, draft constant, draft range, tension drafts etc.

Calculation of production of the machine.

1,2,5

CO1,

CO2,

CO4

Tracing and understand in detail the motion of nipper assembly (forward-backward

and rocking)along with its associated parts, motion of detaching rollers (forward-

backward and clockwise-anticlockwise-rocking) and motion of top-comb assembly

(forward-backward and rocking) to understand the concept of net gain and calculate

the net gain of material after one combing cycle.

1,2,5

CO1,

CO2,

CO4

Lap former:Need of modernization in comber. The passage of material through lap

former. The features and functions of parts at different zones along the passage.

Salient features of modern lap former as compared to conventional lap preparatory

machine. Study of different sensors: Importance of sensors and various setting points

1,2,3,

CO1,

CO2,

CO3,

CO5

PSO1,

PSO2,

PSO4

Understanding the features and sequence of lap winding apparatus and automatic lap

doffing system. Highlighting the lap transport system available in the lab

1,2,3

CO1,

CO2,

(SERVOtrolley system)

CO5

Modern comber: Comparison between modern and conventional comber machine

through highlighting and understanding the various changes and development along

its passage of the material through machine, technological and metallurgical changes

in various parts in details and improvement in process phases for high speed comber.

1,2,3

CO1,

CO2,

CO5

Conventional Draw frame:Passage of the material through machine and study of

various parts in details. Study of creel zone, various types can arrangement system.

Study of drafting zone, various types of top rollers, Various loading arrangement of

top synthetic rollers.

1,2,3

CO1,

CO2

PSO1,

PSO2

Tracing of gearing plan of the drafting system and zone wise draft calculation, draft

constant calculation and its practical application. Study of delivery zone, coiling

arrangement, Tracing of gearing plan of the twisting mechanism and twist per inch

calculation, twist constant calculation

1,2,3

Tracing of gearing plan of the Conventional Draw frame and speed calculation of all

rotating parts, Production calculation, Study of stop motions: Importance of stop

motion and various setting points

1,2,3

Modern Draw frame: Comparison between modern machine and conventional

machine, Study of creel zone, Comparison between modern creel with conventional

creel

1,2,4,

CO1,

CO2,

CO5

PSO1,

PSO2,

PSO4

Study of drafting zone, Importance of pressure bar, Comparison between modern

drafting system with conventional drafting system. Tracing of gearing plan of the

drafting system and zone wise draft calculation, draft constant calculation and its

practical application.

1,2,4

Study of delivery zone, Comparison between modern coiling arrangement with

conventional coiling arrangement, Comparison of modern machine drive on modern

machine and conventional machine. Tracing of gearing plan of the Modern Draw

frame and speed calculation of all rotating parts, Production calculation

1,2,3

PSO1,

PSO2,

Study of control panel, various limit switch, piston and solenoid valve and indicating

bulb, Their location on machine and their function, study Automatic doffing system

1,2,5,

PSO1,

PSO2.

PSO4

Conventional Flyer frame: Passage of the material through machine and study of

various parts in details. Study of creel zone. Tracing of gearing plan of the drafting

1,2

system and zone wise draft calculation, draft constant calculation and its practical

application. Tracing of gearing plan of the twisting mechanism and twist per inch

calculation, twist constant calculation and its practical application.

CO1,

CO2

PSO1,

PSO2

Concept of types of wind, Study of builder mechanism on machine, Concept of flyer

lead and bobbin lead machine, coils per inch calculation, Lay constant calculation and

its practical application, Tracing of gearing plan of the flyer frame and speed

calculation of all rotating parts, Production calculation. Study of stop motions:

Importance of stop motion and various setting points

1,2,3

Modern Flyer frame:Comparison between modern machine and conventional

machine, Passage of the material through machine and study of various parts in

details.

1,2,4,

CO1,

CO2,

CO5

PSO1,

PSO2.

PSO4

Comparison between modern flyer and conventional flyer, Comparison between

modern drafting system (TA drafting system) and drafting system. Various change

point on machine. Maintenance of draw frame and flyer frame like draft roller setting

etc.

1,2,5,

CO1

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

III

Core / Elective /

Foundation

TXE1608

Weaving –II

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2004

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures & Tutorials

Course Outcome (CO) TXE 1608

CO1 Understanding of fundamentals of dobby and jacquard shedding

CO2 Fundamentals design preparation for dobby and jacquard

CO3 Learn about principles and mechanism of different type of dobby and Jacquard

CO4 Learn about important design features of modern developments in dobby and Jacquard

CO5 Understanding and learning box motions on shuttle loom

CO6 Understanding and learning different the mechanisms for terry weaving

CO7 Solving typical problem related to setting requirements and Learn New design concepts

Unit

No.

Topic/Unit

Contact

Hours

Weight

age

(%)

Level

PSO

Eleme

nt s of

Emplo

bilit

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Releva

nce to

Local

(L)/

Natio

nal

(N)/

Region

(R)/Glo

Relatio

n to

Gender

(G),

Environ

ment

and

Sustaina

bility

(ES),

Human

Develo

p ment

(SD)

(G)

develo

mental

needs

Values

(HV)an

Professi

on al

Ethics

(PE)

Limitations of cam shedding, introduction to dobby shedding

1.5

1,2

CO1

PSO 1

PSO 2

Climax dobby, construction and working

Climax dobby drive, timing and setting in detail, pattern

preparation

1,2,

CO1,

CO2

PSO 1

PSO 2

Need for positive dobbies, construction and working of a

positive dobby emphasising how it is a modification of a

negative dobby

Problem due to selection clearance in Climax dobby, Positive

dobby with swivelling knives

Introduction to Staubli negative dobby with short hooks,

construction and working emphasising on reasons of its

capability to run at high speeds

Rotary dobbies - working principle, mechanical and

electronic rotary dobbies,

Modulator in a rotary dobby

Dobbies with individual motor drive

1,2,3,

4,5,6

CO2,

CO3,

CO4

CO7

PSO 1

PSO 2

PSO 3

PSO 4

PSO 5

PSO 6

PSO 7

PSO 8

EMP,

N, G

Pattern control on dobbies – lag and peg control, punched

sheet control (paper dobbies), electronic control

Dobby mounting, shed settings

Pick finding devices on dobbies

Introduction to multiple box motions, construction of Eccles

drop box motion

Timing setting and pattern chain preparation of Eccles drop

box motion

Pick at will motions

3.5

1,2

CO5

PSO 1

PSO 2

EMP.

Introduction to terry weaving – special mechanisms required

to weave terry fabrics

Terry weaving mechanisms on shuttle and shuttleless looms

Introduction to sculptured terry, dynamic pile control, 5 pick

and 7 pick terry structures Mechanism on a shuttleless loom

for weaving of sculptured terry

CO6

PSO 2

PSO 3

PSO 4

PSO 6

PSO 7

PSO 8

EMP,

N, G

Introduction to Jacquard concept, Classification of Jacquard

Element of Jacquard with its function and construction of

Hook, Needle, Harness, Comber Board, Cylinder, Design

steps involve in manual card cutting and computerized card

Cutting (CAD/CAM) ,Card detail, Piano card Cutting

Machine, Electronically control piano card cutting machine

1,2,3,

CO1,

CO2

PSO 1 ,

PSO 2

PSO 5,

PSO 8

L,R

Mechanical Jacquards: Single lift Single cylinder, Double

lift Single cylinder Jacquard and Double lift Double cylinder

working, construction and drive,

1,2,3

CO3

PSO 3,

POS 4

SD,E

L,R

Double lift Single cylinder jacquard with Open shed,

Verdol’s fine pitch Jacquard, Shed geometry, Types of

Harness ties, Loss in Lift, V shed geometry concept and

related calculation

1,2

CO7

PSO 2

L,R

Electronic jacquard, Top and Bottom selection principle,

Staubli jacquard: construction and working, development in

hook designs, Bonas construction and working,Grosse

Jacquard; construction, working and drive, Harnessless

jacquard concept. Development in jacquard weaving

reference to Industry 4.0.

1,2,5

CO4,

CO7

PSO4,

PSO 7

SD,E

N,G

Reference Books:

Weaving II :NCUTE Publication

Weaving: Machines, Mechanisms, Management by MarinalKantiTalukdar, P. K. Sriramulu,,DinkarBapuraoAjgaonkar

R. Marks and A. T. C. Robinson:Principles of weaving

Handbook of weaving: SabitAdanur

Articles, Company Catalogs, brochures, web sites

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E.(Textile Technology)Regular Programme

Year

III

Core / Elective / Foundation

TXE1608L

Weaving –II

(Practical/TW/Viva)

Credits / Hours per week

Semester

Year of Introduction: 2004

Year of Syllabus Revision: ---

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, discussion, drawing, term work

and viva

No.

Experiment

Contact

hrs.

%Weightage

Level

PSO

Dobby :

• Construction & Functions of different parts of Climax dobby

• Working &Drive to pattern cylinder & swiveling knives

• Difference between Right Hand & Left hand dobby in terms of working &

construction

• Pattern card formation &Timing of loom

• Different Settings on loom in detail

• Cam dobby : Drive to cam, detail of hook selection mechanism, selector

mechanism (paper dobby)

33.37%

1,2,3

CO1

CO2

PSO 1

PSO 2

PSO 1

PSO 2

PSO 1

PSO 2

Multiple Box Motion: (Eccle’s Drop Box)& Terry Loom

• Construction & Functions of different parts of Eccle’s Drop box motion

• Working, Drive to discs, cylinder & pattern chain.Pattern chain

preparation, Card saving device&Safety Mechanism

• Introduction to terry, Different types of terry weave (3 pick, 5 pick etc.)

• Mechanism of forming Terry loop structure, Function & working of three

cams

16.63%

1,2,3

CO5,

CO6

Jacquards

• Input Device :Piano Card Cutting Machine

• Elements of Jacquard, Classification of Jacquard, Types of Shed

• Single lift and Double lift Jacquards: SLSC, SLDC, DLDC

• Modern concepts and Electronic Jacquard

50%

1,2,3

CO1

CO2

CO6

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

TXE 1701: Engineering of Textile

Structures.

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures & Tutorials

Course Outcome (CO) TXE 1701

CO1 Understanding the fundamentals of Textile Structures and its geometry.

CO2 Learn about how geometrical properties of textile structures affect it physical properties.

CO3 Solving typical problems of textile structures related to its geometrical properties.

CO4 Designing cloth structures using standard rules.

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elemen

ts of

Emplo

yability

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Develo

pment

(SD)

Releva

nce to

Local

(L)/

Nation

al (N)/

Region

al(R)/G

lobal

(G)

develo

pmenta

l needs

Relatio

n to

Gende

r (G),

Enviro

nment

and

Sustain

ability

(ES),

Huma

Values

(HV)a

Profess

ional

Ethics

(PE)

Introduction to various textile structures with special

reference to yarn, derivation of formula for yarn

diameter

(theoretical), experimental estimation of yarn diameter

with

merits and demerits of methods discussed by various

researchers.

14%

1,2,3,4

CO1,

CO3

PSO1,

PSO2,

PSO7,

PSO8

EMP,S

N,G

G, PE

Importance of twist in yarn structure, idealized yarn

geometry

and its derivation, twist contraction and retraction and

related derivation.

13%

1,2,3,4

CO1,

CO2

PSO1,

PSO2,

PSO7,

PSO8

Ideal fiber packing in yarn, contributing and disturbing

factors

10%

1,2,3

CO1

PSO1

Introduction to migration and techniques to measure it.

Theoretical derivations to find migration based on

research

work of various researchers including zone wise

distribution.

13%

1,2,3,4

CO2,

CO3

PSO1,

PSO2,

PSO7,

PSO8

Important properties of Textile structures and

comparison with other Engineering structures. Peirce’s

fabric geometry

10%

1,2

CO1

PSO1,

PSO4,

SO8

Definition of cover, weight, thickness, its relationship

with textile structural parameters, with different

conditions.

10%

2,3

CO2

Derivation of equations for air space analysis, special

geometrical conditions and solving numerical based on

it.

15%

2, 3,

4,5

CO3

PSO1,

PSO4,

PSO8

Structural design of cloth structures using standard

15%

3,4,5,6

CO4

rules.

Reference Books

Textile Mathematics- Part I,II,III by J.E.Booth. Published by: Textile institute.1977

Structural Mechanics of Fibers, Yarn and Fabrics, Volume-I-J.W.S.Hearle, P.Grosberg, S.Backer. Published by: Wiley Inter science

Publication,1969

Textile Manufacturing - M.G.Kulkarni. Published by:Current Technical literature Co.Ltd.,Mumbai.2001

Structural Design of Woven fabrics,Textile Progress, Vol. 31, no.3

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

TXE 1702: Manmade Fiber

Technology I

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures &Tutorials

Course Outcome (CO) TXE 1702

CO1 Understanding need and basic concepts of manmade fiber manufacturing techniques

CO2 Impart basic knowledge about role and design of manufactured fiber spinning techniques process and machine variables.

CO3 Understanding the importance of post spinning operations.

CO4 Knowledge about Parameters influencing Structure of Polymer

CO5 Instill important aspects of manufacturing processes used for commercially successful manufactured fibers.

CO6 Learning polymer manufacturing process

CO7 Understanding the characteristics and applications of man-made fibres

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elemen

ts of

Emplo

yability

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Develo

pment

Releva

nce to

Local

(L)/

Nation

al (N)/

Region

al(R)/G

lobal

(G)

develo

pmenta

Relatio

n to

Gende

r (G),

Enviro

nment

and

Sustain

ability

(ES),

Huma

(SD)

l needs

Values

(HV)a

Profess

ional

Ethics

(PE)

Limitations of Natural Fibers and introduction to Man-

made fibres, Classification of man-made fibres,

Advantages and disadvantages of Man-made

fibres.Nomenclature of Manufactured fIber.

1, 2

CO1

PSO1,

PSO4,

PSO7

PSO8

EMP,S

R,N,G

G,PE,E

a) Concept of Filament & Staple Fiber; Classification:

manufacturing technique based, chemical group

based.

b) Definitions: Polymerisation, Degree of

polymerisation (DP), Glass transition temperature,

Melting temperature, difference between

regenerated and synthetic fibres

c) Different Techniques of Fiber Formation Process:

Concept of Condensation, Addition & Subtraction

in the Production of Polymer.

i. Solution Spinning Technique: Wet Spinning ,

Dry Spinning

ii. Melt Spinning Technique

20%

2, 3, 4,

CO1

CO2

CO3

Post Spinning Operations: Hot Drawing, Cold

Drawing, Spin Finish Application, Heat Setting etc.-

Brief about various techniques in use and their

associated application fields

2, 3,

4,5

CO3

PSO1,

PSO4,

PSO6

PSO8

Parameters influencing Structure of Polymer : Concept

of crystalline & amorphous regions in polymer

2,3,4,5

CO1

CO2

structure, Quality parameters required for the polymer

to be recognized as textile fiber. Their test methods.

Machine Variables: Extruder, Spin box, Quenching

chamber, Extruder bath , Spinneret etc for Dry

spinning, wet Spinning & Melt Spinning Processes &

their influence on the Polymer structure and properties.

Basic concepts of Non woven fabric production

techniques.

18%

1, 2,,

3, 4

CO1

CO2

CO3

CO4

PSO1,

PSO2,

PSO3,

PSO5

a) Manufacturing process of Viscose filament yarns

along with its properties and applications.

b) Chemistry of viscose rayon, Modern spinning

baths, Role of zinc in spinning bath, Spinning with

modifiers, diffusion boundries during spinning,

c) Polynosic rayon, spinning bath conditions and

property details of different rayons,

15%

1,2,3,4

CO1,

CO2,

CO6,

CO7

PSO2,

PSO4,

PSO6,

PSO7

a) Introduction to polyester (PET) polymer,

b) PET polymer production thorugh DMT and TPA

routes: esterification and polycondensation process

details,

c) Important aspects to be considered in DMT and

TPA routes, important factors which determines the

polymer grade.

d) PET filament spinning: Important aspects of batch

process and continuous process

15%

1,2,3,4

,5,6

CO2,

CO6,

CO7

a) Introduction to Acrylic fibres, Production of

acrylonitrile monomer,

b) Production of acrylonitrile polymer: Mechanism of

polymerization, types of polymerization.

c) Characterization of polyacrylonitrile polymer,

spinning of acrylic fibre through wet spinning,

10%

1,2,3,4

CO2,

CO6,

CO7

Typical example of acrylic fibre spinning in

industry

a) Introduction to Polypropylene fibre, problems

with polypropylene fibre,

b) Polymerisation: Monomer and polymer

manufacturing, stereocity, catalyst system and its

mechanism of working,

c) Polypropylene filament characteristics: MFI,

number average and weight average molecular

weight, molecular weight distribution or

polydispersity, effect of molecular weight on

spinnability and fibre properties.

d) Spinning processes of polypropylene: Short air

quench melt spinning, long air quench melt

spinning, spin draw process, spin draw texturising

(BCF) process, water quench melt spinning

process, tape yarn spinning process.

10%

1,2,3,4

,5,6

CO1,

CO2,

CO6,

CO7

Reference Books

Manufactured Fibre Technology, V.K.Kothari&V.B.Gupta

Production of synthetic fibres, A.A. Vaidya

Manmade Fibres, R. W. Moncrieff

Textile Yarns, B.C.Goswami, J.G.Martindale and F.L.Scardioo (Wiley international)

Modern Yarn Production., G. R. Wary

Manmade fibres, NCUTE pilot programme, B.L.Deopura

Non Woven bonded fabrics, J. Lunenschloss and W.Albercht

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

TXE 1703: Spinning - III

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures &Tutorials

Course Outcome (CO) TXE 1703

CO1 Understand different manufacturing steps followed in yarn formation process at Ring frame and Rotor.

CO2 Learn about machine, and process and product parameters and their correlation for Ring spinning and Rotor Spinning

CO3 Analyse impact of speed and setting changes of draft, twist, on process and product performance.

CO4 In still fundamental and advanced technological changes took place in cotton yarn spinning processes.

CO5 Impart basic knowledge about Fancy yarns as well as Doubled, Ply or Cord yarn production process and application areas.

Unit

No.

Topic/Unit

Contact

Hours

Weightag

(%)

Level

PSO

Elemen

ts of

Emplo

yability

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Develo

pment

(SD)

Releva

nce to

Local

(L)/

Nation

al (N)/

Region

al(R)/G

lobal

(G)

develo

pmenta

l needs

Relatio

n to

Gende

r (G),

Enviro

nment

and

Sustain

ability

(ES),

Huma

Values

(HV)a

Profess

ional

Ethics

(PE)

Basic objective &Working of Ring frame, Skeleton

Structure of Machine.

1,2

CO1

PSO1,

PSO4,

PSO7

PSO8

EMP,S

N,G

G, ES

Machine parameters:

Creel: Type of creels, structural features and

modification in the creel design to meet higher

production rates without affecting quality.

Drafting system Parameters:Design, dimensions and

metallurgy of Bottom rollers, Top rollers, Top arm.

Concept of Bonda waste & its collection system

• Drive,maintainace& settings.

• Draft calculus: Total draft, Actual draft,

mechanical draft, DC, DCW, Break draft, BDC

Twisting and Winding Parameters:Design, dimensions

and metallurgy ofLappet guide, Spindle, Ring-

Traveller, Bobbin

• Their role in ring spinning,

• cleaning and maintainace

• Drive to the spindle, different methods and

their merits-demerits.

• Calculus: Twist, Twist constant, Delivery

speed, Production rate, machine efficiency.

20%

2,3, 4,5

CO2

Process Parameters: Types of package build& their

importance,

Builder mechanism

• Traversing mechanism,

• Advancing mechanism,

12%

2, 3,4,5

CO3

PSO1,

PSO4,

PSO6

PSO8

• Cop heel formation mechanism

• Under winding mechanism.

• Calculus: Lay constant, Coils/dt, winding coils:

Binding coils

Analyzed w.r.t. technological changes from classical to

modern ring frame

Automation: Need for automation, Auto Doffing,

Automated cop transport, Link coner

3, 6

CO4

Factors influencing Spinning Performance:

• Spinning Geometry: Design of machine parts

and their settings,

• Spinning Balloon: Theory and factors

influencing balloon size and spinning stability.

• Yarn tension: Theory & means for controlling

yarn tension,

• Traveller Limiting speed and means for

increasing it: Development in the design

features of Ring-Traveler.

15%

1, 2,3,6

PSO1,

PSO2,

PSO3,

PSO5

Limitations of Ring spinning in attaining higher

production rate. Measures taken to overcome these

limitations in Rotor spinning system

1,2,4

CO1

CO2

PSO1

• Rotor spinning process, Structural features of

initial Rotor model (BD-200) Spin box,

• Rotor Calculus: Twist and Production, Draft at

various zones, Fiber Flux and number of

doublings.

• Limitations of first phase design of Rotor in

meeting higher production rate,

• Structural features of modern Rotor machine

10%

1,2,3,4

CO1

CO2

CO3

CO4

PSO1

PSO2

PSO3

Spin box

• Fiber integration in Rotor yarn structure,

• Concept of Peripheral Twist Extent (PTE) & its

importance in determining Rotor yarn

structure,

• Mathematical relationship between Rotor speed

(n) and Yarn arm speed (N) during fiber

integration in yarn structure.

15%

2, 4, 5

CO2

CO4

Design, drive and role of various machine and process

variables on Rotor spun yarn quality and cost:

• Opening roller,

• Rotor,

• Transport tube,

• Naval tube,

• Take up and Winding system

• Arrangement of cleaning extracted residual

trash and micro-dust at opening roller and

Rotor, its influence on yarn quality.

• Various designs of rotor groove and its

importance in defining yarn quality.

Properties of Rotor spun yarn and fabric

Process control in Rotor Spinning : Machine variables,

Material variables, Process variables

15%

2, 3, 5,

CO1

CO2

CO3

CO4

PSO1

PSO2

PSO4

Yarn Doubling:

• Need for doubling,

• Types of doubled yarn,

• Numbering of doubled yarn

• Different methods of doubling: Ring doubling,

TFO etc., Dry doubling, wet doubling etc.

Fancy yarn, different production set ups used for the

fancy yarn

2, 3, 4,

CO5

PSO1

PSO2

PSO6

Reference Books

Gilbert R.Merrill, Cotton Spinning

Butterworth series, Manual of cotton spinning Vol- V

W.Klein, A Practical Guide to Ring Spinning (Textile Institute vol 4 series )

Textile Mathematics- Part I,II,III by J.E.Booth. Published by: Textile institute.1977

Gilbert R.Merrill, Cotton Spinning

R. Neild, Rotor Spinning

Eric Oxtoby, Spun yarn Technology

Salhotra K.R., Spinning of Man-Mades and blends on cotton spinning system

Text. Asso. of India, Spinning Tablets - (Ring frame, doubling)

10.

M.E.I. Hand Book

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology) Regular Programme

Year

Core / Elective / Foundation

TXE 1703L: Spinning – III Pract /TW/viva

Credits / Hours per week

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, discussion, term work and viva

No.

Experiment

Contact

hrs.

%Weighta

Level

PSO

Introduction and Measurement of machine parameters like Total length of the

machine, working length of the machine, Staff length, spindle gauge, drafting rollers

diameters, Apron dimension, roller stand angle, spindle dimension, ring dimension,

empty bobbin dimension etc.

1,2, 3

CO1

CO2

PSO1,

PSO2

Material flow on Ring frame, Design of Ring frame skeleton Structural &

significance w.r.t. slow speed and high speed machine

1,2

CO1

PSO1

Creel: Type, Structural design, Maintenance and Cleaning, Comparison of modern

creel and conventional creel

3.%

2,3,4,

CO1

CO2

PSO1,

PSO2

Drafting System: Types, Design features of Drafting system variables and their

measures, Mounting on Skeleton structure, Associated Settings, Maintainace and

cleaning, Waste evacuation system

15%

2,3,4,

CO1

CO2

PSO1,

PSO4

Drive to bottom drafting rollers, Calculus: Draft, DC, Draft range, Delivery speed,

Production/ unit time, Doffing frequency – Study w.r.t. slow speed and High speed

RF.

2,3,4,

CO2

CO4

PSO2,

PSO3

Twisting Mechanism: Design features of Lappet guide, Ring-traveller, bobbin &

Spindle, Measurement of variables affecting twist transfer: Front roller over hang,

Roller stand angle, Spinning angle, Associated Settings, Maintenance and cleaning- –

Study w.r.t. slow speed and High-speed RF.

12%

2,3,4,

CO2

CO3

CO4

PSO2,

PSO3,

PSO4

Tracing Twist gearing and associated calculus: TPI, TC, Twist range, Twist direction

2,3,4,

CO2

PSO2,

and arrangement for changing twist direction, Variation in twist throughout the doff,

Associated Settings, maintenance & cleaning – Study w.r.t. slow speed and High

speed RF.

CO3

CO4

PSO3,

PSO4

Winding Mechanism: Design features of machine variables and their measures,

Associated settings,

Maintenance and cleaning, Calculations: Winding speed & its variation due to change

in bobbin diameter, Winding on angle – Study w.r.t. slow speed and High-speed RF.

4,5,6

CO2

CO3

CO4

PSO2,

PSO3,

PSO4

Builder Mechanism: Study of Traversing, Advancement, Cop heel, Shoulder heel,

Under winding and On winding sequence on machine mechanisms and their settings

to deal with different count range done w.r.t. slow speed and High speed RF.

14%

2,3,4,

CO1

CO2

CO3

PSO1,

PSO2,

PSO3,

PSO4

Concept of constant tension spinning: Different methods of controlling spinning

tension; Dual speed drive and variable speed drive.

2,3,4,

CO1

CO2

CO4

PSO2,

PSO3,

PSO4

Calculations for Builder motion: Lay gearing and calculation for coil density and its

variations w.r.t. doff position, Winding coil: Binding coil and their significance

2,3,4,

CO1

CO2

CO4

PSO2,

PSO3,

PSO4

Material flow on Rotor, Study for Design features and measures of Rotor machine

variables & significance w.r.t. slow speed and high-speed machine

10%

2,3,4,

CO2

CO3

PSO1,

PSO2,

PSO3

Rotor Calculus: Draft and fiber flux present at various zone, Delivery speed &

Production per unit time, Associated Settings, maintenance & cleaning

4,5,6

CO2

CO4

PSO2,

PSO3,

PSO4

Material flow on T.F.O., Study for structural and design features of machines parts.

Measures of T.F.O. machine variables w.r.t. processing of cotton, blend and man-

made yarns.

2,3,4,

CO1

CO5

PSO1,

PSO2,

PSO4

Calculations for T.F.O.: TPI, TC, Twist range, Delivery rate, Production per unit time

2,3,4,

CO4

CO5

PSO1,

PSO2,

PSO4

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective /

Foundation

TXE1704

Weaving III

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures & Tutorials

Course Outcome (CO) TXE 1704

CO1 Understanding of fundamentals of modern weaving machine

CO2 Fundamentals design concept of automatic and shuttle less loom

CO3 Learn about principles and mechanism of different type automatic and shuttle less loom

CO4 Learn about important design features of modern developments

CO5 Solving typical problem related to setting requirements and Learn New design concepts

Unit

No.

Topic/Unit

Contact

Hours

Weight

age

(%)

Level

PSO

Eleme

nt s of

Emplo

bilit

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Develo

Releva

nce to

Local

(L)/

Natio

nal

(N)/

Region

(R)/Glo

(G)

Relatio

n to

Gende

r (G),

Environ

ment

and

Sustain

ability

(ES),

Human

Values

p ment

(SD)

develo

mental

needs

(HV)an

Professi

on al

Ethics

(PE)

Introduction to Automatic shuttle looms & their

classification; Weft feelers on automatic looms –

classification, midget feeler working, settings

Plunger type feeler, depth feelers, two prong electric weft

feeler, electronic weft feeler; Shuttles and pirns of Cop

changing mechanism, Cop changing mechanism

construction and working; Timing and settings of cop

changing mechanism; Weft cutters on cop changing

automatic looms; Various practical aspects related to cop

changing mechanism such as various fabric faults caused

due to malfunctioning of cop changing mechanism and

weft cutters; Stop type of shuttle changing mechanism,

construction and working; Non-stop type of shuttle

changing mechanism

11.67

1,2,3

CO1

CO2

PSO 1

PSO 2

PSO 3

PSO 4

PSO 7

PSO 8

R, N

Introduction to projectile looms, Salient features of Sulzer

projectile looms, its weaving cycle, picking mechanism,

beat up motion, details of various picking elements, their

functions, construction, selvedge formation, projectile

flight control

16.67

1,2,3,4

,5,6

CO3

CO4

PSO 1

PSO 2

PSO 3

PSO 4

PSO 5

PSO 6

PSO 7

PSO 8

Emp,

Ent,

R, N,

Introduction to rapier looms, Classification of rapier

looms, picking cycle of different rapier looms, rapier

21.66

1,2,3,4

,5.6

CO5

PSO 1

PSO 2

Emp,

R, N,

gripper construction, important elements of rapier

weaving, weft tension control, positive and negative

rapiers, free flight rapiers, rapier driving mechanisms

PSO 3

PSO 4

PSO 5

PSO 6

PSO 7

PSO 8

Ent,

Introduction to Air jet loom, Different weft insertion

system like Single nozzle and multiple nozzle system,

Detail of different parts like accumulator, Nozzle

geometry, confuser, Profile reed, sub nozzle and stretch

nozzle. Step Graph for sub nozzle sequential operation.

2,3,4

CO2,

CO3,

CO4

PSO 1

PSO 2

PSO 3

PSO 4

PSO 5

PSO 6

PSO 7

Emp,

Ent,

R,N,

Introduction to Water jet loom, Detail of different parts

like accumulator, Nozzle geometry, Pump. Development

in new water jet machine. Positive, Crank and E shedding

concept, 4link-6link beat up in air jet and water jet, other

new concept and engineering aspect for technical yarn

weaving

2,3,4

CO2,

CO3,

CO4

Classification of Let off, Concept, Limitations of negative

let off motions, Semi positive and Positive let off motions,

E let-off

2,3,4,5

CO2,

CO3,C

Reference Books:

Handbook of Weaving by SabitAdanur, CRC Press, 2001

Weaving: Machines, Mechanisms, Management by MarinalKantiTalukdar, P. K. Sriramulu,, DinkarBapuraoAjgaonkar, Mahajan

Publishers, 1998

Shuttleless weaving: Talavasek, Svaty, Textile Science and Technology 1981

Principles of Weaving, Marks, Robinson, Textile Institute, 1976

Company Catalogs, brochures, patent literature

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology) Regular Programme

Year

Core / Elective / Foundation

TXE 1704L: Weaving-III Lab (Practical/TW/Viva)

Credits / Hours per week

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, discussion, drawing, term work and

viva

No.

Experiment

Contact

hrs.

%Weighta

Level

PSO

Automatic Loom:

1. Study of warp stop and center weft fork motions on an automatic shuttle loom

2. Study of cop changing mechanism on a 4x1 cop changing automatic loom

3. Study of warp stop and center weft fork motions on an automatic shuttle loom

1,2,3,4

CO3,

CO4,

CO5

PSO1,

PSO2,

PSO3,

PSO4,

PSO5,

PSO6

Automatic shuttle loom:

Construction, working, settings, technical drawing and measurement/calculations

of various parameters of following mechanism on the Automatic shuttle loom.

1. Measurements of various parameters of different types of shuttles and pirns

used for auto and non-auto shuttle looms.

2. Study of Cop changing mechanism

3. Study of Weft cutters on cop changing automatic looms

4. Study of Bartlett and Roper type of let-off motions

5. Study of mechanical warp stop motion

6. Study of stern’s parallel picking motion

1,2,3,4

CO 3

CO 4

CO 5

PSO1,

PSO2,

PSO3,

PSO4,

PSO5,

PSO6

Airjet loom:

Introduction to shuttleless loom, different insertion system, Passage, function of

1,2,3,4

CO 3

CO4

PSO1,

PSO2,

different parts, Insertion concept and design, shedding, beat up, Let off

comparison with modern machines

CO5

PSO6

Water jet:

1. Water jet loom: Introduction, Passage of warp and weft through waterjet loom

2. Drive to different mechanisms of water jet loom

3. Shedding mechanism, Beat up mechanism, Pump, Suction device

4. Study of the timing of water jet loom

5. Study of different selvedge mechanisms like dummy and twisted selvedge,

Important settings of loom

1,2,3,4

CO 3

CO4

CO5

PSO1,

PSO2,

PSO6

Rapier Loom

Rapier Loom: Introduction, Passage of warp and weft through rapier loom

Drive to rapier, study of speed change of rapier in a pick cycle.

Preparation and insertion of weft pattern chain and running of rapier loom

1,2,3,4

CO 3

CO4

CO5

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective /

Foundation

TXE1706

Yarn Preparation - II

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures & Tutorials

Course Outcome (CO) TXE 1706

CO1 Understanding the basics of warp sizing and automatic winding machines

CO2 Understanding developmental stages of automatic winding machines

CO3 Learning different automatic winding technologies and systems.

CO4 Learning recent developments in yarn splicing and clearing

CO5 Learning about important machine parts of sizing machine along with their modern counterparts

CO6 Understanding sizing techniques and calculation related to sizing process

Unit

No.

Topic/Unit

Contact

Hours

Weight

age

(%)

Level

PSO

Eleme

nt s of

Emplo

bilit

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Releva

nce to

Local

(L)/

Natio

nal

(N)/

Region

(R)/Glo

Relatio

n to

Gender

(G),

Environ

ment

and

Sustaina

bility

(ES),

Human

Develo

p ment

(SD)

(G)

develo

mental

needs

Values

(HV)an

Professi

on al

Ethics

(PE)

Introduction to automatic winding machines,

classification of automatic winding machines, Large

group winding machines, Small group automatic

winding machine

Introduction, passage of yarn through winding machine

– typically on machines like Autoconer 107, Autoconer

138, Functions of elements in passage, drum drive,

various features that leads to improved package quality

like individual drum drive, lap guard, package weight

compensation, motorised tension device, drum

displacement, lifting of package instantaneously in

event of yarn breakage and drum brake, knotter,

elements and working of knotter/ knotting cycle,

electronic knotter carriage control, package doffer

12.5

1, 2,

3, 4, 6

CO1

CO2

CO3

PSO 1

PSO 2

PSO 3

PSO 6

Emp,

L, R,

Winders with individual knotter/ splicer on each head

Introduction, passage of yarn through winding machine

– like Schlafhporst series of winders Autoconer 238,

Autoconer 338, Autoconer 5, PreciFX winding system,

Savio series of winders such as Espero, Orion,

Multicone, Murata range of machines ( Machconer

22.5

1, 2,

3, 4,

5, 6

CO3

PSO 1

PSO 2

PSO 3

PSO 4

PSO 5

PSO 6

Emp,

Ent, SD

L, R,

N, G

series , ...QPRO, FPRO ) stages of development and

additional features over small group winding machines

aimed at improving package quality, productivity,

energy consumption reduction such as –

Individual motor drive to drum, advancement in drive,

Autospeed (AC 238), Quality cut, Quality guard, ATT

drive, Autotense, Balcon, Speedster, Booster, Tension

Manager, AVC feature, Upper yarn sensor, Propack

FX, Ecopack FX, Variopack FX, Anti-patterning with

multi-grooved drums, Suck back facility, Drumless

traverse technologies, New package formats with

drumless traverse

Modern electronic yarn clearing systems

Range of yarn faults, distinction between objectionable

and allowable yarn faults, sensors for fault detection,

action by yarn clearing systems at yarn faults, yarn

fault classification systems, channels for basic yarn

clearing, channels for additional yarn clearing

1, 2,

3, 4, 6

CO4

PSO 1

PSO 2

PSO 3

PSO 4

PSO 6

PSO 7

Emp,

L, R,

N, G

Knotless yarn joining

Various means for knotless yarn joining, splicing,

electrostatic, mechanical and pneumatic splicing,

pneumatic splicing cycle, optimum opening, opening

tubes, parameters related to opening, vortexing

chamber, various vortexing chambers, parameters

related to vortexing and their optimisation, splice joint

evaluation, mechanical splicing (Savio Twin splicer)

1, 2,

3, 4,

5, 6

CO4

PSO 1

PSO 2

PSO 3

PSO 4

PSO 6

Emp,

L, R,

N, G

Introduction to sizing and importance its types,

description of two cylinder slasher sizing machine,

leasing and splitting. Various types of creels used on

sizing machines.

1,2

CO1

CO5

PSO1,

PSO2

Emp,

L, R,

N, G

HV,

Design and construction of conventional size box, its

drawbacks and how they are overcome in the

modern size boxes. Various types of temperature and

level controls provided on size boxes. Important

terms related to sizing. Factors affecting the size

pick-up including the size box and machine

variables.

20%

1,2,3,

CO1

CO5

CO6

PSO1,

PSO2,

PSO3,

PSO4

Emp,

L, R,

N, G

HV,

Importance of warp sheet drying, methods,

mechanism of drying, quantity of water to be

evaporated, drawbacks of two cylinder drying and

introduction to multi-cylinder drying with its merits

and demerits. Concept of single end sizing. Drive,

tension zones and sizing calculations.

15%

1,2,3,

4,5

CO1

CO5

CO6

PSO1,

PSO2,

PSO3,

PSO4,

PSO8

Emp,

L, R,

N, G

HV,

New developments in sizing

1,2,4

CO6

PSO4

Emp,

L, R,

N, G

HV,

Reference Books:

Fundamentals of yarn winding by MilindKoranne, published by Woodhead publishing 2013

D. B. Ajgaonkar: Sizing machines, methods and materials

BTRA: warping and sizing

J.B.Smith: Warp sizing technology

Company web sites, Schlafhorst documentations, brocures

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology) Regular Programme

Year

Core / Elective / Foundation

TXE 1706L: Yarn Preparation II Pract /TW/viva

Credits / Hours per week

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, discussion, term work and viva

No.

Experiment

Contact

hrs.

%Weightage

Level

PSO

Introduction to the concept of sizing, passage of material on two-cylinder slasher

sizing machine along with concept of leasing and dry splitting, features and

functions of elements in passage.

4.16

1,2

CO1

PSO1,

PSO2

Creel: Type, Structural design, creel setting, Advantages and disadvantages of

horizontal creel as compared to others.

4.16

1,2

CO1

PSO1,

PSO2

Basic features of the conventional size box including the design and structural

features of every part of size box in detail, height setting of Immersion roller,

Loading and unloading of squeeze roller.

4.16

1,2,3

CO1

PSO1,

PSO2

Construction of cylinder, steam supply line in detail, different types of steam values

along the steam passage, scooping arrangement, steam trap arrangement, doll head

bearing and bourdon pressure gauge.

8.33

1,2,3

CO1

PSO1,

PSO2

Tracing the gearing of drive for slow and normal speed. Calculation of speed of

various rollers. Delivery speed, production, measuring and marking calculations for

length of cloth.

4.16

2,4,5

CO1

PSO2,

PSO3

Beam winding mechanism including the working of friction clutch and beam

pressing device.

4.16

2,3,4

CO1

PSO2,

PSO3

Passage of material on automatic pirn winding machine. Features and functions of

elements in passage. Tracing the drive to pirn and transverse cam.

4.16

1,2

CO1

PSO1,

PSO2

Understanding the pirn builder mechanism by tracing and understanding the

8.33

1,2,3

CO1

PSO2,

traversing, traverse within traverse, advancement, bunching (layer locking device)

and full pirn stop mechanism.

PSO3

Tracing and understand the thread stop motion. Trace and understand the various

steps involved in automatic pirn changing mechanism.

8.33

1,2

CO1

PSO1,

PSO2

Drawback of Non-Automatic winding machine. Features of Automatic winding

machine. Passage of yarn on Autoconer X5 and function of its different parts.

4.16

1,2

CO1

PSO1,PSO

Startup of the X5 machine. Emergency switch. Winding unit Display. Drive to

different parts. Sequence of yarn in case of yarn break and empty bobbin change.

Sequence of Splicing and different type of Spicing.

12.48

1,2,3

CO2

,CO

PSO1,PSO

Describe in detail about ATT, Auto tense control, Vaccum system, Dust extraction,

Propack, Standard package cradle, Package brake, Yarn guide drum.

12.48

1,23

CO3

PSO2,

PSO4

Describe in detail about the Informator

12.48

1,2,3

CO3

PSO1,PSO

Describe in detail about the Loepfe yarn master Zenit Clearer

8.33

1,2,4

CO4

PSO2,

PSO4

The Maharaja Sayajirao University of

Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective /

Foundation

TXE1801

Advanced fabric

structure (elective)

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures & Tutorials

Course Outcome (CO) TXE 1801

CO1 Introduction to different compound structures

CO2 Understanding Stripe and check weave combinations

CO3 Understanding Colour and weave effects

CO4 Understanding Backed cloth structures

CO5 Understanding various double cloth structures

CO6 Understanding multi-layer fabric constructions

CO7 Understanding face to face weaving

CO8 Understanding Terry Structure

CO9 Understanding weft pile fabric

CO10Understanding figuring with extra threads

CO11Understanding Gauze and Leno weave

CO12 Understanding Jacquard Designing

Unit

No.

Topic/Unit

Contact

Hours

Weight

age

(%)

Level

PSO

Element s of

Employa

bility (Emp)/

Entrepre

neurship

(Ent)/ Skill

Develop ment

(SD)

Relevan

ce to

Local

(L)/

National

(N)/

Regional

(R)/Glob

al (G)

develop

mental

needs

Relation to

Gender (G),

Environme

nt and

Sustainabil

ity (ES),

Human

Values

(HV)and

Profession al

Ethics

(PE)

Introduction to colour and weave effects,

representation of colour and weave effects,

verities of colour and weave effects produced in

same weave and colour order

Simple colour and weave effects, stripe and

check colour and weave effects

1,2,3,

4,5,6

CO1

CO3

PSO 1

PSO 2

PSO 4

PSO 6

PSO 8

Emp/ SD

L, N, R,

Introduction to stripe and check weave

combinations, forms of stripe and check weave

combinations, selection of suitable weaves

Various designs for stripe and check weave

combinations

1,2,3,

4,5,6

CO2

PSO 1

PSO 2

PSO 4

PSO 6

PSO 8

Emp/ SD

L, N, R,

Introduction to backed cloths, classification of

backed cloths, principle of construction of

backed cloth designs, Reversible weft backed

1,2,3,

4,5,6

CO4

PSO 1

PSO 2

PSO 4

Emp/ SD

L. N. R.

cloths, methods of weft backing standard

weaves, Wadded backed cloths, comparison of

warp backed and weft backed structures

PSO 6

PSO 8

Classification of double cloths, principle of

construction of a double cloth structure

Self stitched double cloths, selection of a

suitable stitch position

Centre stitched double cloths

Wadded double cloths

1,2,3,

4,5,6

CO5

PSO 1

PSO 2

PSO 4

PSO 6

PSO 7

PSO 8

Emp/ SD

L, N, R,

Introduction to interchanging double cloths,

Hairlines in interchanging double cloth,

Various designs for hairlines in interchanging

double plain cloths

Mixed colour effects in interchanging double

cloths,

Producing motifs in interchanging double cloths

1,2,3,

4,5,6

CO5

PSO 1

PSO 2

PSO 4

PSO 6

PSO 7

PSO 8

Emp/ SD

L. N. R.

Multilayer fabrics – introduction, construction

of stitched treble cloths

1,2,3,

4,5,6

CO6

PSO 1

PSO 2

PSO 4

PSO 6

PSO 7

PSO 8

Emp/ SD

L, N, R,

Face to face weaving – introduction, loom

elements for face to face weaving, Special

features of looms for face to face weaving

Designs of various face to face weaving

structures

1,2,3,

4,5,6

CO7

PSO 1

PSO 2

PSO 4

PSO 6

PSO 8

Emp/ SD

L, N, R, G

Introduction to terry fabric

Formation of Terry Pile, Terry weave, Principle

of loop formation, Special mechanism required

in Terry Weaving, Terry Ornamentations.

1,2,3,

4,5,6

CO8

PSO 1

PSO 2

PSO 4

PSO 6

PSO 7

PSO 8

Emp/ SD

L, N, R, G

Weft pile fabric

Construction of weft pile fabric, Classification

of weft pile fabrics, All over or plain

velveteens, Plain back velveteen, Twill back

velveteen, Length and density of pile, Corded

velveteen, Plain back corduroy, Twill back

corduroy.

1,2,3,

4,5,6

CO9

PSO 1

PSO 2

PSO 4

PSO 6

PSO 7

PSO 8

Emp/ SD

L, N, R, G

Figuring with extra threads

Principle, Methods of introducing extra figuring

threads, Extra warp figuring, Extra Weft

figuring

1,2,3,

4,5,6

CO10

PSO 1

PSO 2

PSO 4

PSO 6

PSO 7

PSO 8

Emp/ SD

L, N, R, G

Gauze and leno weave

Principle of leno structure, Basic sheds of leno

weaving, leno weaving with flat steel doup with

an eye, leno weaving with flat steel slotted

doup, Easing motion, Simple net leno, Russian

cord

1,2,3,

4,5,6

CO11

PSO 1

PSO 2

PSO 4

PSO 6

PSO 7

PSO 8

Emp/ SD

L, N, R, G

Jacquard designing (development of figure,

insertion of ground weave) and Designing

1,2,3,

4,5,6

CO12

PSO 1

PSO 2

Emp/ Ent/

L, N, R,

software

PSO 4

PSO 6

PSO 7

PSO 8

Reference Books:

Z. J. Grosiscki : Watson’s Textile Design And Colour, Woodhead publishing series in Textiles

Z. J. Grosiscki : Watson’s Advanced Textile Design, Woodhead publishing series in Textiles

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

TXE 1803: Garment Technology

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures &Tutorials

Course Outcome (CO) TXE 1803

CO1 Imparting knowledge about different operations along with constrains involved in Readymade Garment Industry.

CO2 Understanding concept of grading to switch over from one size to another with due precision.

CO3 Building fundamental base required for the marker planning to reduce fabric waste.

CO4 Evaluating position of Indian and global garment manufacturing scenario using SWOT analysis.

CO5 Understanding the branding strategy and its impact on profitability for a garment manufacturing operation.

CO6 Instill concept of retailing, marketing and merchandizing.

CO7 Understanding modern concept like e-retailing, e-merchandising

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elemen

ts of

Emplo

yability

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Develo

pment

(SD)

Releva

nce to

Local

(L)/

Nation

al (N)/

Region

al(R)/G

lobal

(G)

develo

pmenta

l needs

Relatio

n to

Gende

r (G),

Enviro

nment

and

Sustain

ability

(ES),

Huma

Values

(HV)a

Profess

ional

Ethics

(PE)

Introduction: Definition of Garment, Difference

between tailor made garment manufacturing &

Readymade garment manufacturing industry, Different

steps involved in bulk garment manufacturing.

3.33%

1, 2

CO1

PSO1,

PSO4,

PSO7

PSO8

EMP,

ENT,

L, N,G

G, ES

Design studio: Planning of a particular type/sort of

garment manufacturing, Importance of fabric properties

and selection fabric for garment production.

6.67%

2, 3, 4,

5, 6

CO1

a) Pattern Making: Pattern making process and

various tools used in pattern making.

b) Sizing: Importance of sizing of garment and the

process of generating size charts.

c) Grading: Various techniques of grading of

pattern size to accommodate the target group.

15%

CO1

CO2

CO3

PSO1,

PSO4,

PSO6

PSO8

a) Marker Maker and Marker Planning: Various

process and the systems used in lay planning

method, marker planning and their relevant

calculations.

15%

Spreading: Role of spreading, Different methods and

accessories of spreading, Modes of spreading, Concept

of symmetric fabric & asymmetric fabric and its impact

on selection of spreading mode, Constrains of spreader.

6.67%

PSO1,

PSO2,

PSO3,

PSO5

Cutting Room: Requirements of good cutting, Various

types of scissors used during cutting, Types of manually

operated cutters, Computerized knife cutter, Structural &

technical details of Unconventional Cutter, Auxiliaries of

cutting room: Driller & Notcher, their role & operating

13.33%

mode.

Sewing room: Requirements of good sewability,Sewing

room Variables:

• Seam: Requirements of good seam, Types of

seam along with their application area,

• Stitch: Types of stitch, Stitch formation cycle for

simple lock stitch as well as chain stitch,

comparison of chain stitch & lock stitch,

• Sewing Machine: Different parts of sewing

machine & their role,

• Feed Mechanisms: Structural design of parts

involved in feeding mechanism and their role,

Types of Feed Mechanisms used on Industrial

sewing machine

• Sewing Needle:Anatomy of sewing needle, role

of different parts of needle, Designation of

needle, types of needle & their application area.

• Sewing Thread: Sewing thread types,

designation of thread, Quality requirements for

good sewing threads

16.67%

2,3,4,5

CO1

CO2

CO3

a) SWOT analysis of readymade garment

manufacturing industry.

b) Branding and its strategy of readymade garment

manufacturing industry.

c) Retailing, marketing and sales of readymade

garment manufacturing industry.

d) Merchandizing of readymade garment

manufacturing industry

e) Garment industry in India and investment appraisal

analysis of readymade garment manufacturing

industry.

f) Intellectual property right and its relevance in

23.33%

3, 4 ,5,

CO1,

CO4,

CO5,

CO6,

CO7

garment industry.

Reference Books

• The Technology of Clothing Manufacture [II

Edition]:- Harold Carr & Barbara Latham. ISBN-10: 0632037482, ISBN-13: 978-

0632037483, Wiley-Blackwell Publication, March 30, 1994

• Introduction to Clothing Manufacturing:- Gerry Cookling.ISBN-10: 9780632058464, ISBN-13: 978-0632058464, Wiley-Blackwell; 2

edition (September 1, 2006)

Garment Technology for Fashion Designers, Gerry Cooklin, ISBN: 9788126515844, Wiley India Publication.

Garment Technology:- NCUTE Proceedings.

Inside Fashion Design – Sharon Lee Tate, Harper Collins Publication, U.K., 1989

Fundamentals of Clothing and Textile by Mary Evans

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective /

Foundation

TXE1804

Knitting

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures & Tutorials

Course Outcome (CO) TXE 1804

CO1 Understanding different between woven and knitted structures

CO2 Understanding and learning different basic weft knit structures

CO3 Understanding and learning different stitch variations in weft knit structures

CO4 Understanding and learning different methods of ornamenting weft knit structure

CO5 Understanding different between warp and weft knitted structures

CO6 Understanding basic elements of knitting

CO7 Understanding and learning loop formation in warp knitting

CO8 Understanding and learning developments in warp knitting

Unit

No.

Topic

/Unit

Contact

Hours

Weight

age

(%)

Level

PSO

Elem

ent s

Empl

oya

lity

(Em

p)/

Entr

epre

Relevanc

e to

Local

(L)/

Nationa

(N)/

Regional

(R)/Glob

al (G)

develop

Relatio

n to

Gende

r (G),

Enviro

nment

and

Sustain

ability

(ES),

neur

ship

(Ent)

Skill

Deve

lop

ment

(SD)

mental

needs

Human

Values

(HV)an

Profess

ion al

Ethics

(PE)

Introduction to weft knitting, courses and wales in a

weft knit structure, some technical terms in weft knit

structures- face loop stitch, reverse loop stitch

1,2,3,

4,5

CO1

CO3

PSO 1

PSO 2

L, N, R,

G,ES

Single jersey structure- introduction, symbolic

representation, technical face and technical back in a

single jersey structure

An anatomy of loop a loop stitch, cross over points

and configuration of a single jersey structure,

laddering effect in a weft knit structure, characteristics

of a single jersey structure

1,2,3,

4,5

CO2

PSO 1

PSO 2

PSO 3

PSO 6

PSO7

L, N, R,

Rib, interlock and purl structures knit structure –

introduction, symbolic representation, features and

properties of fabric and machine to knit them

1,2,3,

4,5

CO4

PSO 1

PSO 2

PSO 3

PSO 6

L, N, R,

PSO7

Various elements of weft knitting – different needles,

cylinder, cam, sinker

7.0

1,2,3

CO5

PSO5

L, N, R,

Knitting machines:

1. Rib knitting machine: Parts of the machine and

knitting cycles

2. Purl knitting machine: Parts of the machine

and knitting cycles

3. Interlock knitting machine: Parts of the

machine and knitting cycle

13.0

1,2,3

CO7

PSO7

L, N, R,

Tuck and float stitches, knitting of float stitches,

symbolic representation

Structural variations in weft knit structures through

tuck and float stitches, multiple cam tracks in a weft

knitting machine, swing cam, interchanging cams

Production of multi-colour designs through tuck and

float stitches,

weft knitting machines with jacquard

Determining number of cam tracks and needle

arrangement for a given design

Effect of float and tuck stitches on fabric properties

1,2,3,

4,5,6

CO5

PSO 1

PSO 2

PSO 3

PSO 4

PSO 6

PSO7

PSO 8

L, N, R,

Loop transfer stitches- introduction, knitting, symbolic

representation, Loop transfer stitches for ornamenting

single jersey structure, Rib to plain structure through

loop transfer, Racked rib structure

7.5

1,2,3,

4,5,6

CO5

PSO 1

PSO 2

PSO 3

PSO 4

PSO 6

PSO 7

PSO 8

L, N, R,

Weft knitting Calculations

Production and other calculations related to weft

knitting machines and fabrics

10.0

1,2,3

CO5

PSO 1

PSO 2

PSO 3

PSO 4

PSO 6

PSO7

PSO 8

Principle of production of sock structure and knitted

gloves

2.5

1,2,3,

4,5

CO6

PSO 1

PSO 2

PSO 3

PSO 4

PSO 6

PSO 7

L, N, R,

Ornamentation of single jersey fabrics – horizontal

stripes, plated jersey fabrics etc., Ornamentation of rib

structures, Some double knit structures like single

pique, ponte-di-roma, ottoman rib...

1,2,3,

4,5

CO7

PSO 1

PSO 2

PSO 3

PSO 4

PSO 6

PSO 7

PSO 8

L, N, R,

Knitting actions:

7.0

1,2,3

CO6

PSO 1

PSO 2

PSO 3

L, N, R,

Knitting actions of latch, beard and compound needles

PSO 4

PSO 6

PSO 7

Warp knitting :

a) Introduction

b) Classification of Warp knitting machines

c) Racshel machine-Parts and knitting cycle

d) Tricot machine- Parts and knitting cycle

e) Fabric faults

f) Developments

13.0

1,2,3

CO8

PSO 1

PSO 2

PSO 3

PSO 4

PSO 6

PSO 7

L, N, R,

Reference Books:

• Knitting Technology by David.J.Spencer Published by Pergammon Press

• Knitting Technology by Prof. D. B. Ajgaonkar, Universal Publishing Corporation

Warp knitting production : S Raz; Published by MelliandTextilberichte.

Flat Knitting by S Raz; Published by MelliandTextilberichte.

Circular knitting by Iyer, Mammel and Schach; Published by Meissenbach GmbH.

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

TXE 1805 : Manmade Fiber

Technology II

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures &Tutorials

Course Outcome (CO) TXE 1805

CO1 Understand Need and various conversion methods established for transformation of flat filament yarn to preferable voluminous yarn

CO2 Understand detailing of commercially successful textured yarn production systems.

CO3 Analyze impact of various factors on textured yarn quality and cost.

CO4 Understanding correlation between manmade fiber properties and short staple spinning process variables

CO5 Impartbasic knowledge about different technical changes required on short staple spinning set up for processing manmade fibers and

their blends.

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elemen

ts of

Emplo

yability

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Develo

pment

(SD)

Releva

nce to

Local

(L)/

Nation

al (N)/

Region

al(R)/G

lobal

(G)

develo

pmenta

l needs

Relatio

n to

Gende

r (G),

Enviro

nment

and

Sustain

ability

(ES),

Huma

Values

(HV)a

Profess

ional

Ethics

(PE)

a) Need for imparting bulk to flat configured

filaments,

b) Texturizing:

• Definition, Benefits on short staple spinning,

• Types of textured yarns: stretch yarn, modified

stretch yarn & bulk yarn,

• Different concepts launched for texturizing

along with their associated merits & demerits

1, 2

CO1

PSO1,

PSO4,

PSO7

PSO8

EMP,S

N,G

G, ES

d) Concept of Draw texturizing, types of Draw

Texturising

e) False twist Texturising:

• Basic physics involved in false twist texturizing

process for the transformation of flat yarn to

stretch & modified stretch yarn,

• Correlation of twist theory with false twist

textured yarn structure.

• Structure features of false twist texturizing

machine variables.

• Effectof different Process variables: Twist,

Tension, Temperature & Time on textured yarn

quality.

• Effect of different material variables on the

performance of false twist textured yarn

• Factors influencing performance of friction

textured yarn: D/Y ratio, tension ratio, angle of

14%

2, 3, 4,

CO1

CO2

CO3

contact, coefficient of friction, twister angle

Testing of False (Friction) textured yarn:

• Physical properties- denier, twist amount &

direction

• Textured yarn characteristics: boiling water

shrinkage, residual shrinkage, crimp rigidity,

crimp contraction force by CCC-method or

HCC- method, Dynafil, TYT

2, 3,

4,5

CO3

PSO1,

PSO4,

PSO6

PSO8

Air jet texturizing:Significance in terms of properties &

versatility of material.

• Modern air jet texturizing machine parts and

their role in improving textured yarn quality.

• Types of air jet nozzles: Conversion-Diversion

type Nozzle & Cylindrical nozzle, Their merits

& demerits.

• Effect of different machine & process variables

on the performance of air jet textured yarn: type

of nozzle, Stretch, Over feed, wetting etc.

• Effect of different material variables on the

performance of air jet textured yarn: Fineness,

Dpf, filament cross-section, spin finish etc.

15%

2,3,4,5

CO1

CO2

CO3

Testing of Air jet Textured yarn:

• Physical characteristics: fineness,

• Mechanical properties.

• Structural details: loop stability, loop frequency

etc.

Non-classical texturizing techniques: Differential

shrinkage, Mechanical crimp texturizing

1, 2,,

3, 4

CO3

PSO1,

PSO2,

PSO3,

PSO5

Limitations of cotton fiber production system in

completing demands of world populations. Types of

man-made fibers available in world market and their

13%

3,4,6

CO5

Merits and demerits in relation to cotton fiber. Common

Spinning systems: Cotton, Worsted and Woolen. Fiber

characteristics required for better Spinnability or

problems faced in spinning flat configured manmade cut

staples on short staple or long staple spinning systems;

crimp, spin finish, static charges generation, low bulk

etc. Importance of blending of manmade cut staple with

natural cotton fibers. Fiber properties need to be verified

before formulating blend: significance on quality and

cost of yarn produced

PSO1,

PSO2,

PSO3,

PSO4

Selection of blend components, Importance and

methods for verifying compability of fibers used in

blending, blend ratio. Importance of blend homogeneity,

Different methods of measuring blend homogeneity.

Different mechanics of blending used in short staple

spinning. Blow room blending: importance, detailing of

blow room blending process. Merits and demerits of

blow room blending in meeting desired quality and cost

of blended yarn. Draw frame blending: importance,

detailing of Draw frame blending process. Merits and

demerits of draw frame blending in meeting desired

quality and cost of blended yarn

20%

3,4,5

CO5

PSO2,

PSO3,

PSO5

Structural features of man-made fiber processing card at

high production rate. Comparative features of blow

room blending process with draw frame blending

process with respect to one of the leading

manufacturer’s production line. Calculations associated

with blend homogeneity. Possibility of spinning blend

on unconventional spinning system: problems and

possible remedial measure. Changes required for the

Rotor machine set up to spin the blend successfully.

Quality parameters of blended yarn and methods of their

17%

4,5,6

CO5

PSO1,

PSO2,

PSO6,

PSO7

measurement

Reference Books

• Textured yarn Technology- MANTRA publications

• False Twist Textured Yarns: Principles, Processing and Applications, C. Atkinson,, Woodhead Publishing Ltd, Cambridge (2012)

Yarn Texturing Technology, J.W.S. Hearle, L. Hollick, D.K. Wilson, Woodhead Publishing Ltd, Cambridge (2001)

https://youtu.be/txXBVZ6YhVA

Spinning Of Manmade And Blends on Cotton system by K. R. Salhotra

W.klein Series Vol-6

Textile Yarns by B. C. Goswami, J.G. Martindale and Scardino

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E.(Textile Technology) Regular Programme

Year

Core / Elective / Foundation

TXE 1805L : Manmade Fiber Technology II Pract /TW/viva

Credits / Hours per week

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, discussion, term work and viva

No.

Experiment

Contact

hrs.

%Weight

age

Level

PSO

Classification of various Texturing methods & textured yarns

1, 2,4

CO1,

CO2

CO3

PSO1,

PSO4

PSO7

Importance of Texturing continuous filaments

Write diagrammatically texturing methods with diagrams and brief explanations.

Draw Winding: Introduction of the draw winding machine. Objects of drawing and

concept of heating during drawing. Passage of POY multifilament yarn through the

draw winding machine. Drive to different parts of the machine like drawing godets and

winding drum. Calculation of draw ratio, Over feed percentage.

20%

Draw Texturing Machine: Introduction of the draw texturizing machine. Objects of

draw texturizing and different concept used during draw texturizing process. Passage of

POY multifilament yarn through the draw texturizing machine. Drive to different parts

of the machine like V1, V2, V3 rollers, twisting unit, take up roller, traversing guide and

oil roller. Calculation of draw ratio, Over feed percentage at stabilizing and take up

zone, D/Y ratio.

20%

Airjet Texturing Machine: Introduction of Airjet Texturizing machines. Objects of Air

jet texturizing ad different concepts used during air jet texturizing process. Different

types of airjet nozzles. Passage of POY multifilament yarn through airjet nozzle of

airjet texturizing machine. Drive to different parts of machine like, godgets, winding

drum & traversing guide. Calculation of draw ratio & Over feed percentage.

27%

Write the parameters which can be changed and have effect on textured yarn quality

Testing of drawn yarn: Denier, strength, elongation, boiling water shrinkage.

Testing of draw texturized yarn: Denier, strength, elongation, boiling water shrinkage,

textured yarn defects and their possible causes and remedies, effect of ambient

condition, process control programme at continuous filament plant.

Testing of air jet texturized yarn: Denier, strength, elongation, boiling water shrinkage,

loop height, loop frequency, bulk %, textured yarn defects and their possible causes and

remedies, effect of ambient condition, process control programme at continuous

filament plant.

27%

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core/Elective/Foundation

TXE 1806: Technical Textile

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures, Tutorials

Course Outcome (CO) TXE 1806

CO1 Understanding the fundamentals of design of technical textile and application

CO2 Learn the principles of manufacturing specialty fibres, nonwoven and technical textile.

CO3 Solving typical performance requirements of technical products

CO4 Understand the interrelationship between textile material, behaviour and requirement based on application

CO5 Learn about important designing and standardization

CO6 Explore the different application and understand reverse engineering.

CO7 Understand the requirement of sustainable materials, product and process

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elemen

ts of

Emplo

yability

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Develo

pment

Releva

nce to

Local

(L)/

Nation

al (N)/

Region

al(R)/G

lobal

(G)

develo

pmenta

Relatio

n to

Gende

r (G),

Enviro

nment

and

Sustain

ability

(ES),

Huma

(SD)

l needs

Values

(HV)a

Profess

ional

Ethics

(PE)

Introduction : Technical Textiles, Importance of

Technical Textiles, Growth of Technical Textiles and

Nonwoven Technical Textiles , End use applications

2,3

CO1

PSO1

Emp,S

D,Ent

N,G

Classification of High performance fiber, How

technicality can be introduce at different stage of

material, Nano fiber production and application

2,3

CO2

PSO 1,

PSO 2

Technical and Hybrid yarns, Structures, Modification

in Conventional method and Newly developed

methods. Application in elastomar and conductive

yarns.

2,3,5

CO3,

CO4

PSO 2,

PSO 4

PSO 5

Technical fabrics for different application like spots,

protection etc Different Preforms structure, production

of multiaxial and 3D Fabric and its application in

Textile structural composite.

2,3,4,

CO3,

CO4,

CO 6

PSO 2,

PSO 4

PSO 5

Technical textile with sustainable concept and coating

technology and sustainable medical application and its

quality standered.

1,2,3

CO5,

CO7

PSO 4,

PSO 6,

PSO 7

Production of Specialty Fibers for Technical Textiles,

its properties and characteristics.

1,2,3,

CO1,

CO2,

CO4,

PSO1,

PSO6,

PSO7

Classification of Nonwovens, Production Methods of

Nonwovens, Production of needle-punched

Nonwovens and its application in Filter fabrics for

industrial use. Application of Needle punch

nonwovens like Automotive Textiles etc. and other

1,2,3,

4,5,6

CO1,

CO2,

CO3,

CO4,

CO5

PSO1,

PSO2,

PSO6,

PSO7

automotive textile like airbag, belt etc

Span lace, Spun bond, Meltblown and other techniques

to produce nonwoven, its characteristics and

applications in filtration, medical etc.

2,3,4,

5,6

CO1,

CO2,

CO3,

CO4,

CO6

PSO1,

PSO2,

PSO4,

PSO6,

PSO7

Lamination and Nano finishing techniques for

technical textile

2,3,5,

CO3,

CO5,

CO6,

CO7

PSO1,

PSO2,

PSO4,

PSO6,

PSO7

Reference Books:

Hand Book of Industrial Textiles bySabitAdanur

Hand Book of Technical Textile by A. Richard Horrocks, Subhash C. Anand

Hand Book of Technical Textile by V. K. Kothari

Hand Book of Nonwoven by S Russell

Series of Books on Medical Textile, Automotive Textile, Composite etc

Book on Specialty yarn and Fabric structures byR H Gong

Handbook of Properties of Textile and Technical Fibres byA. R. Bunsell

New Fibers by Tatsuya Hongu Glyn O. Phillips

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

TXE1807: Textile Production

Management and Costing

Credits / Hours per week

04(theory)

04(practical)

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

50(practical)

Mode of Transaction

Lectures, Tutorials & Practical

Course Outcome (CO) TXE 1807 and 1807L

CO1 Understanding the concept and applicability of textile production planning and control.

CO2 Learning about textile costing and financial management of textile mill.

CO3 Imparting knowledge about textile project management and averse about government’s policies related to textile industry.

CO4 Appraising about textile mill organization, human relationship management, standing orders under factory’s act.

CO5 Drawing of lay outs and solving tutorials of cost calculations.

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elemen

ts of

Emplo

yability

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Develo

pment

(SD)

Releva

nce to

Local

(L)/

Nation

al (N)/

Region

al(R)/G

lobal

(G)

develo

pmenta

l needs

Relatio

n to

Gende

r (G),

Enviro

nment

and

Sustain

ability

(ES),

Huma

Values

(HV)a

Profess

ional

Ethics

(PE)

Introduction to subject and significance of subject title

Important worked: Production, management and

costing. Flow charts of spinning lines Conventional

and modern

10%

1., 2, 3,

CO1

PSO2

,PSO3

Emp,

Ent

L, N,G

G,ES,

HV,PE

Brief explanation of innovative technology with

calculation on

Blow Room production, ‘Spin plan’ carded yarn,

combed yarn, Rotor yarn, Hosiery yarn, blended

yarn,(In Ne and Tex system).Free hand layout of

spinning machines

15%

2, 3,

4,5

CO1

CO2

PSO2

,PSO3

.PSO8

Different machine calculation and system used in Ring

yarn (carded, combed and blend) , Knitted yarn and

Rotor yarn production line

15%

2, 3,

4,5

CO1

CO2

PSO2,

PSO3.

PSO8

Essential Characteristics of an Entrepreneur, Material

handling equipment, Standard layout of spinning line.

10%

1., 2, 3

CO4

PSO5,

PSO7

Estimation of raw material and machine requirement

for different varieties of fabrics (cotton, blends &

manmade). Time required processing order, balancing

of production and associated calculations

15%

2,3,4

CO1

PSO2,

PSO3.

PSO8

Emp,

Ent

L, N,G

Techno economic analysis of typical fabric conversion

processes, cost calculation, break even analysis and

solving typical practical decision making problems

using marginal costing and other financial ratio

techniques (IRR,NPA,ROI etc).Inventory

management.

15%

2,3,4

CO2

PSO2,

PSO3,

Factors affecting site selection, new project

10%

2, 3,

CO3

management, Government approvals required,

Government policies/schemes related to Textile

industry.

4,5

Organization structure of textile mill, labour relations,

training, motivation, disciplinary action as per standing

orders

10%

1,2,3

CO4

PSO5,

PSO7

Reference Books

Textile Project Management-Ormerod.Textile Institute

Weaving-Machines,Mechanism,Management.Talukdar,Sriramulu,Ajgaonkar.Mahajan Publishers Pvt.Ltd.

IGNOU-study material.

Projects-planning, analysis, selection, implementation and review. Prasanna Chandra, Tata McGraw-Hill publication.

Cost Accounting,Charles T.horngren,George Foster.Prentice-Hall of India publication.

Brochures of Spinning machines from RIETER, LMW, TRUETZSCHLER etc. (Includes machine data for production, layout etc.

Machine Manuals and standard Layout

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E.(Textile Technology) Regular Programme

Year

Core / Elective / Foundation

TXE1807L: Textile Production Management and Costing

Credits / Hours per week

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

Mode of

Transaction

Drawing, term work & tutorial solving.

No.

Experiment (Drawing Sheets)

Contact

hours

Weightag

Level

PSO

Lay out drawing of weaving unit with modern machineries (single product)

10%

4,5,6

CO5

PSO3

Lay out drawing of weaving unit with modern machineries (multi products)

10%

4,5,6

CO5

PSO3

Lay out drawing of Knitting and garment Unit.

10%

4,5,6

CO5

PSO3

Production time estimation bar chart.

10%

4,5

CO5

PSO3

Textile product cost calculations & preparation of project report for a textile product.

10%

4,5,6

CO5

PSO3,PSO5

Spinning Project-I ,Carded yarn, Lay out drawing with inking

17%

4,5,6

CO5

PSO3

Spinning Project-II ,Combed yarn, Lay out drawing with inking

13%

4,5,6

CO5

PSO3

Spinning Project-III ,Modern Machinery, Lay out drawing with inking

20%

4,5,6

CO5

PSO3

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Technology): Regular Programme

Year

Core / Elective / Foundation

TXE 1808 : Process Control &

Modern Yarn Production

Credits / Hours per week

04(theory)

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

100(theory)

Mode of Transaction

Lectures &Tutorials

Course Outcome (CO) TXE 1808

CO1 Understand Need and procedures followed for Process control during Ring Spinning Process

CO2 Understand various controls and remedial measures taken care off during yarn manufacturing process to get desired yarn quality.

CO3 Analyse impact of various factors on product cost and means for controlling product cost.

CO4 Impart basic knowledge about different technologies designed to get spun yarn and application areas.

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elemen

ts of

Emplo

yability

(Emp)/

Entrep

reneur

ship

(Ent)/

Skill

Develo

pment

(SD)

Releva

nce to

Local

(L)/

Nation

al (N)/

Region

al(R)/G

lobal

(G)

develo

pmenta

l needs

Relatio

n to

Gende

r (G),

Enviro

nment

and

Sustain

ability

(ES),

Huma

Values

(HV)a

Profess

ional

Ethics

(PE)

Need for process control,

• Derivation of norms & their revision process,

• Different means of process control for ring

spinning.

• Process control program used at different stages

of Ring spun yarn production; Blow room to

Ring frame, for Carded as well as Combed

Yarns.

1,2

CO1

PSO1,

PSO4,

PSO7

PSO8

EMP,S

N,G

G, ES

Yarn realization:

• Definition & computations of different YR

indices : cotton consumed; cotton issued,

opening balance, closing balance, stock in

process, soft waste added to mix,

• Definition & computations of different indices of

yarn produced: Ring frame production, Hank

meter gain, Idle spindle, Twist contraction.

• Case study to elaborate procedure followed for

yarn realization computation done in the mill &

its analysis

10%

2, 3, 4,

CO2

Formulation of mix:

a) Importance in Process control

b) Different attributes of cotton mix formation,

c) Classical to modern mix formulation practices &

theirmerits and demerits evaluated on the ground

of :

• Statistical techniques: Significance test, CD,

10%

2, 3,

4,5

CO3

PSO1,

PSO4,

PSO6

PSO8

Concept of FQI & Q,Concept of SCI & its

importance in accurate determination of cotton

technological value, Linear Programming; its

role in defining Cotton fiber proportion in the

mix scientifically,

• Testing techniques: Semi- automatic

instrumental era, Automatic instrumental era;

Significance of HVI & AFIS,

• Decision making in cotton fiber selection and

proportion for mix:

Restrictions of human decision bias mix

formulation.

Concept of Artificial Neural Networking (ANN)

as an option for human decision making,

Concept of EFS & BIAS.

Case study: ANN & LP based mix formulation

& its impact analysis for yarn quality & cost,

Case study: ANN & LP based mix formulation

& its impact analysis for process control

Productivity:

a) Concept of Productivity,

b) Different indices; MPI, LER, PI, MEI, used in

the computation of productivity as per ATIRA

method,, their definitions & method of

computation

c) Case study:

• Explaining procedure for computation of MPI,

LER, PI, MEI.

• Defining AMPI, ALER, AMEI, API on the basis

10%

3, 6

CO4

of short term goals, defining long term goals &

their effect.

d) Means for improving Efficiency: snap study,

End breakage study, concept of machine

interference, remedial measures for avoidable

machine interference

a) Concept of HOK,

b) Computation of Different indices of

productivity: P, HOK, OHS…. as per SITRA

method; their definition & importance

c) Case Study:

Elaborating method of computation of different

indices of HOK for monthly mill data & their

interpretation.

1, 2,,

3, 6

PSO1,

PSO2,

PSO3,

PSO5

Machinery audit:

• Definition & its importance in process control,

• Different tools used for machinery audit: Peri

microscope, Template, Nilometer, Roller

Eccentricity tester, Speedometer, Stroboscope

etc.

1,2,4

CO1

CO2

PSO1

Limitations of Ring Spinning, Developments in Ring

Spinning, History and development of Open End

spinning, Principle of Break spinning/OE Spinning,

Different systems of Open End spinning,

18%

1,2,,3,

CO1

CO2

CO3

CO4

PSO1

PSO2

PSO3

Classification of New Spinning Methods, Advantages

and disadvantages of New Spinning Systems, Scope of

New Spinning methods.

2, 4, 5

CO2

CO4

Air jet spinning, Friction Spinning, Twist-less, Self-

twist and other unconventional spinning systems,

Various process parameters of unconventional spinning

systems, Structure and properties of these yarns

25%

2, 3, 5,

CO1

CO2

CO3

CO4

PSO1

PSO2

PSO4

Reference Books

• Process Control in Spinning, A.R. GARDE& T.A. Subramaniam, ATIRA Silver Jubilee Mono graph, Ahmedabad Textile Industry's

Research Association Publication, 1974.ASIN: B0007AK08K

• Quality Control in Spinning, T. V. Ratnam, K.P. Chellamani, Edited by ArindamBasu, SITRA Publication

Cost Control and Costing in Spinning Lab, T. V. RatnamIndraDorai Swami, S. Seshadri, R. Rajamanikam, SITRA Publication

Tasnim N. Shaikh, Sweety A. Agrawal, Engineering Cotton Yarns with Artificial Neural Networking (ANN), WPI Publishing, Published

December 6, 2017 , ISBN 9789385059209.

Eric Oxtoby, “Spun Yarn Technology”, Butterworths, March 1987.eBook ISBN: 9781483161808

Advances in technology of Yarn Production by NCUTE publications, Indian Institute of Technology, Delhi.

Rotor Spinning, R. Neild

SITRA Norms for Spinning Mills, SITRA Publications

Textile Yarns , B. C. Goswami, J.G. Martindale, and Scardino, WileyIntersciencePublication,1977.

10.

New Spinning System (Short Staple Spinning) Vol – 5, W.Klein, Published by The Textile Institute, Manual of Textile Technology, Edited

by H. Stalder, 1993.ISBN:1870812557

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E.(Textile Technology) Regular Programme

Year

Core / Elective / Foundation

TXE 1808L : Process Control & Modern Yarn Production Pract

/TW/viva

Credits / Hours per week

Semester

Year of Introduction: 2005

Year of Syllabus Revision: ---

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, discussion, term work and viva

No.

Experiment

Contact

hrs.

%Weight

age

Level

PSO

Process control Program parameters used in Blow room: Resolving numerical,

discussion on Case study and experimentation done on Laboratory machineries

1,2,3,4,5

CO1

CO2

CO3

PSO1,

PSO2,

PSO3,

PSO4

Process control Program parameters used for Card: Resolving numerical, discussion on

Case study and experimentation done on Laboratory machineries

Process control Program parameters used for Comber preparatory and Comber:

Resolving numerical, discussion on Case study and experimentation done on Laboratory

machineries

Process control Program parameters used for Draw frame: Resolving numerical,

discussion on Case study and experimentation done on Laboratory machineries

Process control Program parameters used for Speed frames: Resolving numerical,

discussion on Case study and experimentation done on Laboratory machineries

Process control Program parameters used for Ring frame: Resolving numerical,

discussion on Case study and experimentation done on Laboratory machineries

12%

Performance assessment of Spinning Department w.r.t. Yarn Realization: Resolving

numerical and discussion on Mill data based Case study

12%

Measures for controlling quality and cost of spun yarn: Resolving numerical, discussion

on Case study w.r.t. mix formulation variables

Performance assessment of Ring Spinning Productivity w.r.t. ATIRA and SITRA

12%

methods by Resolving numerical and discussion on Mill data based Case study

Exercise use of Machinery Audit tools.

1, 2,3,4

CO2

CO3

PSO1,

PSO2,

PSO3

Material flow on Dref Spinning machine, Study Design features and drive set up for

Dref spinning machine variables, Settings and maintenance, Friction spun yarn

properties.

4,5,6

CO2

CO4

PSO2,

PSO3,

PSO4,

PSO5

Material flow on Air jet Spinning machine, Study Design features and drive set up for

Air jet spinning machine variables, Settings and maintenance, Air jet spun yarn

properties.

CO2

Program name

BACHELOR OF ENGINEERING

(TEXTILE ENGINEERING)

Program code

619112

Department of Textile Engineering

Faculty of Technology and Engineering

The Maharaja Sayajirao University of Baroda

Vadodara

PSO for B.E. (Textile Engineering)

PSO1 Graduates of the program will have the ability to apply knowledge of Basic science, engineering and Textile Engineering in identifying

and providing appropriate solution to problems of textile engineering industry.

PSO2 Graduates of the program will have the ability to design, optimize textile process and Textile machinery to develop quality and cost-

effective products.

PSO3 Graduates of the program will have successful career in machine design, erection, commissioning and maintenance of textile machines

and technical sales segment of textile engineering industry.

PSO4 Graduates of the program will have the continual learning ability and will be adapting to the constantly changing technology.

PSO5 Graduates of the program will have necessary skills to take up Entrepreneurial Venture.

PSO6 Graduates of the program will serve to the needs of Textile Industry and the Nation.

PSO7 Graduates of the program will be able to enhance skill and other skill related issues for textile industry.

PSO8 Graduates of the program (specially female) will get platform to design & create prototypes with changing demands of the textile market

and fashion segment.

Bloom’s Taxonomy Levels: 1. Remember 2. Understand 3. Application 4. Analysis 5. Evaluation 6. Creation

Titles of Courses and Detailed Syllabus

w.e.f. 2019-20

(B.E. SEM-I [FSBE-I] & SEM-II [SSBE-I])

(B.E. SEM-I [FSBE-II] & SEM-II [SSBE-II])

(B.E. SEM-I [FSBE-III] & SEM-II [SSBE-III])

(B.E. SEM-I [FSBE-IV] & SEM-II [SSBE-IV])

Sr. No

Subject Code

Subject Title

Page No.

F.S. B.E.-I

APH1101

Applied Physics-I

APH1101L

Applied Physics-I Lab

AMT1101

Applied Mathematics-I

MEC1101

Engineering Drawing-I

MEC1101L

Engineering Drawing-I Lab

MME1101

Material Science

CVL1101

Fundamentals of Civil and

Environmental Engineering

CVL1101L

Fundamentals of Civil and

Environmental Engineering Lab

MEC1102

Workshop Practice-I

S.S. B.E.-I

APH1201/APH1205

Applied Physics-II

APH1201L/APH1205L

Applied Physics-II Lab

AMT1202

Mathematics & Statistical Methods

AMT1202L

Mathematics & Statistical Methods Lab

AMT1203

Introduction to Computer & Numerical

Analysis

AMT1203L

Introduction to Computer & Numerical

Analysis Lab

TXE1202

Outline of Textile Chemical Processing

MEC1206

Machine Drawing

MEC1206L

Machine Drawing Lab

TXE1203

Principles of Textile Manufacturing

TXE1203L

Principles of Textile Manufacturing -

TW/Practical

F.S. B.E.-II

APM1302

Applied Mechanics

APM1302L

Applied Mechanics Lab

APH1301

Fibre Science and Textile Physics

MEC1307

Engineering Manufacturing Technology

ACH1303

Engineering Chemistry

ACH1303L

Engineering Chemistry Lab

MEC1305

Thermodynamics

TXE1304

Fabric Structure and Design Analysis

TXE1304L

Fabric Structure and Design Analysis

Lab

S.S. B.E.-II

CVL1404

Fluid Mechanics

CVL1404L

Fluid Mechanics Lab

APM1403

Stress Analysis

APM1403L

Stress Analysis Lab

APM1405

Strength of Materials

ELE1411

Fundamental of Electrical Engineering I

ELE1411L

Fundamental of Electrical Engineering I

Lab

TXE1401

Fabric Manufacture-I

TXE1401L

Fabric Manufacture-I Lab

F.S. B.E.-III

MEC1506

Theory of Machines

ELE1511

Fundamental of Electrical Engg-II

ELE1511L

Fundamental of Electrical Engg-II Lab

TXE1501

Fabric Manufacture -II

TXE1501L

Fabric Manufacture -II Lab

TXE1502

Yarn Manufacture- I

TXE1502L

Yarn Manufacture- I Lab

TXE1505

Textile Machine Control and Quality

Management

S.S. B.E.-III

ELE1610

Process Control and Instrumentation

ELE1610L

Process Control and Instrumentation Lab

MEC1607

Machine Design

MEC1607L

Machine Design Lab

MEC1608

Industrial Engineering and Operation

Research

TXE1601

Yarn Manufacture - II

TXE1601L

Yarn Manufacture - II Lab

TXE1603

Textile Testing

TXE1603L

Textile Testing Lab

F.S. B.E.-IV

TXE1701

Engineering of Textile Structure

TXE1702

Man Made Fibre Technology-I

TXE1707

Theory and Design of Textile Machines

TXE1707L

Theory and Design of Textile Machines

Lab

TXE1704

Weaving-III

TXE1704L

Weaving-III Lab

TXE1705

Yarn Manufacture-III

TXE1705L

Yarn Manufacture-III Lab

S.S. B.E.-IV

TXE1801

Advance Fabric Structure,

TXE1803

Garment Technology

TXE1804

Knitting

TXE1805

Man Made Fibre Technology-II

TXE1805L

Man Made Fibre Technology-II Lab

TXE1806

Technical Textiles

TXE1807

Textile Production Management and

Costing

TXE1807L

Textile Production Management and

Costing Lab

TXC 1801

Textile Chemistry Processing machine

TXC 1801L

Textile Chemistry Processing machine

Lab

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. - Textile Engineering: Regular Programme

Year

Core / Elective / Foundation

APH1101: Applied Physics I

Credits / Hours per week

Semester

Year of Introduction: 2007

Year of Syllabus Revision: 2012

Maximum Marks / Grade

100

Mode of

Transaction

Lectures and

Tutorials

Course Outcome (CO) APH1101

CO1 Understand the basics of laws governing physical world.

CO2 Application of physical laws in various engineering applications

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Elements of

Employability

(Emp)/

Entrepreneurship

(Ent)/ Skill

Development

(SD)

Relevance to Local

(L)/ National (N)/

Regional(R)/Global

(G)

developmental

needs

Relation to

Gender (G),

Environment

and

Sustainability

(ES), Human

Values

(HV)and

Professional

Ethics (PE)

Interference:

• Types of interference.

Fresnel's biprism, White light

fringes, Determination of the

thickness of a thin sheet of

transparent material.

• Interference in thin films,

Wedge-shaped film, Necessity

of an extended source.

• Newton's rings,

Determination of wave-length

of sodium light using Newton’s

rings, Determination of

refractive index of a liquid,

Newton s rings with white

light.

• Non-reflecting films,

Michelson interferometer,

Types of fringes, Uses of

Michelson’s interferometer,

Standardization of the meter.

• Fabry-Perot interferometer,

Interference filters.

1,2

CO1

CO2

PSO2

EMP, ENT, SD

N,R,G

ES, PE

Diffraction:

1,2

CO1

PSO2

• Introduction, Two kinds of

diffraction, Difference between

interference and diffraction.

• Fraunhofer diffraction at a

circular aperture, Plane

diffraction grating, Formation

of multiple spectra with

grating, Maximum number of

orders available with a grating.

• Absent spectra with a

diffraction grating, Effect of

increase in the width of niled

surface.

• Determination of

wavelength, dispersive power

of grating.

CO2

Resolving Power of Optical

Instruments:

• Meaning of resolving

power, Rayleighs criterion of

resolution.

• Resolving power of grating,

prism, telescope and

microscope.

1,2

CO1

CO2

PSO6

Polarization:

1,2

CO1

PSO2

• Geometry of calcite crystal,

double refraction, Nicol's

prism, Huygen's theory of

double

refraction.

• Quarter-wave plate,

polarization by selective

absorption. Half-wave plate.

• Elliptically and circularly

polarized light, production of

circularly and elhptically

polarized light, conversion of

elliptically polarized light into

circularly polarized light,

analysis of polarized light of

different kinds.

• Ken effect. Optical activity,

specific rotation, Laurent's half

shade polarimeter. Photo

elasticity.

CO2

LASER:

• Lasers, spontaneous and

stimulated emission, population

inversion, pumping and active

system.

1,2,3,4

CO1

CO2

PSO2

• The Ruby laser. Gas laser.

Semiconductor laser.

• CO2 laser, design of CO2

laser, mechanism of CO2 laser.

• Uses of lasers.

Semiconductor Diode

Applications and Solar Cells:

• Rectifier, ripple factor,

capacitor filter.

• Types of Solar Cells, p-n

junction Solar Cells

Characteristics, Efficiency.

1,2,3,4

CO1

CO2

PSO2

PSO6

PSO7

Ultrasonics:

• Ultrasonic waves,

production of ultrasonic waves.

• Detection of ultrasonic,

properties of ultrasonic,

wavelength of ultrasonic

waves.

• Applications of ultrasonic

waves.

2,3,4,5

CO1

CO2

PSO2

PSO6

Maxwell's equations and

electromagnetic waves:

• Vector field, Irrotational

CO1

CO2

PSO2

vector field, rotational vector

fields (curl), source and sinks

of vector fields -divergence

theorem.

• Basic laws of electricity and

magnetism- different forms.

• Lumped and distributed

elements -oscillations,

electromagnetic cavity

oscillator.

• Charge conservation law —

continuity equation,

displacement current.

• Maxwell's equations,

electromagnetic waves in free

space.

Waves and Particles:

• Equation of motion of

matter waves, physical

interpretation of wave function

• Operators. Eigen functions

and Eigen values, momentum

and energy operators,

properties of wave functions

• Solution of Schrodinger

CO1

CO2

PSO2

equation. Stationary state

solutions.

• The free particle, particle in

a box, energy levels of a

particle enclosed in one-

dimensional potential box of

infinite height.

• The hydrogen atom

(qualitative). Barrier

Tunneling, STM, electron

microscope.

Temperature and its

measurement:

• Liquid thermometers,

mercury thermometers, errors

in mercury thermometers.

• Bimetallic thermometers.

Platinum resistance

thermometers, thermoelectric

thermometers, Pyrometers,

Fery's total radiation

pyrometer. Disappearing

filament optical pyrometer.

• Factors for the selection of a

thermometer for a particular

use, temperature range of

CO1

CO2

PSO2

various thermometers.

Vacuum technology:

• Introduction, exhaust pump

and their characteristics,

different types of pumps.

• Rotary oil pumps. Diffusion

pump.

• Measurement of low

pressure, Pirani gauge.

CO1

CO2

PSO2

Reference Books

Engineering Physics: by R. K. Gaur and S. L. Gupta, DhanpatRai Publications (P) Ltd. 8

Edition.

Fundamentals of Physics: by D. Halliday, R Resnick and J. Walker, Asian Books Pvt. Ltd. 6

Edition

Modem Engineering Physics: by A. S. Vasudeva, S. Chand and Company Ltd.

A Textbook of Engineering Physics by MN Avadhanulu& PG Kshirsagar, S Chand Publishers

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E. Textile Engineering: Regular Programme

Year

Core / Elective / Foundation

APH1101L : Applied Physics Laboratory Practical

Credits / Hours per week

Semester

Year of Introduction: 2007

Year of Syllabus Revision: 2016

Maximum Marks / Grade

Mode of

Transaction

Laboratory Experiments, discussion and

viva

Course Outcome (CO) APH1101L

CO1 Understanding the optics

CO2 Understanding the physical properties through experiments

CO3 Methods to determine phy

sical properties

CO4 Understanding of advances in instrumentation

CO5 Understanding the spectroscopy

No.

Experiment

Hours

Level

PSO

Elements of

Employability

(Emp)/

Entrepreneurship

(Ent)/ Skill

Development

(SD)

Relevance to Local

(L)/ National (N)/

Regional(R)/Global

(G)

Relation to

Gender (G),

Environment

and

Sustainability

(ES), Human

Values

(HV)and

Professional

Ethics (PE)

Newton’s Rings: To Study the interference patterns

from single monochromatic source and find out the

Radius of Curvature of given Plano-Convex lens from

the obtain interference pattern.

1,2

CO1,

CO2

PSO1,

PSO2

Diffraction Grating: To study the diffraction pattern

from sodium vapor lamp and find out the wavelength

of this source by using diffraction pattern that obtain

with the help of Transmission Grating.

CO1

CO2

PSO1,

PSO2

Frequency of AC Mains: To determine the frequency

of A. C. Mains.

2,3

CO3

CO4

PSO1,

PSO2

Ultrasonic Waves: To determine the frequency of

Ultrasonic waves and find out the velocity of

Ultrasonic wave in air medium by using the

interference theory of longitudinal wave.

3,4

PSO1,

PSO3

Resolving Power of Telescope:- Comparative study

between resolving power of Travelling Microscope and

Telescope.

2,3

CO1

CO2

PSO1,

PSO4

Solar Cell: Study of various parameters of solar cell

2,3

PSO1,

PSO3

Dispersion of Light: Calculate the refractive index of

different wavelength associated with white light using

the prism.

3,4

PSO1,

PSO3

Laser Parameters: (1) To determine the full angular

divergence of the given gas laser. (2) To determine the

wavelength of the given laser source using diffraction

by grating.

3,4

CO5

PSO1,

PSO3

Polari meter: To determine the specific rotation of the

given optically active substance.

2,3,4

CO1

CO2

PSO1,

PSO3

Rectifier Circuits: To study the process of

rectification through half wave, full wave and bridge

rectifiers.

2,3,4

CO3

CO4

PSO1,

PSO4

The Maharaja Sayajirao University

of Baroda

Faculty Technology and

Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E. Textile Engineering: Regular Programme

Year

Core / Elective / Foundation

AMT 1101: APPLIED MATHEMATICS-I

Credits / Hours per week

Semester

Year of Introduction: 2010

Year of Syllabus Revision: 2016

Maximum Marks / Grade

100

Mode of

Transaction

Lecture

Course Outcome (CO) (AMT1101)

CO1 Evaluate successive differentiation of given function and solve identities involving higher order derivatives, evaluate radius of curvature, obtain

Taylor & Maclaurin series expansion of function of single variable. Evaluate limits of indeterminate forms.

CO2 Test for convergence sequences and positive term series using various tests like comparison test, ratio test. Also find the convergence, absolute

and conditional convergence for alternating series.

CO3 Understand the requirement of complex numbers their various representations, Demovier’s theorem and its applications. Logarithm of complex

numbers. Evaluate and use circular functions, hyperbolic functions.

CO4 Classify the differential equations with respect to their order and linearity, explain the meaning of different types of solutions of a differential

equation.

CO5 Identify and solve the 1

order differential equations.

CO6 Apply the method of undetermined coefficients to solve the non-homogeneous linear differential equations with constant coefficients.

CO7 Apply the method "variations of parameters" to find to solution of higher-order linear differential equations with variable coefficients.

CO8 Solve the Cauchy-Euler equations and systems of linear differential equations .

CO9 Analyze real-world problems in field of Engineering like problems related to bending of beams, mixtures, growth and decay, heating and

cooling, electric circuits, Spring-mass system etc.

CO10 Find series solutions of Bessel differential equation and Legendre’s differential equations and make use of the properties of Bessel’s functions and

Legendre polynomials to study and analyze the solution.

Unit No.

Topic

Contact

Hours

Weightage

(%)

Level

PSO

Elements of

Employability

(Emp)/

Entrepreneurship

(Ent)/ Skill

Development

(SD)

Relevance to Local

(L)/ National (N)/

Regional(R)/Global

(G)

Relation to

Gender (G),

Environment

and

Sustainability

(ES), Human

Values

(HV)and

Professional

Ethics (PE)

Calculus:

Reorientation, Functions of one

variable Application of derivatives,

Curvature, Successive differentiation,

Partial derivatives, Leibnitz rule for

the nth order derivative of a function,

Techniques of partial derivatives.

16.67

1,2,3,5

CO1

Emp, SD

Infinite Series:

Sequence and their convergence ,

convergence and divergence of

infinite series, Geometric series, P –

Series ,Necessary condition for

convergence, Comparison test, ratio

test Absolute convergence and

conditional convergence of

alternating series, Maclauarin’s &

Taylor’s expansion with reminder

form, Indeterminate forms

L’Hospital’s rule

16.67

1,2,3,4

CO2

Complex Numbers:

Complex numbers & their

geometrical representation, Complex

16.67

1,2,3,4

CO3

numbers in polar form, Demoivre’s

theorem and its applications,

Exponential, logarithmic,

trigonometric & hyperbolic functions.

Differential Equations

Reorientation, Modeling of

engineering systems pertaining to

first order differential equations,

Exact differential equations,

integrating factors, Unified approach

to first order ordinary differential

equations, Equations of first order

and higher

degree.

16.67

1,2,3,5

CO4

CO5

CO9

Linear differential equations of

higher order with constant

coefficients and with variable

coefficients

Models of higher order differential

equations, Method of variation of

parameters, Simultaneous linear

differential equations

Method of solution in series

20.83

1,2,3,5

CO6

CO7

CO8

CO9

Bessel and Legendre’s equations,

Properties of Bessel functions

Introduction to Legendre polynomials

12.5

1,4,5

CO10

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E. Textile Engineering: Regular Programme

Year

Core / Elective / Foundation

MEC 1101: Engineering Drawing I

Credits / Hours per week

Lectures: 04

Practical-: 04

Semester

Year of Introduction: 2016

Year of Syllabus Revision: ----

Maximum Marks / Grade

Theory: 100

PR/TW/VIVA: 50

Mode of

Transaction

Lectures

Course Outcome (CO) MEC 1101

CO 1

Use the drawing instruments effectively and how to use the dimensioning methods.

CO 2

Observe, analyse and correlate two-dimensional (Orthographic view) and three dimensional (Isometric view)

CO 3

Construct and application of various engineering curves in engineering practice

CO 4

Apply the knowledge of Projection of points, Lines and Planes in engineering

CO 5

Create freehand sketches of basic machine components

Unit

No.

Topic/Unit

Contac

Hours

Weightag

(%)

Level

PSO

Elements of

Employabilit

y (Emp)/

Entrepreneurs

hip (Ent)/

Skill

Development

(SD)

Relevance

Local (L)/

National

(N)/

Regional(R

Global (G)

developme

ntal needs

Relation to

Gender (G),

Environment

and

Sustainability

(ES), Human

Values (HV)and

Professional

Ethics (PE)

Introduction to Engineering Curves:

Introduction to conic sections, types of conic

sections, eccentricity, construction of conic

sections( parabola, ellipse , hyperbola) by

different methods, Construction of involutes,

1,2,6

CO3

PSO1,2

Emp, Ent, SD

L,N,R,G

G, ES, HV, PE

construction of cycloid, epicycloid and

hypocycloid, construction of spiral, construction

of normal and tangent to all curves.

Free hand sketches:

Parts of screw thread and its types, conventional

representation of threads, screwed fastening-

types of nuts, bolts, set screws, locking

arrangement of nuts, foundation bolts, riveted

and welded joints, forms and proportions of

rivet heads, representation of welded joints,

shaft keys and couplings- types of keys, cotter

joint, knuckle joint, double cotter/sleeve joint,

types of couplings.

1,2,6

CO5

PSO1,2

Projection of Point and Line

Introduction to principal planes of projections,

projections of points located with respect to

reference planes (in different quadrants),

Projection of Lines, Line parallel to reference

planes, Line parallel to one reference plane and

inclined to other reference plane, Line inclined

to both the reference planes, Application of all

variants

3,4,6

CO4

PSO1,2

Projection of Planes

Projection of Planes (Polygons, circle, semi-

circle, ellipse etc.). Plane parallel to one

reference plane and inclined to other, Plane

inclined to both the reference plane, Concept of

auxiliary plane method for projection of plane.

1,2,4

CO4

PSO1,2

Orthographic projection

Fundamental of projection along with

classification, Projections from the pictorial

view of the object on the principal planes for

2,3,5

CO2

PSO1,2

view from front, top and sides using first angle

projection method and third angle projection

method, full sectional view

Isometric Projections and Isometric View or

Drawing:

Isometric Scale, Conversion of orthographic

views into isometric projection, isometric view

or drawing of objects

2,4,5

CO2

PSO1,2

Reference book

Bhatt, N.D., ‘Engineering Drawing’,

Shah, P. J., ‘Engineering Drawing’,

Bhatt, N.D., ‘Machine Drawing’,

Dhawan, R.K., ‘A Textbook of Engineering Drawing’,

Venugopal, K., ‘Engineering Drawing and Graphics’

M. Raja Roy, B.V.R. Gupta, ‘Engineering Drawing with AutoCAD’,

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. (Textile Engineering): Regular Programme

Year

Core / Elective / Foundation

MEC1101L Engineering Drawing-I

(Practical/TW/Viva)

Credits / Hours per week

Semester

Year of Introduction:1954

Year of Syllabus Revision: NA

Maximum Marks / Grade

Mode of

Transaction

Term work, Practical and viva

No.

Experiment

Contact

hours

Weightage

(%)

Level

PSO

Different types of Engineering Curves:

1,2,6

CO3

PSO1,2,3

Free hand sketches:

1,2,6

CO5

PSO1,2,3

Projection of Point and Line

3,4,6

CO4

PSO1,2,3

Projection of Planes

1,2,4

CO4

PSO1,2,3

Orthographic projection

2,3,5

CO2

PSO1,2,3

Isometric Projections and Isometric View or Drawing:

2,4,5

CO2

PSO1,2,3

The Maharaja Sayajirao University of Baroda

Faculty of Technology and Engineering

Department of Textile Engineering

Academic Year

2020-2021

B.E. (Textile Engineering): Regular Programme

Year

Core / Elective / Foundation :

Materials Science

Credits / Hours per Week

04 (Theory)

Semester

Year of Introduction :

Maximum Marks / Grade

100 (Theory)

Mode of Transactions

Lectures and Tutorials

Course Outcome (CO) / MET 1101

CO-1: Understanding of materials and their classification

CO-2: Study about crystals and lattices parameters

CO-3: Understanding mechanical properties and behavior of these properties on engineering materials

CO-4: Studies of phase important with their diagrams and materials defects

CO-5: Learning about ceramics and glasses materials

CO-6: Understanding briefly causes and types of corrosions and their protection methods

CO-7: Study about electronics and electrical materials

CO-8: Learn about some advanced materials and their uses

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

[1]

Level

PSO

[2]

Elements of

EMP/ENT/SD

[3]

Relevance

to L/R/N/G

[4]

Relation to

GN/ES/HV/PE

Introduction of Engineering

Materials

10%

1/2/3/4

CO1

PSO1,

PSO2

Metalica Materials, Ceramic

Material, Polymers, Composite and

Nano-materials.

Crystal Structure

Crystallography, Atomic structure

and; Structure of crystalline solids;

Lattices, unit cells; Crystal systems,

Bravais lattices; Indexing of

directions and planes, notations,

Inter-planar spacings and angles,

co-ordination number, packing

factors stacking sequence in BCC,

FCC and HCP.

15%

1/2/3/5

CO2

Mechanical Properties of Materials

Concepts of stress and strain,

Stress-Strain diagrams; Properties

obtained from the tensile test;

Elastic deformation, Plastic

deformation. Impact Testing &

toughness behavior. Hardness of

materials.

15%

1/2/3

CO3

Phase diagram

15%

1/2/3

CO4

Gibbs phase rule, Binary phase

diagram its types, solid solution –

Hume Rothery Rules. Imperfections:

Point defects, Line defects and

surface defects – grain boundary,

tilt boundary and twin boundary,

Grain, Grain size number. Burgers

vector and its representation.

Ceramic Materials

Introduction, ceramic structures,

silicate structures, Processing of

ceramics; Properties, glasses;

Composite Materials- Introduction,

classification, metal-matrix,

ceramic–matrix and polymer matrix

composites.

10%

1/2

CO5

Corrosion

Types of corrosion – Dry and Wet

corrosion, Electro chemical and

oxidation (Chemical) corrosion.

Corrosion prevention – anodic and

cathodic protection & coatings

15%

1/2/3

CO6

Electrical & Electronic Materials

Intrinsic and Extrinsic Semi

10%

1/2

CO7

conductivity, Dielectric material,

Piezo-electric materials. Magnetic

Materials: Introduction, classification

of magnetic materials, soft & hard

magnetic materials.

Advanced Materials

Nano Materials & its application,

Metallic glasses, Super conducting

material, optic fibers, smart

materials.

10%

1/2

CO8

100%

Text Books or Reference Books:

Askeland D.R., & P. P. Fullay (2007), The Science and Engineering of Materials –4th Cengage Learning Publishers

William D. Callister, Jr (2008), Callister’s Materials Science and Engineering, (Adopted by R. Balasubramaniam) Wiley-Eastern

A.S. Edelstein and R.C. Cammarata Ed. (1998), Nano Materials: Synthesis, Properties and Applications, Inst. Of Physics Publishing,

Raghavan V (2007), Materials Science and Engineering - A First Course, Prentice Hall, India

James F. Shackelford (1996), Introduction to Materials Science for Engineers, Prentice Hall, India

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. Textile Engineering: Regular Programme

Year

Core / Elective / Foundation

CVL 1104 : FUNDAMENTALS OF CIVIL AND ENVIRONMENTAL ENGINEERING

(NEW COURSE)

Credits / Hours

per week

Semester

Year of Introduction: 2019

Year of Syllabus Revision:

Maximum Marks / Grade

100

Mode of Transaction

Lectures

Course Outcome (CO) CVL

CO1 To impart brief fundamental concept related to various materials and their use in building construction

CO2 To study environmental pollution comprehensively and

CO3 Students will know concept of linear and angular measurements

CO4 Students will be aware of various constructional practices

Uni

No.

Topic

Contac

Hours

Weighta

(%)

Level

PSO

Elemen

ts of

Employ

ability

(Emp)/

Entrepr

eneursh

(Ent)/

Skill

Develo

pment

(SD)

Releva

nce to

Local

(L)/

Nationa

l (N)/

Region

al(R)/G

lobal

(G)

Relatio

n to

Gender

(G),

Enviro

nment

and

Sustain

ability

(ES),

Human

Values

(HV)an

Profess

ional

Ethics

(PE)

Building Material

Stone - Introduction to stone – Uses of stone –

Characteristics of good building stone – Availability,

suitability and properties of different stone. Bricks -

Comparison between stone work and brick work –

Advantages of bricks – Characteristics of good brick –

Standard test for brick along with field test for brick. Lime

- Classification of Lime, Precautions in handling Lime.

Cement - Basic ingredient of ordinary cement – Physical

properties of cement – Field examinations of cement –

Storing of cement and its uses. Timber - Introduction to

timber – Importance of seasoning – Wood base product.

Steel - Introduction – Use of different form of steel –

Marketable forms of steel. Aggregates. Bitumen. FRP.

Optical fiber. Plastic - Properties of plastics – Types and

uses of plastic.

14 hrs

2,3

CO1

PSO3

(Emp),

(Ent),

(SD)

(L),

(N),

(R), (G)

(ES),

(PE)

Environmental Science and Sustainable Development

Introductory Environmental Engineering Terminology––

Introduction to various types of pollution- Water and land

pollution and remedial measures for control, water and

wastewater quality criteria – Disposal of wastes – Air

pollution and remedial for control – Ecology,

Environmental Protection and legislation. Hydrologic

cycle, Rain water harvesting, Green building, Solid waste

management, Environment Impact Assessment, Basic

environmental chemistry, Sustainable development – clean

development mechanism, Global warming, Ozone layer

depletion, Acid rain, and Climate change.

12 hrs

2,3

CO2

PSO2

Surveying and Leveling

Surveying - Introduction – Principle – Object of survey –

Classification – Basic instruments of linear and angular

measurements – chain, tape, Offsetting, Types of offsets,

Ranging methods. Prismatic compass, Types of meridians,

Types of bearings. Traverse survey: open and closed

Examples based on compass. Leveling – Definitions –

Computation of reduced levels– Introduction to contour,

Methods of leveling and Examples on Level. Modern

tools: Introduction to Theodolite, Total station –

Introduction to GPS, GIS, Remote sensing.

14 hrs

2, 3, 4

CO3

PSO1

PSO2

PSO3

Building Construction

Building Construction & Infrastructures: Types of

constructions – roads, pipelines, transmission lines –

Typical details of load bearing and framed structures –

Brief discussion and illustrational sketches of typical

important building components – Foundation – Functions,

Types of foundations such as Spread footing, Stepped

footing, Isolated and Combined column footing, Raft, and

Grillage foundation. Lintels – Function, Types of lintel.

Flooring, Roofing. Mortar and concrete specifications –

Ingredients for mortar and concrete – classification of

mortar and concrete – selection of mortar and its uses –

precaution in using mortar – Pre-stressed concrete –

grades of concrete, Internet of things for buildings,

Hydropower plants.

12 hrs

1, 2, 3

CO4

PSO1

PSO3

Reference Books

Arora S.P. and Bindra S.P. (2012), A text book of Building Construction, Dhanpatai and Sons, Publishers.

Rangwala S.C. (2012), A text book of Building Construction, Charotar Publishing House, India.

Gilbert M Masters, (2006), Introduction to Environmental Engineering & Science, Prentice Hall of India Pvt. Ltd. New Delhi

Deshpande P.D., (2009) Basic Civil Engineering, Nirali Prakashan Pune.

G.S.Birdie, Water supply & Sanitary Engg., Dhanpatrai & Sons.

S.C.Rangwala, Engg. Materials, Charotar Books Staff, Anand.

Janardan Jha Building Material

Surendra Singh, Building Material, Vikas Pub. Pvt. New Delhi.

D.N.Ghose, Material of Construction, Tata McGraw Hill Pub. Co. Ltd. New Delhi

Surveying & Levelling – Kanetkar & Kulkarni Vol-I A.V.G. Prakashan, Puna.

Elementary Survey – B.C.Punmia Vol-I. Laxmi Pub. Dariya Gunj, New Delhi.

Surveying & Levelling – S.C.Rangwala, Charotar Pub. House, Anand.

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E. Textile Engineering: Regular Programme

Year

Core / Elective / Foundation

CVL 1104L : FUNDAMENTALS OF CIVIL AND

ENVIRONMENTAL ENGINEERING (NEW COURSE) : Field

Practical

Credits / Hours per week

Semester

Year of Introduction: 2019

Year of Syllabus Revision:

Maximum Marks /

Grade

Course Outcome (CO) CVL

CO1 To impart brief fundamental concept related to various materials and their use in building construction

CO2 To study environmental pollution comprehensively and

CO3 Students will know concept of linear and angular measurements

CO4 Students will be aware of various constructional practices

Mode of

Transaction

Practical’s, discussion and viva

PSO1 is common for all experiments

No.

Experiment

Conta

Hours

Course

Code

Level

PSO

Conventional signs and symbols, scale, topographic-sheet

CVL110

1,2,3

PSO1

Linear measurements: tape, ranging, offsets

CVL110

2,3

PSO1

Compass: Introduction, Bearings

CVL110

2,3,4

PSO1

Auto level: Introduction, HI, Rise and fall

CVL110

2,3,4,

PSO1

GPS : Introduction, and demonstration

CVL110

2,3,4

PSO1

Theodolite and Total Station demonstration

CVL110

2,3,4,

PSO1

Any other term-work based on syllabus

CVL110

1,2

PSO1,

PSO3

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E. Textile Engineering: Regular Programme

Year

I MECH

Core

MEC 1102: Workshop Practice-I

Credits / Hours per week

Lectures: 00

Practical-: 03

Semester

Year of Introduction:

Year of Syllabus Revision: 2018

Maximum Marks / Grade

Theory:

NILL

PR/TW/VIVA:

Mode of Transaction: Lectures and Practical

Course Outcome (CO) MEC 1102

CO1 Understand carpentry shop work ,different tools ,use of tools and hand on practices of subject.

CO2 Understand Smithy workshop related tools and learning forging operation in workshop .

Uni

No.

Topic

Cont

act

Hour

Weighta

(%)

Lev

Elements

Employa

bility

(Emp)/

Entrepren

eurship

(Ent)/

Skill

Develop

ment

(SD)

Relevan

ce to

Local

(L)/

National

(N)/

Regiona

l(R)/Glo

bal (G)

Relation to

Gender (G),

Environment

and

Sustainability

(ES), Human

Values

(HV)and

Professional

Ethics (PE)

Carpentry: Name, use and setting of hand tools,

Construction of halved single mortise and tenon

joints, dovetail joint, bridle joint, oblique mortise

1,2,

3,4,

5,6

Co1

Po 2,3,4

EMP

ENT SD

L N R G

G ES HV PE

and tenon joint and rafter joint.

Smithy: Tools used for preparing simple jobs in

hand forging.

1,2,

3,4,

5,6

Co2

2,3,4,5

100

Reference Books

Workshop Technology-I. W.A. J. Chapman Taylor & Francis

Comprehensive Workshop Technology (Manufacturing Processes). S.K. Garg Laxmi publications

Workshop practice manual. K.Venkata Reddy B.S.Publications.

Workshop Technology-I. Hazra and Chaudhary Media promoters & Publisher private limited

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E. (Textile Engineering): Regular Programme

Year

Core / Elective / Foundation

APH1201/APH 1205: Applied Physics-II

Credits / Hours per week

Semester

Year of Introduction: 2003

Year of Syllabus Revision: 2012

Maximum Marks / Grade

100

Mode of Transaction

Lectures, Tutorials and Practical/TW/Viva

Course Outcome (CO) APH1201 TX

CO1 Understanding the fibres

CO2 Understanding the physical properties of fibres

CO3 Methods to determine physical properties

CO4 Understanding of instrumentation

CO5 Analysis of color

CO6 Applications of fibres

Unit

No.

Topic/Unit

Contact

Hours

Weightage

(%)

Level

PSO

Element

s of

Employa

bility

(Emp)/

Entrepre

neurship

(Ent)/

Skill

Develop

ment

(SD)

Relevan

ce to

Local

(L)/

National

(N)/

Regional

(R)/Glob

al (G)

develop

mental

needs

Relation

to Gender

(G),

Environm

ent and

Sustainabi

lity (ES),

Human

Values

(HV)and

Profession

al Ethics

(PE)

Introduction to Fibres

Classification of fibers, Natural and Manmade fibers and their general

properties, Growth of fiber, Effect of external parameters i.e.

Radiation, Temperature, Pressure and other on fiber

CO1

PSO1

L, N

Humidity, Regain and Moisture Content

Humidity and relative Humidity, Hygrometers, Regain and Moisture

1,2

CO2

CO3

PSO1

Content, measurement of regain, relation between regain and relative

humidity, influence of temperature and stress

Colorimetry

Science of colors, additive color mixture, three color mixture,

spectrophotometry, dominant wavelength and purity, subtractive

method of color mixing, the color of paint and inks, subtractive

primaries

1,2, 3, 6

CO5

PSO1

PSO5

PSO7

Microscopy

Eye pieces, Principles and working of compound microscope, oil

immersion microscope, polarization microscope, electron microscope

and their use in studying surface and structure of fiber,

2, 3,4

CO4

CO6

PSO1

PSO5

Spectroscopy

Beer’s law, Lambert’s law, Principles and working of

spectrophotometer and interpretation of UV, visible and IR spectra,

sample preparation

2, 3,4

CO4

CO6

PSO1

PSO5

Tensile Properties of Fibers

Factors determining the results of Tensile experiments, Stress, specific

stress, tensile strain, strength, work of rapture, Elongation at break,

initial, modulus, work factor, yield point and crimp, The effect of

moisture & Temperature, Pierce’s, Spencers Smith’s and weak link

theories.

2,3

CO2

CO3

PSO1

PSO7

Elastic Recovery

Introduction, Definition, Experimental methods& their results, change

of Properties as a result of straining, Swelling recovery, Simple

recovery model, Recovery, work of rupture and durability,

2,3

CO2

CO3

PSO1

PSO5

PSO7

Fiber Friction

Technological Effects, Measurements of Friction, Bewden and

Leben’s Apparatus, Static and Dynamic Capston Method, Bucide

and Pollitt’s Technique and Measurement of inter-fiber Friction, Static

and Kinetic Friction and State of the Surface, The nature of Fiber

Friction and it’s applications to Fiber Friction,The Friction of Wool,

Theory of directional friction.

1, 2,3

CO2

CO3

PSO1

PSO5

PSO7

Reference Books

Physical properties of Textile fibers by W.E. Morton and J.W.S. Hearle, Woodhead Publishers, UK

Optics by F.W. Sears, Addison-Wesley Publishing Co. Inc.

A textbook of Optics, S.L.Kakani, K.C. Bhandari, S. Chand & Sons

Modern Concepts of Color and Appearance, A.K. Roy Choudhury, Oxford& IBH Publishing Co. Pvt. Ltd.

Organic Spectroscopy, Y.R. Sharma, S. Chand Publishers

Fibre Science & Technology by P. Ghosh

A Text Book of Fibre Science by S.P.Mishra (TS 1540 M4T3)

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E. (Textile Engineering): Regular Programme

Year

Core / Elective / Foundation

APH1201L/APH 1205L Applied Physics-II (Practical/TW/Viva)

Credits / Hours per week

Semester

Year of Introduction: 2003

Year of Syllabus Revision: 2012

Maximum Marks /

Grade

Mode of

Transaction

Laboratory Experiments, TW/Viva

No.

Experiment

Conta

ct hrs

Course

Code

Level

PSO

Determine the Planck’s constant (h)using different LEDs. Use at least 4 LEDs.

APH120

1TX

3,4

PSO1

PSO5

Determine the diameter of the given textile yarn using diffraction of light.

Wavelength of the laser  = 632.9 nm

APH120

1TX

3,5

PSO1

Demonstrate the exponential decay law using the given statistical board set up. Plot the

necessary graphs and determine the decay constant.

APH120

1TX

3,4,6

PSO1,

PSO7

Obtain the V-I characteristic of the given Zener diode in forward and reverse bias

conditions. Plot the necessary graphs.

APH120

1TX

3,4

PSO1,

PSO5

Determine the energy band-gap of a given semiconductor using the Four-probe method.

Plot the necessary graph. Distance between two neighbouring probes = 2.0 mm,

Thickness of the semiconductor crystal = 0.5 mm

APH120

1TX

3,6

PSO1,

PSO5

Determine the friction coefficient for the given system of wood cart and the glass floor.

APH120

1TX

3,4,5

PSO1,

PSO7

Determine the Young’s modulus of the given material (wood) using the method of

bending of a beam. Plot the necessary graphs.

APH120

1TX

3,4,6

PSO1,

PSO7

Determine the molar extinction coefficient (ε) for the given KMnO

(0.05N) solution.

Plot the necessary graph using at least 8 points and obtain ε.

APH120

1TX

3,5

PSO1,

PSO7

Obtain the load-elongation curve for the given yarn. Determine the following from the

load-elongation curve: (1) work of rupture (2) work factor (3) Initial modulus (4) yield

point, Length of the yarn = 40 cm; Linear density of the yarn(pink) = 26.88 g/km

APH120

1TX

3,6

PSO1,

PSO5

Study the moisture content (M) and regain (R) of the given cotton specimen at constant

temperature. Determine the equilibrium state. Plot the necessary graphs.

APH120

1TX

3,4,5

PSO1,

PSO5

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2020-21

B.E.(Textile Engineering): Regular Programme

Year

Core / Elective / Foundation

AMT1202: Mathematics and

Statistical Methods

Credits / Hours per week

Semester

Year of Introduction:

Year of Syllabus Revision:

Maximum Marks / Grade

100

Mode of Transaction

Lectures and Tutorials

Course Outcome (CO)

CO1 Understand and Evaluate the domain, range, limit, continuity, differentiability of multivariable functions, and apply it to various

applications like estimating the

Taylor series expansion, maxima and minima of functions of several variables, Tangent plane and Normal line to the given surface.

CO2 Understanding and evaluating gradient, curl, divergence of scalar and vector functions, and to determine the directional derivatives for

scalar point function.

CO3 Understands the concept of different types of line integrals with evaluation techniques.

CO4 Understands the Double, Triple integrations and can apply it appropriately, to evaluate Volume, Mass, Area, C.G. and M.I.

CO5 Understands the relation between double and line integrals as a Green’s Theorem and can apply the concept of line integral to find out

Work done, Mass, Length

of curve, Area etc.

CO6 Able to analysis, classify and interpret data to answer questions about the real world problem, and able to demonstrate the ability to

analyze data by appropriately

fitting, assessing, and interpreting a variety of statistical models.

CO7 Understands the basic probability theories well, and be familiar with discrete and continuous random variables and implement it to

translate uncertainty problems

into probability models with application to the areas related to Textile sector.

CO8 Understands data description, statistical inference, hypothesis testing, analysis of association and variance.

CO9 Implement a proficiency in collection, organization, design, and drawing inferences from data using appropriate statistical methodology

and problem solving skill.

CO10 Able to analysis, classify and interpret data to answer questions about the real world problem.

Uni

No.

Topic

Contac

Hours

Weighta

(%)

Level

PSO

Elemen

ts of

Employ

ability

(Emp)/

Entrepr

eneursh

(Ent)/

Skill

Develo

pment

(SD)

Releva

nce to

Local

(L)/

Nationa

l (N)/

Region

al(R)/G

lobal

(G)

Relatio

n to

Gender

(G),

Enviro

nment

and

Sustain

ability

(ES),

Human

Values

(HV)an

Profess

ional

Ethics

(PE)

Partial Differentiation:

Function of two variables, limit, continuity and partial

derivatives, Chain rule, Euler’s theorem, implicit function

differentiation. Applications of partial derivatives, tangent

planes and normal lines to above surfaces (by calculus

method).

1,2,3

CO1

PSO1

Emp /

Ent

N /

Vector Calculus:

Scalar and vector fields, gradient of a scalar function,

14.5

1,2,3

CO2

CO3

PSO1

directional derivatives, divergence and curl of a vector

field and their applications. Line integrals and its

Applications, Green’s Theorem.

CO5

Multiple Integration:

Double integral, Change of order of integration, Triple

integration, Change of variables in double and triple

integrals, Applications of double and triple integration

14.5

2, 3, 4,5

CO4

PSO1

PSO4

Statistics:

Reorientation of basic concepts: by taking examples

related to Textile Engineering.

Curve fitting (least square approximation), Correlation

analysis, Regression analysis.

14.5

1, 2, 3,5

CO6

PSO1

PSO2

Probability:

Reorientation and problems pertaining to Textile

Engineering, Random Variables and Probability

Distributions (Discrete and Continuous), Binomial

probability distribution, Poisson distribution, Normal

probability distribution. General idea of sampling,

methods to draw a random sample, Confidence interval

for mean for large and small samples.

1,2,3,4,5

CO7

CO9

PSO1

PSO2

Testing of Data:

General idea for testing of hypothesis, One-tailed and

Two-tailed tests, Large and small sample tests, Test using

p-values, Control charts for variables and attributes , chi-

square test of goodness of fit, contingency tables.

Analysis of Variance (ANOVA).

16.5

2,3,4,6

CO8

CO9

CO10

PSO1

PSO2

PSO3

Reference Books

Erwin Kreyszig: Advanced Engineering Mathematics, (6th edition) John-Wiley & Sons.

Wilfrad Kaplan: Advanced Calculus, Addison-Wesley Publ. Company, Inc

C.R.Wylie: Advanced Engineering Mathematics, Mc. Graw– Hill, Inc.

A.Richard: Probability and Statistics for Engineers, Johanson, PHI, 1996

S.P.Gordon & F.S.Gordon: Contemporary Statistics, Mc – Graw Hill Inc, 1994.

J.E.Booth: Textile Mathematics (Vol.I, II, III), The Textile Institute, Manchester, 1975.

J.E.Booth: Principles of Textile Testing, CBS Publishers & Distributors, 1996.

E.B.Grover & D. S. Hamby: Handbook of Textile Testing & Quality Control, Wiley India Pvt. Ltd.

B.V.Ramana: Higher Engineering Mathematics, Tata Mc. Graw-Hill. (Core Engineering Series).

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E.(Textile Engineering): Regular Programme

Year

Core / Elective / Foundation

AMT 1202L : Mathematics & Statistical Methods-TW/Practical

Credits / Hours per

week

Semester

Year of Introduction:

Year of Syllabus Revision:

Maximum Marks /

Grade

Mode of

Transaction

Term Work, Practical and Viva

Course Outcome (CO)

CO1 Understands and be able to apply Mathematical software towards the problem solving.

CO2 Able to analysis, classify and interpret data using computer algorithms.

CO3 Able to demonstrate the ability to analyze data by appropriately fitting, assessing, and interpreting a variety of statistical tools.

CO4 Able to apply the appropriate software programs towards the basic probability theories with application to the areas related to Textile

sector.

CO5 Understands and implement the appropriate software programs related to data description, statistical inference, and control charts.

No.

Experiment

Course

Code

Level

PSO

Introduction to Mathematical Software.

AMT1202

1,2

CO1

PSO1

PSO4

Basic inbuilt commands and functions of vectors in Mathematical Software.

1,2,3,

CO1

CO2

PSO1

PSO4

Basic inbuilt commands and functions of matrices in Mathematical Software.

1, 2,

3, 4

CO1

CO2

PSO1

PSO4

a. Basic command for 2D – plotting using Mathematical Software.

b. Presentation of frequency distribution into graphs using Mathematical Software.

(Histogram, bar, pie, etc.)

1, 2,

3,4,5

CO2

CO3

PSO1

PSO4

Measure of central Tendency

(1) Mean

(2) Median

(3) Mode

1,2,3,

4,5

CO2

CO3

PSO1

PSO2

PSO4

(a) Measure of Dispersion: Standard Deviation and Variance

(b) Relative Measure: Coefficient of variation

1, 2,

3,4,5

CO2

CO3

PSO1

PSO2

PSO4

Correlation Analysis

1, 2,

3,4,5

CO2

CO3

PSO1

PSO2

PSO4

PSO5

Regression Analysis

(1) Regression line y on x

(2) Regression line x on y

1, 2,

3,4,5

CO1

PSO1

PSO2

PSO4

PSO5

Curve fitting

(1) Straight line(     or     )

(2) Parabola

(3) Exponential (  



)

(4) Power function(   





and   



)

1, 2,

3,4,5

CO1

CO2

PSO1

PSO2

PSO4

Probability Distribution

(1) Binomial Distribution

(2) Poisson Distribution28

Normal Distribution

1, 2,

3,4,5

CO1

CO2

PSO1

PSO2

PSO4

PSO5

Hypothesis Testing

1, 2,

3,4,5

CO2

CO3

PSO1

PSO2

PSO4

PSO5

Control Charts

1, 2,

3,4,5

CO2

CO3

PSO1

PSO2

PSO4

PSO5

The Maharaja Sayajirao University of Baroda

Faculty Technology and Engineering

Department of Textile Engineering

Academic Year

2019-20

B.E ( Textile Engineering)

Year

Core / Elective / Foundation

AMT1203 Introduction to Computer

and Numerical Analysis