sndt women’s university syllabus m sc. m. sc. textile...

SNDT Women’s University

(Sndt.digitaluniversity.ac)

Syllabus

M Sc. M. Sc. Textile Science and

Apparel Design

SNDT College of Home Science

SNDT Women’s University

Karve Road, Pune 411038

Revised 2008

Eligibility: Candidate with an overall average of B Grade or equivalent (55%) marks in

B.Sc Textile Science & Apparel Design, B.Sc Apparel Design, B. Sc Textiles & Clothing,

BSc Fashion Design, BSc Fashion Apparel Design, B.Sc Composite (Home Science) are

eligible for this course.

Students with the following undergraduate degrees viz., B.Sc Apparel Design, BSc Fashion

Design, BSc Fashion Apparel Design, B.Sc Composite (Home Science) are eligible provided

they complete the required prerequisites by the end of Semester II i.e FY MSc:

Prerequisites required:

Textile Testing, Textile Chemistry, Weaving (theory & practicals)

Objectives:

• To impart knowledge and develop capacities of the students through state of art higher

education with indepth study of Textile Technology and Garment Production in the

areas of Chemical Processing of Textiles, Quality Control in Textiles and Apparels,

Knitting Technology and Knitwear Design and Grading and Draping of Patterns.

• To develop the process of critical and analytical thinking and encourage the students to

pursue further Studies and Research in the areas of Textiles and Apparels.

• The over all emphasis is, to enrich the knowledge base, enhance research aptitude and

to provide the students with inbuilt confidence in their professional field and cutting

edge in the global scenario.

SYLLABUS FORMAT

Faculty ame: Home Science.

Course ame: M. Sc. Textile Science and Apparel Design.

SCHEME: Semester I

Sr.no Subjects L Cr P/T D TP Internal P/V T

1 Research Methods & Statistics I

Theory

4 4 - 2.5 75 25 - 100


Practical

- 2 4 - - 50 - 50

3 Quality Control for Textiles &

Apparel Fabrics

Theory

4 4 - 2.5 75 25 - 100

4 Quality Control for Textiles &

Apparel Fabrics

Practical

- 2 4 - - 25 25 50

5 Textile Chemistry and Processing

of Textiles

Theory

4 4 - 2.5 75 25 - 100

6 Textile Chemistry and Processing

of Textiles

Practical

- 2 4 - - 25 25 50

7 Advance Garment Design &

Construction Techniques

Practical

- 4 8 - - 50 50 100

Total 12 22 20 7.5 225 225 100 550

SCHEME: Semester II


1 Research Methods & Statistics II

Theory

4 4 - 2.5 75 25 - 100

2 Research Methods & Statistics II

Practical

- 2 4 - - 50 - 50

3 Woven Fabric Structures &

Fabric Analysis

Theory

4 4 - 2.5 75 25 - 100


Fabric Analysis.

Practical

- 2 4 - - 25 25 50

5 History of Fashion & Fashion

Design

Theory

4 4 - 2.5 75 25 - 100


Design

- 2 4 - - 25 25 50

Practical

7 Technical Textiles

Theory

4 4 - 2.5 75 25 - 100

Total 16 22 12 10 300 200 50 550

SCHEME: Semester III


1 Knitting Technology & Knitwear

Design

Theory

4 4 - 2.5 75 25 - 100

2 Knitting Technology & Knitwear

Design.

Practical

- 4

8 - - 75 25 100

3 Garment Production Technology

Theory

4 4 - 2.5 75 25 - 100

4 Grading

Practical

- 4 8 - - 50 50 100

5 Dissertation OR Project - 2 4 - - - - -

Total 8 18 20 5 150 175 75 400

SCHEME: Semester IV

Sr.no Subjects

L Cr P/T D TP Internal

P/V T

1 Research Application in Textiles

& Clothing.

Practical

- 2 4 - - 50 - 50

2 Draping

Practical

- 4

8 - - 75

25

100

3 Fashion Marketing, Retailing &

Merchandising.

Theory

4 4 - 2.5 75 25 - 100

4A Dissertation OR Project. - 6 12 - - 100 100 200

4B I- Project.

II-Elective [Practical].

-

-

4

2

8

4

-

-

-

-

75

25

75

25

150

50

Total

1+2+3+4A

4 16 24 2.5 75 250 125 450

Total

1+2+3+4B

4 16 24 2.5 75 250 125 450

L = No. of Lectures / week, P / T = Practical / Tutorial in hrs, D = Duration of Theory paper

for Examination in hrs, TP = Theory Paper-marks, TW = Term Work - marks,

P/V = Practical / Viva Voce - marks, T = Total.

SEMESTER 1

RESEARCH METHODS A D STATISTICS I (Theory)

Objectives:

This course will enable students to:

1. develop a scientific approach and know the processes of research

2. develop the competence for selecting methods and tools appropriate for research topics

3. understand concepts of statistical measures of central tendency, dispersion, variability and

probability


1 Research Methods and

Statistics-I(Th)

4 4 - 2.5 75 25 - 100

Contents

Sr.

No

Topic and Details No of

lectures

Percent

weigtage

Block

1

The Research Process

Unit 1. Scientific approach to enquiry in comparison to native,

common sense approach

Unit 2. Knowledge, theory and research

Unit 3. Role, need and scope of research in Home Science

2

5

Block

2

Introduction to Statistics

Definition, conceptual understanding of statistical measures,

popular concepts and misuse of statistics

2

Block

3

Steps in the Research Process

Unit 1. Identifying interest areas and prioritizing

Unit 2. Selection of the topic and considerations in selection

Unit 3. Review of related literature and research

Unit 4. Concepts, hypotheses and theories

Unit 5. Research Design

Unit 6. Research questions, objectives and assumptions

Unit 7. Hypothesis- meaning, attributes of a sound hypothesis,

Stating the hypothesis and types of hypothesis

Hypothesis testing- null hypothesis, sample distribution, level

of significance, critical regions, Type I and Type II errors

Unit 8. Variables- types of variables including discrete and

continuous variables

Unit 9. Conceptual definitions and operational definitions

8-10 20

Block

4

Types of Research

Unit 1. Basic and applied research, Qualitative and

Quantitative research (brief review of differences)

Unit 2. Historical research

Unit 3. Descriptive research methods – survey, case study,

correlational study, content analysis, causal-comparative

research

Unit 4. Analytic studies- pre-experimental, experimental

10 15

research, quasi experimental research

Unit 5. Qualitative research, ethnography

Unit 6. Evaluative research- general characteristics, use of

qualitative methods in enquiry

Scope and importance in Home Science

Block

5

Tools for Data Collection

Unit 1.Primary and secondary methods of data collection

Unit 2.Different types of questionnaires, rating scales, check

lists, schedules, attitude scales, inventories, standardized tests,

interviews, observation

Unit 3. Development of tools, estimation of reliability and

validity of tools

Unit 4. Procedure for preparation of the tool, administration of

tools for data collection

Unit 5. Procedure for data collection

Unit 6. Planning for data analysis-coding of responses

10 20

Block

6

Normal Distribution and its Properties

Unit 1. Normal distribution

Unit 2. Binomial distribution

Unit 3. Probability, use of normal probability tables, area under

normal distribution curve

4 10

Block

7

Sampling

Unit 1. Rationale, characteristics- meaning, concept of

population and sample, and utility

Unit 2. Types of sampling and generalizability of results

Unit 3 Probability sampling- simple random sample,

systematic random sample, stratified random sampling etc-

random and non-random samples, random numbers and use

Unit 4. Non-probability sampling-purposive samples,

incidental samples, quota samples, snowball samples

Unit 5. General consideration in determination of sample size

8 10

Block

8

Data Management and Analysis

Unit 1. Quantitative analysis, descriptive statistics, inferential

statistics : Uses and limitations

Summation sign and its properties

Unit 2: Proportions, percentages, ratios

Unit 3.Measures of central tendency-mean, median, mode-

arithmetic mean and its uses, mid – range, geometric mean,

weighted mean

Measures of dispersion /variability- range, variance, standard

deviation, standard error, coefficient of variation, Kurtosis,

skewness

Unit 4. Grouped data-frequency distribution, histogram,

frequency polygons, percentiles, quartiles, textiles, ogive

20 20

RESEARCH METHODS A D STATISTICS I (Practicals)

Subjects L Cr P/T D TP Internal P/V T


Statistics-I (Pr)

- 2 4 - - 50 - 50

Contents:

Sr.

No

Topic and Details No of

lectures

Percent

Weigtage

1 Differentiate between investigative reporting and research

report (with examples to be brought by students as exercise)

2

5 2 Differentiate between (a) basic and applied research (Exercise

to be based on actual research papers published in accredited

journals)

(b) qualitative and quantitative

research

2

3 Multidisciplinary nature of HomeScience – grounding of

HomeScience disciplines in various sciences and/or

specializations (Exercise: students to identify 3

multidisciplinary topics with case discussion)

2 5

4 Types of variables

Hypothesis formations and research questions from Research

readings – students identify hypothesis/research questions –

Discussion

4 10

5 Based on Journal contents discuss types of Research with

examples

2-4 5

6 Students to brainstorm on areas/topics for Research in each of

the focal areas of their specialization

2-4 5

7 Construction of tools for data collection a) types of questions

b) Questionnaire c) interview schedule d) observation d)

scales

10 15

8 For a given topic students to frame and discuss the different

possibilities of methods and tools

8 10

9 Students to design a research study on a topic-

1. specify type of research

2. sample selection

3. protocol/operationalization

4. tools

5. tests for statistical analysis

8 20

10 Sample distribution and probability 6 5

11 Sampling 2

12 Data Management and Analysis

Frequency distributions, Measures of central tendency,

measures of dispersion, variability

12 20

References

RESEARCH METHODS

1. Bell, J. (1997): Doing Your Research Project: A Guide for First-time Researchers in

Education and Social Science, Viva Books, New Delhi

2. Bell, J. (1997): How to Complete Your Research Project Successfully: A Guide for First-

time Researchers, UBSPD, New Delhi.

3. Bulmer, M.C. (1984): Sociological Research Methods: An Introduction, Macmillan,

Hong Kong.

4. Festinger, L. and Katz, D. (ed.) (1977): Research Methods in the Behavioral Sciences,

Amerind Publishing, New Delhi.

5. Holloway, I. (1997): Basic Concepts of Qualitiative Research, Blackwell Science,

London.

6. Jain, G. (1998): Research Methodology: Methods and Techniques, Mangal Deep, Jaipur.

7. Kothari, C.R. (2000): Research Methodology: Methods and Techniques, Wishwa

Prakashan, New Delhi.

8. Kumar, A. (1997): Social Research Method (The Art of Scientific Investigation), Anmol

Publication, New Delhi.

9. Kumar, A. (2002): Research Methodology in Social Sciences, Sarup and Sons, New

Delhi.

10. McBurney, D.H. (2001): Research Methodology, Thomson-Wadsworth, Australia.

11. Pande, G.C. (1999): Research Methodology in Social Sciences, Anmol Publication, New

Delhi

Statistics

1. GUPTA, S. (2001) “Research Methodology and Statistical Techniques”,Deep and

Deep, New Delhi, 510p.

2. HOODA, R.P. (2003) “Statistics for Business and Economics”, 3rd ed.,Macmillan

India Ltd., Delhi, 855p.

3. DEY, B.R. (2005) “Textbook of Managerial Statistics”, Macmillan India Ltd., Delhi,

318p.

4. FLEMING, M.C. & NELLIS, JOSEPH G. (1997) “The Essence of Statistics for

Business”, Prentice-Hall of India, New Delhi, 270p.

5. SARMA, K.V.S. (2001) “Statistics made Simple: Do it yourself on PC”, Prentice-

Hall, New Delhi, 257p.

6. CHAKRAVORTI, S.R. & GIRI, N. (1997) “Basic Statistics”, South Asian Pub.,New

Delhi, 271p.

7. DAS, M.N. (1989) “Statistical Methods and Concepts”, New Age, New Delhi,256p.

8. ELHANCE, D.N. (2000) “Fundamentals of Statistics [containing more than750

solved and 1250 problems for review exercise]”, Kitab Mahal, Allahabad, 1523p.

9. GOON, A. & GUPTA, M. & DASGUPTA, B. (2001) “Fundamentals of Statistics”,

Vol.I & II, The World Press, Calcutta, 150p.

10. GUPTA, S.P. (1996) “Practical Statistics”, 37th ed., S. Chand, New Delhi, 563p.

11. GUPTA, S.C. (2000) “Fundamentals of Statistics”, Himalaya Pub., Mumbai, 1343p.

12. GUPTA, S.P. (2000) “Statistical Methods”, Sultan Chand & Sons, New Delhi, 1428p.

13. GUPTA, C.B. & GUPTA, V. (1973) “An Introduction to Statistical Methods”, Vikas

publishing house pvt. ltd., New Delhi, 829p.

14. NAGAR, A.L. & DAS, R.K. (1997) “Basic Statistics”, 2nd ed., OUP, Delhi, 424p.

15. SHENOY, G.V. & PANT, M. (2006) “Statistical Methods in Business and Social

Sciences”, Macmillan India Ltd., Delhi, 388p.

16. SPIEGEL, MURRAY R. (1998) “Schaum's Outline of Theory and Problems of

Statistics”, 3rd ed., Tata McGraw-Hill Pub., New Delhi, 538p.

17. TRIOLA, MARIO F. (1998) “Elementary Statistics”, 7th ed., Addison Wesley

Longman, America, 804p.

18. RICHARD A. (1992) “Applied Multivariate Statistical Analysis”, Prentice-Hall, New

Delhi, 642p.

SEMESTER I

Quality Control for Textiles and Apparel Fabrics (Theory)

Objectives:

1. To develop an understanding of methods and techniques used to analyse textile fibers,

yarns and fabrics for end use performance

2. To acquire knowledge and understanding of various structural properties of textiles

and relate them to end use fabric performance and product

3. To familiarize students with the different testing equipments, their underlying

principles and the international accepted standards, test methods and the language of

measurement

4. To be able to analyse and interpret the results and predict the general textile behavior

performance

5. To develop understanding of the importance of quality control in textile testing

Subjects L Cr P /

T

D TP Internal P/V T

1 Quality Control for Textiles and Apparel

Fabrics (Theory)

4

4

-

2.5

75

25

-

100

Contents

Sr. o Topic and Details o. of

Lectures

assigned

Weigtage

in %

Block 1 Introduction 05 15

Unit 1: Importance of Textile Testing and analysis,

objectives (reasons) of textile testing, Uses of Testing

information, Factors influencing Quality Control

Unit 2: Statistical terms, use of statistic in handling data in

area of textile testing

Unit 3: Sampling, terms used in sampling, fiber sampling,

yarn sampling, fabric sampling

Unit 4: Development of standard test methods, national

and international organizations involved in textile testing,

ISO Stds. and ISO – series

Unit 5: Precision and accuracy of testing methods,

atmospheric conditions for textile testing, temperature and

humidity, measurement of humidity and moisture in

textiles

Unit 6: Textile properties that influence fabric

performance – fiber structure, yarn structure and fabric

structure.

Block.2 Fiber Dimensions 03 5

Unit 1: Fiber Fineness, Methods of measuring fiber

fineness

Unit 2: Fiber length, methods of measuring fiber length

Unit 3: Fiber strength – Single fiber method, Bundle

strength method

Block.

3

Yarn Test 04 15

Unit 1: Linear Density – Direct & Indirect system, folded

yarns, methods of measuring linear density of yarns from

packages and skeins and from a fabric sample

Unit 2: Yarn Crimp

Unit 3: Yarn Twist – Level of twist and twist factor

methods of measuring twist, yarn evenness and methods

of assessing evenness

Unit 4: Yarn strength – Single strand method skein

method, count strength product (CSP)

Block.4 Testing and Evaluation of Fabric and Garment 55

Unit 1: Strength properties of Textile & Apparel –

Terminologies and definitions like force units, Breaking

strength and Tensile strength, Stress, specific stress,

Tenacity, Elongation, Strain, Extension, Extension

percentage, Gauge length, Elastic recovery, Force and

elongation curve

Factors affecting tensile testing, fabric characteristics

affecting tensile properties, tensile testing machines and

their working principles

Fabric Test Methods –

Breaking strength – Ravelled strip method, Cut strip

method and Grab method

Tearing Strength – Tongue tear test, Trapezoid method,

Elmendorf tear test

Bursting strength – Hydraulic / Diaphragm bursting test

Seam strength and yarn slippage in woven fabrics at

seams, seam slippage tests for woven and upholstery

fabrics, needle cutting in a fabric, sewability of fabrics

and seam efficiency

07

Unit 2: Fabric Stiffness, Handle and Drape -

Fabric Stiffness and Handle – definitions, methods of

measuring fabric

stiffness - Shirley stiffness test, Hanging loop method

Drape – definitions, methods of measuring fabric drape –

drape meter

Crease Resistance and Crease Recovery – definitions of

terms, advantages of giving resin treatment to fabrics,

fabric characteristics affecting wrinkle resistance,

methods of measuring crease recovery – Tootal test,

Shirley crease recovery test, visual comparison method

i) Kawabata Evaluation system (KES) for fabrics.

ii) Fabric Assurance by Simple Testing (FAST) system.

05

Unit 3: Fabric / Garment Serviceability –

Definitions of terms – serviceability, wear durability

Snagging – definition, methods for testing snag resistance

of fabric

05

Pilling – definition, causes of pilling, stages in formation

of pilling, remedies for reducing pilling, methods for

testing pilling resistance of fabrics – brush and sponge

pilling test, random tumble pilling test

Abrasion – definition, types of abrasion, properties

affecting abrasion resistance, Common abrasion

instruments and methods used for evaluating abrasion

method, flexing and abrasion method, rotary platform

method, Accelerator method, edge and fold abrasion

method (all in brief), assessment of abraded sample

Unit 4: Wear Comfort of Clothing –

Air Permeability – definitions, air resistance, air porosity,

fabric properties and air permeability, methods for

measuring air permeability of fabrics – Shirley air

permeability tester, Gurley Densometer, Frazier air flow

tester

Moisture Transport – Definitions of terms like diffusion,

sorption, wicking evaporation, water resistance, air

transfer, porosity and cover factor, electrostatic

propensity.

Fabric wetting, wicking, longitudinal wicking, wicking

test methods – Vertical wicking and Transverse wicking

07

Unit 5: Water Absorption of Fabrics –

Water absorption, methods of measuring amount of water

absorbed – static Immersion test

Wettability of fabrics – definition, methods used or testing

wettability of fabrics

Sinking time test of fabrics

02

Unit 6: Water Repellency of Fabrics –

Definitions of waterproof shower proof, water repellent

fabrics.

Methods for measuring the water repellency of fabrics –

Spray test, Bundesmann test, Drop penetration test, WIRA

shower test, Hydrostatic head test

03

Unit 7: Fabric Dimension that Influence its Performance –

Fabric Length

Fabric Width

Fabric Thickness and instruments used for measuring

thickness of woven, knits and non woven fabrics

Fabric Count and Cover Factor – ends and picks per inch

(wovens), Wales and courses per inch and stitch density

(knits), methods of counting threads / inch

Mass/unit area – Fabric weight / sq. meter, method of

determining fabric weight

Fabric density

03

Unit 8: Fabric Faults and Defects -

Bow and Skewness in wovens and knitted fabrics,

methods used for measuring bow and skewness in fabrics

Distortion of yarn in woven fabrics – method used for

02

determining distortion of yarns in woven fabrics

Fabric streak and barre

Unit 9: Dimensional Stability –

Definition, Types of shrinkage – Relaxation, Swelling,

Felting, Thermal / Contraction, growth shrinkage in knits

Methods used for evaluating dimensional change in

fabrics and garments, dimensional change in washing and

drying conditions in home laundering, commercial

laundering

Dimensional Restoration of Fabrics

Durable press evaluation of fabrics and Apparel

04

Unit 10: Fabric Growth and Stretch –

Fabric Stretch properties

Stretch properties of knitted fabrics having low power –

Test for fabric growth and fabric stretch

Stretch properties of fabrics woven from stretch yarns –

Test for fabric stretch and immediate fabric growth after

stretching to a specified extension

02

Unit 11: Colour Fastness –

Introduction, colour fastness test methods to washing, dry

cleaning, light, crocking, perspiration, heat (hot pressing)

02

Unit 12: Sewing Threads –

Test methods used for testing the following properties of

sewing threads – Yarn diameter, length per thread holder,

thread strength and elongation, thread shrinkage (single

end), thread twist and twist balance, yarn number

02

Block.5 Safety Aspects of Textiles 02 5

Unit 1: Introduction

Unit 2: Textile Flammability – definitions of flame

resistance and flame retardant textile, properties affecting

flammability of textiles

Unit 3: Flammability Testing methods – forty five degree

angle test, vertical flame test, mushroom apparel

flammability test, carpet testing, cigarette test, blanket

tests, tent test

Block.6 Care Labelling of Apparel and Textiles 02 5

Unit 1: General Introduction

Unit 2: Different Care Labelling Systems

References:

1. Principles of Textile Testing – J.E.Booth, Newness Butterworth, London

2. Textile Testing and Analysis – Billie J. Collier and Helen E. Epps, Prentice Hall, New

Jersey

3. Textile Testing – John H. Skinkle, Brooklyn, New York

4. Handbook of Textile Testing and Quality Control – Groover and Hamby

5. An Introduction to Quality Control for Apparel Industry – Pradip V. Mehta, Marcel

Dekker, New York

6. Textile Objective measurement Automation in Garment Manufacture – George

Stylios – Ellis Horwood Ltd, England

7. Knitted Clothing Technology – Brackenbury Terry, Blackwell Science Ltd

8. Textile Testing & Quality Control Standards like – BIS, BS, ASTM, ISO, AATCC,

etc

9. Any other available book on Quality Control

SEMESTER I

Quality Control for Textiles and Apparel Fabrics (Practical)

Objectives:

1. To develop an understanding of methods and techniques used to analyse textile fibers,

yarns and fabrics for end use performance

2. To acquire knowledge and understanding of various structural properties of textiles

and relate them to end use fabric performance and product

3. To familiarize students with the different testing equipments, their underlying

principles and the international accepted standards, test methods and the language of

measurement

4. To be able to analyse and interpret the results and predict the general textile behavior

performance

5. To develop understanding of the importance of quality control in textile testing

Subjects L Cr P /

T

D TP Internal P/V T

1 Quality Control for Textiles and Apparel

Fabrics (Practical)

- 2 4 - - 25 25 50

Contents:

Sr.

o

Topic and Details o. of

Lectures

assigned

Weigtage

in %

Block.

1

Fiber Testing

Fiber Fineness – using gravimetric method

Fiber length – (tuft length) – comb sorter

05 5

Block.

2

Yarn Testing

Measuring linear density of yarn from yarn package (skein

method), yarns from Fabric samples (short length)

Yarn Crimp in woven fabrics

Yarn twist – i) Single spun yarn and ply yarn,

ii) twist factor

Yarn evenness

Yarn strength test – i) Single strand test and

ii) skein / lea strength test and CSP

10 10

Block.

3

Fabric and Garment Testing

Moisture Regain and moisture content of Textile materials

Strength Properties of Textile and Apparels –

i) Fabric Strength Tests –

a) Breaking force and Elongation of fabrics

(Strip and grab test)

b) Tearing Strength of woven and non-woven

fabrics.

c) Bursting Strength of knitted fabrics.

ii) Seam Strength test for woven and knit fabrics –

Resistance to Slippage of yarns in woven fabrics using a

45 85

std. seam

Failure in sewn seams of woven and knit fabrics

Resistance to yarn Slippage at the sewn seam in woven

upholstery fabrics

iii) Sewability of fabrics and Seam Efficiency

iv) Test for needle cutting / yarn severance in

sewn seams of fabrics.

Objective Evaluation of fabric handle –

Fabric Stiffness (bending length)

Fabric Drape.

Crease recovery –

i) Recovery angle method.

ii) Appearance method.

Fabric / Garment Serviceability –

Snag Test

Pilling Test

Abrasion Test

Wear Comfort of Clothing –

Air Permeability

Moisture Transport – Wicking Test –

Vertical wicking and

ii) Transverse wicking

Water Absorption of Fabrics –

i) Static Immersion test

ii) Fabric wettability test

iii) Sinking time test.

Water Repellency of fabrics – Spray Test

Thickness Test – i) Woven and Knit fabrics

ii) Non woven fabrics

i) Fabric Count and Cover factor - Woven Fabrics

ii) Fabric Count (wales and courses / inch) and Stitch

Density – Knitted Fabrics

Mass / unit area (weight) of woven fabrics

Fabric Density

Fabric Faults and Defects – Bow and Skewness (Bias)

Tests in woven and knitted fabrics

Dimensional changes in Fabrics and apparels –

Due to automatic home laundering of woven and knit

fabrics

Due to automatic home laundering of garments

Durable Press evaluation of fabrics and garments

Fabric Growth and Stretch –

Knitted fabrics having low power (comfort stretch)

Woven fabrics from stretch yarns.

Evaluation of Colorfastness of dyed fabrics / apparels to –

Artificial Light

Crocking

Perspiration

Washing in launderometer

Heat : Hot Pressing

Sewing Threads – tests for –

Diameter

Length per Thread Holder

Strength and Elongation (single strand method)

Sewing Thread Shrinkage

Thread Twist and Twist Balance

Yarn number / Count

References:

1. Principles of Textile Testing – J.E.Booth, Newness Butterworth, London

2. Textile Testing and Analysis – Billie J. Collier and Helen E. Epps, Prentice Hall, New

Jersey

3. Textile Testing – John H. Skinkle, Brooklyn, New York

4. Handbook of Textile Testing and Quality Control – Groover and Hamby

5. An Introduction to Quality Control for Apparel Industry – Pradip V. Mehta, Marcel

Dekker, New York

6. Textile Objective measurement Automation in Garment Manufacture – George

Stylios – Ellis Horwood Ltd, England

7. Knitted Clothing Technology – Brackenbury Terry, Blackwell Science Ltd.

8. Textile Testing & Quality Control Standards like – BIS, BS, ASTM, ISO, AATCC,

etc.

9. Any other available book on Quality Control

-------------

SEMESTER I

Textile Chemistry and Processing of Textiles (Theory)

Objectives:

1. To be acquainted with the polymers of which the textile fibers are made.

2. To familiarize with the principles of chemical processing i.e. from preparatory

process to finishing of textiles

3. To understand the chemistry, production and fundamental properties of natural and

synthetic dyes

Subjects L Cr P / T D TP Internal P/V T

1 Textile Chemistry and Processing of

Textiles (Theory)

4

4

-

2.5

75

25

-

100

Contents:

Sr.

o


Lectures

assigned

Weigtage

in %

Block

1

Introduction (In brief) 02 5

Unit 1: Why study of textile chemistry is needed

Unit 2: Why this subject is related to textiles and clothing

Block.

2

Polymer Chemistry: (In brief)

02 5

Unit 1: Definition of Polymers, its types, degree and

methods of polymerisation, polymerisation process,

molecular weights of polymers and its determination

Unit 2: Orientation and crystallinity of fiber molecules; their

influence on the fibre properties

Block.

3

Chemistry of Cellulosic & Protein Fibers 04 5

Unit 1: Molecular structure and Morphology of cellulose

and protein fibers

Unit 2: Brief introduction on felting and shrink proofing of

wool, degumming and weighting of silk.

Block.

4

Dyes 10 -12 15

Unit 1: History of dyestuffs, light, color, dyestuffs,

Structure & Use wise classification of dyes

Unit 2: Color – Beer’s law and lambert’s law, colour mixing

system, colour order system, CIE color specification,

Instruments for the measurement of color, Kubelka-Munk

Theory, Relation between K-S & concentration of

colourant, understanding Color difference, Hue, Chroma,

etc. Understanding the use of Color Index Standards, dye

shade cards and pantone colour coding.

Unit 3: Commercial dyes, their C.I. constitution number and

their C.I generic number, nomenclature of commercial dyes.

Unit 4: Introduction on Banned dyes

Block.

5

Auxiliaries: (Dyeing & Printing)

04 15

Unit 1: Chemical composition and properties of wetting

agent, softeners (anionic, cationic and non-ionic),

detergents, leveling agents, carriers, bleaching agents,

thickeners, binders, eco-friendly chemicals

Block.

6

Processing:

32 50

Unit 1: Introduction to equipments and machineries used in

processing

Unit 2: Brief introduction to Preparatory Processes -

Singeing, Desizing, Scouring, Bleaching and Mercerization.

Unit 3: Dyeing – Principles of Dyeing and Mechanism of

dyes like – like direct, reactive, vat, azoic, sulphur, basic,

acid, disperse and natural dyes.

Unit 4: Printing – Principles of printing, printing using dyes

and pigments on - (silk, cotton, Polyester, & blends);

fixation of prints using various methods, Innovative

Printing methods

Unit 5: Finishes – Classification of finishes, application and

mechanism of mechanical (all routine finish), chemical &

specialty Finishes –like – (wrinkle free, durable press, flame

retardant, water proof, soil & satin release, antibacterial).

Unit 6: Introduction to Post Treatment of dyed, printed and

finished fabrics. (Soaping, rinsing, washing and fixation).

Block.

7

Unit 1: Textiles and Environment

02 5

Unit 2: Smart Textiles (Assignment to students)

Block.

8

Unit 1: Brief Introduction to Woven and Knitted Garment

Processing

02 5

References:

1. Technology of Textile Processing - Shenai, V.A. (1984), Vol.- IX, Sevak Publication

2. Hand Book of Textile Fibers - Cook, J. Gordon, Merrow Publishing Co. Ltd, England

3. Manmade Fibers - Moncrief: R.W, John Wiley & Sons New York.

4. Dyeing and Chemical technology of Textile Fibers - Trotman, E.R. (1975), Charles

Griffino Company Ltd, London.

5. An Introduction to Textile Finishing - Marsh, J.T. (1979), B. I. Publications.

6. Chemicals after Treatment of Textiles - Mark H., Wooding N.S. & Atlas Smeeds,

(1970), John Wiley & Sons Inc., NY.

7. Handbook of fiber Science and Technology, Vol. II, Chemical Process of Fibres and

Fabrics, Functional Finishes Part A - Lewin, M. and Selio, Stephen B. (1983) Marcel

Deker, Inc, NY and Basel.

8. Introduction to the Chemistry of Dyestuffs-Shenai, V. A (1991):, Sevak Prakashan

9. Natural Dyes and their Application to Textiles, Gulrajani M.L. and Gupta, D. (1982),

IIT Delhi.

10. Natural dyeing process of India-Mohanty, Chandramouli, Naik, (1987), Ahmedabad,

Calico Museum of Textiles.

11. India Horti business on line. http:/www.agroindia.org/1HOL

12. Technology of Finishing-Shenai, V.A. and Saraf, N.M. (1990),Vol. X.II Edition

13. Fundamental Principles of Textile Processing-Shenai.V.A (1984); Vol. IX, I Edition,

Sevak Pub

14. Evaluation of Textile Chemicals-Shenai, V.A and Mehra, R.H. (1984); Vol.VIII,

Sevak Pub

15. Technology of Dyeing-Shenai, V.A. (1988); Vol. VI, Sevak Pub

16. Technology of Dyeing-Shenai, V.A. (1984) Vol.I, Edition III, Sevak Pub.

17. Chemistry of Dyes & Principles of Dyes-Shenai, V.A (1987); Vol.III, Edition III,

Sevak Pub

18. Textile Fibers-Shenai, V.A (1990); Vol. I, Edition III, Sevak Pub

19. Chemistry of Organic Textile Chemicals-Shenai, V.A and Saraf, N.M., Sevak Pub

20. History of Textile Design-Shenai, V.A. (1988), Sevak Pub

----------------------

SEMESTER I

Textile Chemistry and Processing of Textiles (Practicals)

Objectives:

1. To be acquainted with the polymers of which the textile fibers are made.

2. To familiarize with the principles of chemical processing i.e. from preparatory process

to finishing of textiles

3. To understand the chemistry, production and fundamental properties of natural and

synthetic dyes

Sr.No Subject L Cr P /

T

D TP Internal P/V T

1 Textile Chemistry and Processing of

Textiles

Practical

- 2 4 - - 25 25 50

Contents:

Sr.

o


Lectures

assigned

Weigtage

in %

Block.

1

1. Qualitative – Identification of fibers – cotton, polyester,

viscose, polyamide, silk, wool, jute, tencel and others. Use

of burning, microscopic, chemical tests.

2. Quantitative analysis of binary blends

10 15

Block.

2

3. Desizing, scouring and bleaching of grey fabric using

chemical and eco-friendly agents

06 10

Block.

3

4. Dyeing of cotton with direct dye by exhaust method

5. Dyeing of wool and silk with acid dye by exhaust method

6. Dyeing of polyester with disperse dye by HTHP method

10 20

Block.

4

7. Use of natural dyes and mordants (Synthetic & natural) to

dye cotton, silk and wool

10 10

Block.

5

8. Printing on cotton fabric with reactive dyes and pigment,

Printing on silk with acid dyes, polyester with disperse dye

and cotton/polyester blend with disperse and reactive dyes.

06 10

Block.

6

9. Finishing- Application of any 2 specialty finishes on

cotton, polyester and cotton polyester blend (using pad-dry-

cure method)

06 15

Block.

7

10. Identification of dyes, direct, reactive, azo, vat, sulphur,

acid and disperse dyes on fabrics.

08 15

Block.

8

11. Use of Colorimeter / Spectrophotometer for

determination of dye content on fabrics through optical

density measurement calibration curve

12. Use of Colorimeter / Spectrophotometer for

determination of finish content on fabrics through optical

density measurement calibration curve

04 5

References:

1. Technology of Textile Processing – Shenai, V.A. (1984), Vol.- IX, Sevak Publication

2. Hand Book of Textile Fibers – Cook, J. Gordon, Merrow Publishing Co. Ltd,

England

3. Manmade Fibers – Moncrief: R.W, John Wiley & Sons New York.

4. Dyeing and Chemical technology of Textile Fibers – Trotman, E.R. (1975), Charles

Griffino Company Ltd, London.

5. An Introduction to Textile Finishing – Marsh, J.T. (1979), B. I. Publications.

6. Chemicals after Treatment of Textiles – Mark H., Wooding N.S. & Atlas Smeeds,

(1970), John Wiley & Sons Inc., NY.

7. Handbook of fiber Science and Technology, Vol. II, Chemical Process of I and

Fabrics, Functional Finishes Part A – Lewin, M. and Selio, Stephen B. (1983) Marcel

Deker, Inc, NY and Basel.

8. Introduction to the Chemistry of Dyestuffs-Shenai, V. A (1991):, Sevak Prakashan

9. Natural Dyes and their Application to Textiles, Gulrajani M.L. and Gupta, D. (1982),

IIT Delhi.

10. Natural dyeing process of India-Mohanty, Chandramouli, Naik, (1987), Ahmedabad,

Calico Museum of Textiles.

11. India Horti business on line. http:/www.agroindia.org/1HOL

12. Technology of Finishing-Shenai, V.A. and Saraf, N.M. (1990),Vol. X.II Edition

13. Fundamental Principles of Textile Processing-Shenai.V.A (1984); Vol. IX, I Edition,

Sevak Pub

14. Evaluation of Textile Chemicals-Shenai, V.A and Mehra, R.H. (1984); Vol.VIII,

Sevak Pub

15. Technology of Dyeing-Shenai, V.A. (1988); Vol. VI, Sevak Pub

16. Technology of Dyeing-Shenai, V.A. (1984) Vol.I, Edition III, Sevak Pub.

17. Chemistry of Dyes & Principles of Dyes-Shenai, V.A (1987); Vol.III, Edition III,

Sevak Pub

18. Textile Fibers-Shenai, V.A (1990); Vol. I, Edition III, Sevak Pub

19. Chemistry of Organic Textile Chemicals-Shenai, V.A and Saraf, N.M., Sevak Pub

20. History of Textile Design-Shenai, V.A. (1988), Sevak Pub

-------------

SEMESTER I

Advanced Garment Design and Construction Techniques (Practical)

Objectives:

1. To understand the different methods of pattern making- viz. Drafting, Flat

pattern, Draping.

2. To develop the skill and ability to design and develop draft patterns for different

garments based on body measurements and adaptations.

3. To develop skills in handling different fabrics, embellishments and quality of finishing

of garments

Sr.No Subject L Cr P / T D TP Internal P/V T

1 Advance Garment Design &

Construction Techniques

Practical

- 4 8 - - 50 50 100

Contents:

Sr.

o


Lectures

assigned

Weigtage

in %

Block.

1

Using Drafting method -

1) Gents full sleeved shirt with fusible lining

2) Jeans

20 15

Block.

2

Construct garments using following theme - Ethnic wear

or Party wear

•••• Salwar / Chudidar and Kameez / Kurta or

•••• Chaniya Choli

10 35

Block.

3

Western or Indo-Western outfit

• Trousers and Top or

• Skirt and Top or

• Dress

20 45

Block.

4

To construct a garment using commercial pattern 10 5

References:

1) Practical Dress Design-Erwin, Mable, New York, Macmillan Co., 1964.

2) A Tailoring Manual-Strickland Gertue, New York, Macmillan, 1976.

3) Easy Cutting-Juvekar, W.B.

4) System of cutting-Zarapkar, K.R., Bombay, Zarapkar Tailoring College.

5) Basic Fashion Design-Ireland, Patrick, London, B.T. Batsford Ltd., 1972.

6) Reader’s Digest Complete Guide to Sewing, Reader’s Digest Association, 1982.

7) Pattern Making for Fashion Designing-Armstrong, H. (1987), New York Harpes and

Row Publishers.

8) Introducing Pattern Cutting, Grading and Modeling-Goulbourn, M. (1971) London:

B.T. Batsford Ltd.

9) Fitting Commercial Patterns-Minott, J. (1978), Mineapolis: Minnesold Burgess

Publishing Co.

10) Modeling and Flat Cutting for Fashion-Stanley H. (1977), London: Hutchison and

Co., Publishers Ltd.

11) Concepts in Clothing-Grate and Strom, Mc Graw Hill Book Co., New York.

12) Fabric Sewing Guide-Claire Shaeffers, Chilton Book Co., Radont, Pennsylvania.

13) Pattern Cutting-Melliar, M. London, B.T. Batsford, M68.

----------------

SCHEME: Semester II



Theory

4 4 - 2.5 75 25 - 100


Practical

- 2 4 - - 50 - 50


Fabric Analysis

Theory

4 4 - 2.5 75 25 - 100


Fabric Analysis.

Practical

- 2 4 - - 25 25 50


Design

Theory

4 4 - 2.5 75 25 - 100


Design

Practical

- 2 4 - - 25 25 50

7 Technical Textiles

Theory

4 4 - 2.5 75 25 - 100

Total 16 22 12 10 300 200 50 550

SEMESTER II

RESEARCH METHODS A D STATISTICS II (Theory)

Objectives

This course will enable students to:

1. discriminate between parametric and non-parametric tests

2. learn to apply statistical tests for data analysis for both large and small samples

3. know how to interpret the results of statistical analysis of data

4. be able to summarize data and present it using tables and graphs

5. develop skills for preparation of research proposals

6. understand the components of a research report



Statistics I (Th)

4 4 - 2.5 7.5 25 - 100

Contents:

Sr.

o

Topics and Details o of

lectures

Percent

wiegtage

Block

1

Data Analysis

Unit 1: Coding of data

Unit 2: Parametric and non-parametric tests

Unit3. Use of statistical tools

3 5

Block

2

Large and Small Sample tests and interpretation

Unit 1. Z-test for single proportions and difference between

proportions

Unit 2. Large sample test for single mean and difference

between means

Unit 3. Small sample tests- ‘t’-test, paired ’t’-test, ‘F’ Test

10 20

Block

3

Chi square test and its interpretation

Unit 1. General features, goodness of fit

Unit 2. Independence of Attributes

5 10

Block

4

Correlation and Regression and its interpretation

Unit 1. Basic concepts

Unit 2. Linear regression and correlation coefficient

Regression and prediction

Unit 3. Rank correlation, Product-moment method

7 15

Block

5

Analysis of Variance and its interpretation

Unit 1. One-factor analysis of variance

Unit 2. Two-factor analysis of variance

10 10

Block

6

Design of Experiments

Unit 1: Completely randomized design

Unit 2. Randomized block design

Unit 3. Latin square design

Unit 4. Factorial design

9 10

Block

7

Presentation of Data

Unit 1. Tabulation and Organization of data- frequency

distributions, cumulative frequency distribution, contingency

tables

Unit 2. Graphical presentation of data- histogram, frequency

polygon, ogive, stem and leaf plot, box and whiskers plot,

Graphs for nominal and ordinal data- pie diagram, bar graphs

of different types, graphs for relation between two variables,

line diagram.

Use of illustrations

Cautions in visual display of data

9 15

Block

8

The Research Report

Basic components of a research report- prefatory material,

Introduction and Review of Related Literature, Methodology,

Results, Discussion, Conclusion, Summary, Abstract,

Bibliography and Appendices

6 10

Block

9.

Preparation of a Research Proposal 2 5

Block

10

Ethics in Research 1

SEMESTER II

RESEARCH METHODS A D STATISTICS II (Practicals)

Contents:

Sr.No Subjects L Cr P/T D TP Internal P/V T


Statistics II (Pr) - 2 4 - - 50 - 50

Practicals

Sr. o Topic and Details o of

lectures

assigned

Weigtage

in %

Block

1

Coding of Data

Use of statistical programs

MS Excel

Introduction to SPSS

10

Block

2

Large and Small Sample tests and interpretation

Unit 1. Z-test for single proportions and difference between

proportions

Unit 2. Large sample test for single mean and difference

between means

Unit 3. Small sample tests- ‘t’-test, paired ’t’-test, ‘F’ Test

10 15

Block

3

Chi square test and its interpretation

Unit 1. General features, goodness of fit

Unit 2. Independence of Attributes

5 10

Block

4

Correlation and Regression and its interpretation

Unit 1. Basic concepts

Unit 2. Linear regression and correlation coefficient

Regression and prediction

Unit 3. Rank correlation, Product-moment method

7 15

Block

5

Analysis of Variance and its interpretation

Unit 1. One-factor analysis of variance

Unit 2. Two-factor analysis of variance

10 10

Block

6

Design of Experiments

Unit 1: Completely randomized design

Unit 2. Randomized block design

Unit 3. Latin square design

Unit 4. Factorial design

9 10

Block

7

Presentation of Data

Unit 1. Tabulation and Organization of data- frequency

distributions, cumulative frequency distribution,

contingency tables

Unit 2. Graphical presentation of data- histogram, frequency

polygon, ogive, stem and leaf plot, box and whiskers plot,

Graphs for nominal and ordinal data- pie diagram, bar

9 15

graphs of different types, graphs for relation between two

variables, line diagram.

Use of illustrations

Cautions in visual display of data

Block

8

The Research Report

Basic components of a research report- prefatory material,

Introduction and Review of Related Literature,

Methodology, Results, Discussion, Conclusion, Summary,

Abstract, Bibliography and Appendices

6 10

References

RESEARCH METHODS

1. Bell, J. (1997): Doing Your Research Project: A Guide for First-time Researchers in

Education and Social Science, Viva Books, New Delhi

2. Bell, J. (1997): How to Complete Your Research Project Successfully: A Guide for

First-time Researchers, UBSPD, New Delhi.

3. Bulmer, M.C. (1984): Sociological Research Methods: An Introduction, Macmillan,

Hong Kong.

4. Festinger, L. and Katz, D. (ed.) (1977): Research Methods in the Behavioral Sciences,

Amerind Publishing, New Delhi.

5. Holloway, I. (1997): Basic Concepts of Qualitiative Research, Blackwell Science,

London.

6. Jain, G. (1998): Research Methodology: Methods and Techniques, Mangal Deep,

Jaipur.

7. Kothari, C.R. (2000): Research Methodology: Methods and Techniques, Wishwa

Prakashan, New Delhi.

8. Kumar, A. (1997): Social Research Method (The Art of Scientific Investigation),

Anmol Publication, New Delhi.

9. Kumar, A. (2002): Research Methodology in Social Sciences, Sarup and Sons, New

Delhi.

10. McBurney, D.H. (2001): Research Methodology, Thomson-Wadsworth, Australia.

11. Pande, G.C. (1999): Research Methodology in Social Sciences, Anmol Publication,

New Delhi.

Statistics

19. GUPTA, S. (2001) “Research Methodology and Statistical Techniques”,Deep and

Deep, New Delhi, 510p.

20. HOODA, R.P. (2003) “Statistics for Business and Economics”, 3rd ed.,Macmillan

India Ltd., Delhi, 855p.

21. DEY, B.R. (2005) “Textbook of Managerial Statistics”, Macmillan India Ltd., Delhi,

318p.

22. FLEMING, M.C. & NELLIS, JOSEPH G. (1997) “The Essence of Statistics for

Business”, Prentice-Hall of India, New Delhi, 270p.

23. SARMA, K.V.S. (2001) “Statistics made Simple: Do it yourself on PC”, Prentice-

Hall, New Delhi, 257p.

24. CHAKRAVORTI, S.R. & GIRI, N. (1997) “Basic Statistics”, South Asian Pub.,New

Delhi, 271p.

25. DAS, M.N. (1989) “Statistical Methods and Concepts”, New Age, New Delhi,256p.

26. ELHANCE, D.N. (2000) “Fundamentals of Statistics [containing more than750

solved and 1250 problems for review exercise]”, Kitab Mahal, Allahabad, 1523p.

27. GOON, A. & GUPTA, M. & DASGUPTA, B. (2001) “Fundamentals of Statistics”,

Vol.I & II, The World Press, Calcutta, 150p.

28. GUPTA, S.P. (1996) “Practical Statistics”, 37th ed., S. Chand, New Delhi, 563p.

29. GUPTA, S.C. (2000) “Fundamentals of Statistics”, Himalaya Pub., Mumbai, 1343p.

30. GUPTA, S.P. (2000) “Statistical Methods”, Sultan Chand & Sons, New Delhi, 1428p.

31. GUPTA, C.B. & GUPTA, V. (1973) “An Introduction to Statistical Methods”, Vikas

publishing house pvt. ltd., New Delhi, 829p.

32. NAGAR, A.L. & DAS, R.K. (1997) “Basic Statistics”, 2nd ed., OUP, Delhi, 424p.

33. SHENOY, G.V. & PANT, M. (2006) “Statistical Methods in Business and Social

Sciences”, Macmillan India Ltd., Delhi, 388p.

34. SPIEGEL, MURRAY R. (1998) “Schaum's Outline of Theory and Problems of

Statistics”, 3rd ed., Tata McGraw-Hill Pub., New Delhi, 538p.

35. TRIOLA, MARIO F. (1998) “Elementary Statistics”, 7th ed., Addison Wesley

Longman, America, 804p.

36. RICHARD A. (1992) “Applied Multivariate Statistical Analysis”, Prentice-Hall, New

Delhi, 642p.

-------------

SEMESTER II

Woven Fabric Structures and Fabric Analysis (Theory)

Objectives:

1. To help students to understand the different yarn numbering systems and weaving

calculations

2. To enable the students to gain knowledge of different weaving machines and weaving

mechanism.

3. To acquire knowledge of the different types of fabric structures and design and be able to

prepare woven designs with suitable draft and peg plan.

4. To enable the students to analyze different types of weave patterns

5. To learn the principles of creating different colour and weave effects in weaving.

6. To learn to set the sample looms and weave different designs

Sr.

No


1 Woven Fabric Structures and Fabric

Analysis (Theory)

4

4

-

2.5

75

25

-

100

Contents:

Sr.

o


Lectures

assigned

Weigtage

in %

Block

1

a) Yarn and their Characteristics – Continuous Filament and

Spun Yarns, Uniformity, Smoothness and luster, Resistance

to flattening, Fibre and yarn strength, Fibre density shape

and crimp, Bulked and textured yarns, Core spun and

Stretch yarns

b) Yarn count (single and folded or ply yarns) – different

numbering systems, resultant count, yarn diameter, yarn

twist and its influence on woven structure

08 10

Block

2

Cloth Calculations - Factors involved in cloth calculations –

Calculation of weight of Warp & Weft calculation, Quantity

of material required for a piece (Grey fabric, bleached and

dyed fabric), per linear and square meter

10 15

Block

3

a) Brief study of Preparatory Machines – Cone and cheese

winding machine, Pirn winding, Beam warping machine,

Sizing machines and the different yarn packages with their

characteristics

b) Weaving Looms – Brief introduction to working of the

following looms – Tappet, Dobby, Jacquard, Shuttle less

looms (projectile, rapier, water jet, air jet and circular loom)

- Basic operations in weaving (Shedding, picking,

beating, take up, let off), Drawing in knotting and denting

plans

15 20

c) Elements of Woven Design – Weave repeat unit,

Construction of drafts and lifting plans, Relation between

design, Draft and lifting plan, Construction of drafts and

lifting plans from the design, Construction of design from

draft and lifting plan, Systems of drafting, Heald

calculation, Drafting

Block

4

Elements of cloth structure – Weave and weave notation,

Warp and weft crimp, Warp and weft weight calculation,

Cover Factor, Yarn and fabric strength relationships

02 10

Block

5

Elementary Weaves

Plain Weave – Introduction, Classification of plain cloth,

Derivatives - Warp rib weave, weft rib weave, matt,

Ornamentation of plain weave

Twill weave – Introduction, Balance and unbalance twill,

angle of twill, Weaves constructed on twill bases- waved

twill, Herringbone twill, broken twill, trans[posed twill,

elongated twill, combination of twill weave

Sateen and satin weaves – General characteristics, regular

and irregular sateens and satin

Other weaves – Diamonds and Diapers, Crepe, Honeycomb,

Huckaback, Mockleno, moss crepe, Honeycomb, Brighton

Honeycomb, Bedford cord, Welts and Pique

Extra weft and extra war figuring effects

Lappet and swivel figured fabrics

Warp, weft pile fabric and terry & Turkish towels

Gauze and net leno

Damask

Double cloth

Triaxial weave

Simple colour and weave effects – General considerations,

combining weave with colour, representation of colour and

weave effect on graph paper, classification of colour and

weave effect, producing variety of effects using same weave

and colour – continuous line effect , Hound’s tooth effect,

Bird’s eye and spot, all over effect

Compound colour and weave effect - Stripe and checks

colour and weave effect

25 45

References:

1. Watson Textile Design and Colour– Grosicki, Z.J, Newness Butter Worths.

2. Advance Textile Design –William Watson , Longmans Green and Co. Ltd.

3. Grammar of Textile Design- Nisbet H., Taraporewale Sons and Co., Bombay.

4. Weaving Mechanisms – K.T. Aswani Mahajan Book Distributors, Ahmedabad.

5. Weaving Calculations – R. Sengupta, Taraporewale Sons and Co., Bombay

6. Woven Cloth Construction – Robinson and Mark, Butter Worth and Co.Ltd, London.

7. Elements of Weaving – Thorpe, Azaba, Doubleday and Co. New York

8. Modern Weaving – Singh R. H., Mahanjan Book Distributors, Ahmedabad.

9. Weaving Technology – Kulkarni M.M., Virinda, Publication, Jalgaon.

10. Yarn and Cloth Calculation. – Amalsar D.M

11. Handloom Weaving –Amalsar D.M.

12. Fabric Structure and Cloth Analysis -Amalsar D.M.

13Geotextiles Handbook – T.S. Ingold and K. S. Miller, Thomas Telford

14. Textiles – Fibre to Fabric - B. P. Corbman

15. Textiles 3rd edition - N. Hollen and J.Saddler

16. Handloom weaving technology – Allen Fannin, Van Nostrand.

--------------

SEMESTER II

Woven Fabric Structures and Fabric Analysis (Practical)

Objectives:

1. To help students to understand the different yarn numbering systems and weaving

calculations

2. To enable the students to gain knowledge of different weaving machines and weaving

mechanism.

3. To acquire knowledge of the different types of fabric structures and design and be able to

prepare woven designs with suitable draft and peg plan

4. To enable the students to analyze different types of weave patterns

5. To learn the principles of creating different colour and weave effects in weaving.

6. To learn to set the sample looms and weave different designs

Sr.

No


1 Woven Fabric Structures and Fabric

Analysis (Practical)

- 2 4 - - 25 25 50

Contents:

Sr.

o

Topics and Details o. of

Lectures

assigned

Weigtage

in %

Block

1

Analysis of different woven sample samples studied in

theory for design, repeat, draft, peg plan and other

details, on inch graph paper

15 35

Block

2

Creating stripes, checks and colour and weave effects on

inch graph paper.

10 15

Block

3

Creating suitable design repeat for dobby and jacquard

looms on graph paper

10 5

Block

4

Setting of table loom / sample loom and weaving the

following weave samples- plain, basket, rib, satin, twill

and twill based, herringbone, diamond, honeycomb,

mockleno.

Color and weave effect designs, and any other fancy

weaves.

25 45

References:

1. Watson Textile Design and Colour– Grosicki, Z.J, Newness Butter Worths.

2. Advance Textile Design –William Watson , Longmans Green and Co. Ltd.

3. Grammar of Textile Design- Nisbet H., Taraporewale Sons and Co., Bombay.

4. Weaving Mechanisms – K.T. Aswani Mahajan Book Distributors, Ahmedabad.

5. Weaving Calculations – R. Sengupta, Taraporewale Sons and Co., Bombay

6. Woven Cloth Construction – Robinson and Mark, Butter Worth and Co.Ltd, London.

7. Elements of Weaving – Thorpe, Azaba, Doubleday and Co. New York

8. Modern Weaving – Singh R. H., Mahanjan Book Distributors, Ahmedabad.

9. Weaving Technology – Kulkarni M.M., Virinda, Publication, Jalgaon.

10. Yarn and Cloth Calculation. – Amalsar D.M

11. Handloom Weaving –Amalsar D.M.

12. Fabric Structure and Cloth Analysis -Amalsar D.M.

13Geotextiles Handbook – T.S. Ingold and K. S. Miller, Thomas Telford

14. Textiles – Fibre to Fabric - B. P. Corbman

15. Textiles 3rd edition - N. Hollen and J.Saddler

16. Handloom weaving technology – Allen Fannin, Van Nostrand

----------------

SEMESTER II

History of Fashion and Fashion Design (Theory)

Objectives:

1. To enables students to discuss about major political, economic and social happenings

from the ancient period till present century and their influence on fashion industry.

2. To learn about the designers of national and international fame and their contribution

to the fashion of today.

3. To enable the students to focus on design details, creation of styles and rendering

techniques using different media-(Pencils, pen , marker , charcoals, brushes, colors ,

papers ,etc.) and different themes.

4. To acquaint the students with built- in computer programmers in relation to fashion.

Sr.

No


1 History of Fashion and Fashion

Design (Theory)

4

4

-

2.5

75

25

-

100

Contents:

Sr.

o


Lectures

assigned

Weigtage

in %

Block.

1

HISTORY OF FASHIO 20 25

Growth of the couture: The Beginning of Dress

A.Couture from Ancient Period (First Century B.C. to

Fifth Century A.D.) Assignments to be given to students

Egyptian

Greek

Roman

French

B.Couture from Middle Age Period (Fifth Century A.D

to 15th Century)

Italian

French

England

Flemish & German

C.Couture from Renaissance Period (15th Century to

18th Century)

Italian

German

French

Spain

England

D.Couture from 18th Century till date

France

Italy

England

American

Japanese

E.Costumes of India (Past to Present)

Block.

2

FASHIO DESIG 40 75

A. Introduction to Fashion terminologies, concepts, its

creation and analysis

1. Elements used in creating a design.

2. Composition-

-with one element

-with more than one elements.

3. Color- Its sensitivity and composition in dress.

4. Harmony- in form of space coverage to design of

the

dress.

5. Components of fashion:

-Style

-Silhouette

- Details

-Color

-Texture

-Trims

B. Fashion Designer and his role in Fashion Industry

C. Fashion Forecasting.

D. Understanding and sketching of theme based on

fashion forecast

Sourcing of raw materials.

Developing line, based on fabric and them selected.

Spec sheet study

Sampling

Garment analyses

Costing – construction of garments

Line presentation

Use of sale promotion material.

E. Study of fashion markets and its segments.

F. Designers- International and National. (Assignments

to be given to the students)

References:

1. Inside fashion design-Sharon Lee Tate, Harper and row, Publishers New York

2. Life Styles, Fashion Styles-Kathryn Samuel, Orbis, London

3. The Great Fashion Designers-Milbank, C.R. (1985) Couture, Thames and Hudson

Publications

4. The Changing World of Fashion-Carter, E (1977), G.P. Putnam’s Sons, New York

5. The World of Fashion-Rubin, L. G.(1976), Canfield Press, San Francisco

6. Fashion Kaleidoscope-Castelino, M. (1994), Rup & Co.

7. The Fashion Makers-Walz B. and Morris, B. (1978) , Random House

8. Lifestyle – Fashion styles-Samuel, K. (1986),Orbis Book Publishing Corporation Ltd,

London

9. Fashion Design and Product Development-Carr, H. and Pomery, J. (1992), Blackwell

Scientific Publications, London, Edinburgh, Boston, Abling Bina, Fashion

Sketchbook, Fairchild Publishers, New York

10. The Concise History of Costume and Fashion-Laver. James , New York, Harry

Abrahams, 1960

11. Costume through the ages-Laver. James , New York, Simon and Schuster, 1968

12. The Mode in Costume-Wilcox. Turner R, New York, Charles Scribner’s Sons, 1958

13. Indian Costume Ghurey, G.S , Bombay, Popular Prakashan, 1951

14. Costume and Textiles of India-Bhushan Brij J., Bombay, D.B. Taraporwala & Co.

15. Historic Costumes-Lester R.N Illinois. Chas A. Benette and Co.

16. Costume Throughout the ages Ecan C.C, New York, J.B. Limancott

17. The History of Costume -Kemper Rachel H.

----------

SEMESTER II

History of Fashion and Fashion Design (Practical)

Objectives:

1. To enables students to discuss about major political, economic and social happenings

from the ancient period till present century and their influence on fashion industry.

2. To learn about the designers of national and international fame and their contribution

to the fashion of today.

3. To enable the students to focus on design details, creation of styles and rendering

techniques using different media-(Pencils, pen, marker, charcoals, brushes, colors,

papers, etc.) and different themes.

4. To acquaint the students with built- in computer programmers in relation to fashion.

5.

Subjects L Cr P /

T

D TP Internal P/V T

1 History of Fashion and Fashion Design

(Practical)

- 2 4 - - 25 25 50

Contents:

Sr.

o


Lectures

assigned

Weigtage

in %

Block.

1

1.Sketching of different action croqui (front , back and

side view)

20 20

Block.

2

2.Sketching of Garments and Garments Details:-

1. Necklines and collars 4.Blouses, coats and jackets

2. Sleeves details 5.Pleats, cowls and cascades

3. Skirts and pants 6. Yokes and underskirts

05 10

Block.

3

3.Sketching of Accessories:-

Hats and headgears

Footwear

Bags and purses

Jewellery

Any other accessories

05 10

Block.

4

4.Basic Rendering Techniques:-

Color matching using different mediums

Stripes

Checks, gingham and plaids

Patterns and textures

Reducing a print

Shading

10 15

Block.

5

5. Based on fashion forecast, Design a line of 6 ensembles

for women’s wear – with reference to

Sourcing of raw materials

Developing line based on the fabric and theme selected

Spec sheet study

20 45

Sampling

Garment analysis

Costing – construction of garments

Line presentation

Use of sale promotion material

References:

1. Inside fashion design-Sharon Lee Tate, Harper and row, Publishers New York

2. Life Styles, Fashion Styles-Kathryn Samuel, Orbis, London

3. The Great Fashion Designers-Milbank, C.R. (1985) Couture, Thames and Hudson

Publications

4. The Changing World of Fashion-Carter, E (1977), G.P. Putnam’s Sons, New York

5. The World of Fashion-Rubin, L. G.(1976), Canfield Press, San Francisco

6. Fashion Kaleidoscope-Castelino, M. (1994), Rup & Co.

7. The Fashion Makers-Walz B. and Morris, B. (1978) , Random House

8. Lifestyle – Fashion styles-Samuel, K. (1986),Orbis Book Publishing Corporation Ltd,

London

9. Fashion Design and Product Development-Carr, H. and Pomery, J. (1992), Blackwell

Scientific Publications, London, Edinburgh, Boston, Abling Bina, Fashion

Sketchbook, Fairchild Publishers, New York

10. The Concise History of Costume and Fashion-Laver. James , New York, Harry

Abrahams, 1960

11. Costume through the ages-Laver. James , New York, Simon and Schuster, 1968

12. The Mode in Costume-Wilcox. Turner R, New York, Charles Scribner’s Sons, 1958

13. Indian Costume Ghurey, G.S , Bombay, Popular Prakashan, 1951

14. Costume and Textiles of India-Bhushan Brij J., Bombay, D.B. Taraporwala & Co.

15. Historic Costumes-Lester R.N Illinois. Chas A. Benette and Co.

16. Costume Throughout the ages Ecan C.C, New York, J.B. Limancott

17. The History of Costume -Kemper Rachel H.

----------

SEMESTER II

Technical Textiles (Theory)

Objectives:

1. To familiarise the students with technical textiles and its future prospects

2. To acquaint the students with technical fibers, yarns and fabric structure

3. To familiarise student with various application of technical textiles

Sr.

No


1 Technical Textiles (Theory) 4 4 - 2.5 75 25 - 100

Contents:

Sr.

o


Lectures

assigned

Weigtage

in %

Block

1

Technical Textiles

Introduction Definition & Scope, Development

Processes, Applications, Globalizations, Future prospects

of technical textile industry

08 15

Block

2

Brief introduction to Technical fibers

- Conventional and New developed fibers and their

applications

08 5

Block

3

Brief introduction to Technical yarns 04 10

Block

4

Technical Fabric Structures

a) Brief study of woven and knitted fabrics

b) Detailed study of Non woven structure –

Introduction, methods of

batt production, different methods of web laying, flash

spinning, melt blown, different methods of bonding,

Hydroentanglement process.

20 25

Block

5

Brief introduction to Textile Reinforced – Composite

material

04 5

Block

6

Finishing of Technical Textiles

- Introduction, Processes, Mechanical, Heat setting and

Chemical process

05 10

Block

7

Coating of Technical textiles

- Introduction, methods of coating, fusible interlining

and laminating

03 10

Block

8

Application of Technical Textiles – (Assignments to be

given to students )

- Medical textiles, Geo textiles, Defence textiles,

Transport textiles, Automotive textiles and others

08 20

References:

1. Handbook of Technical Textiles – Edited by A R Horrocks and S C Anand

2. Technical Textiles – C Byrne, Textiles Marg issue 2.95, 1995

3. Specialty Fibers for Technical Textiles – J E Mcintyre, Dept. of Textile Industry

4. University of Leeds

5. Handbook of Textile Fibers, Manmade Fibers – JG Cook, 5th edition, Merrow 1984

6. Woven Cloth Construction – AT Robinson and R Marsh, The Textile Institute

7. Manchester, 1973

6. Contribution of Knitting to Current & Future Developments in Technical Textiles –

8. S C Anand, Conference of Technical Textiles Group, The Textile Institute

9. Manchester, 1988

7. Production & Properties of Non – Woven – A Newton & J E Ford, Textile

10. Progression, 1973

8. Developments in Non – woven fabrics – A T Purdy, Textile Progression, 1980

9. Coated Fabrics – K Krishna J 1995

10. Coated Fabrics – F Bohin et al., 1998

11. An Introduction to Composite Materials – M G Bader, University of Surrey 1997

12. Composite Materials: Engineering and Science – F L Mathews & R Rawlings,

11. Chapman and Hall, London 1994

12. Coated Fabrics – S J Krishnan, 1991

13. Related Published bound book of papers from SASMIRA & BTRA

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sndt women’s university syllabus m sc. m. sc. textile...

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