RASHTRASANT TUKADOJI MAHARAJ NAGPUR UNIVERSITY, NAGPUR (Established by Government of Central Provinces Education Department by Notification No. 513 dated the 1 st of August, 1923 & presently a State University governed by Maharashtra Public Universities Act, 2016)

RASHTRASANT TUKADOJI MAHARAJ NAGPUR UNIVERSITY NAGPUR FACULTY OF SCIENCE AND TECHNOLOGY DIRECTION NO 19 OF 2019

(Issued Under Section 12(8) of the Maharashtra Public Universities Act, 2016) The Examination leading to the Degree of Bachelor of Science semester pattern Direction, 2019. Whereas the Maharashtra Public Universities Act, 2016 is made applicable to the University w.e.f. 1 st March 2017 (hereinafter referred to as the Act); AND Whereas, Section 12(8) of the Act empowered the Vice-Chancellor to issue Direction for regulating the matter for which Statute/Ordinance /Regulations is not made or to amend the existing Statute /Ordinance /Regulations; AND Whereas provision of Section 12(8) provided that the Direction issued by the Vice-Chancellor shall automatically lapsed after 180 days. AND Whereas, Direction No. 70 of 2016 was issued by the Vice-Chancellor on 07/10/2016. Which could not have been converted into the Statute/Ordinance/Regulations within Six months AND Whereas, Direction No.70/2016 issued by the Vice-Chancellor on 07/10/2016 is required to be renewed for regulating the matter involved in the said Direction.

Now, therefore, I, Dr. Siddharthavinayaka P. Kane, Vice- Chancellor,Rashtrasant Tukadoji Maharaj Nagpur University, Nagpur in exercise of powers conferred upon me under provision of Section 12(8) of the Maharashtra Public Universities Act, 2016, do hereby issue following Directions to renew Direction No. 70 of 2016.

1. This Direction shall be called "Direction governing the Examination leading to the Degree of Bachelor of Textile Science (Semester Pattern) in the Faculty of Science and Technology, Direction No.-19 of 2019,R.T.M.Nagpur University, Nagpur.”.

2 (i) The following shall be the examination leading to the Degree of Textile Science in Semester Pattern in the faculty of Science & Technology namely

a. The Bachelor of Textile Science Semester-I Examination; b. The Bachelor of Textile Science Semester-II Examination; c. The Bachelor of Textile Science Semester-III Examination; d. The Bachelor of Textile Science Semester-IV Examination; e. The Bachelor of Textile Science Semester-V Examination; f. The Bachelor of Textile Science Semester-VI Examination.

. (ii) The period of Academic Session shall be such, as may be notified by the University.

3. The theory examination of Semester-I, II, III, IV, V and VI shall be conducted by the University and shall be held separately at the end of each semester at such places and dates as may be decided by the University.

4 The Examination specified in Para (3) shall be held twice every year at the places and on the dates prescribed by the University.

ELIGIBILITY TO THE COURSE 5. Admission and Eligibility Criteria: Subject to their compliance with the provisions of this Direction and of other Ordinance in force from time to time, an applicant for admission to Semester I of Bachelor of Textile Science have passed XII standard examination of MS Board of Secondary and Higher Secondary Education or any other examination recognized as equivalent there to with not less than 40% marks under the following faculties – Science /Home Science/ Commerce/ Arts with English as one of the subjects. 6. a) Bachelor of Textile Science Semester-I Examination Students who have fulfilled the eligibility criteria as mentioned in section 5 have been admitted to this course in semester I b) In case of the Bachelor of Textile Science Semester II, III, IV, V and VI Examinations:- i) Candidates who have passed the 2 or 3 years Diploma of MSBTE In Textile Technology in Dress Designing and manufacturing and Diploma in Garment Technology should be given admission in Bachelor of Textile Science 2nd Year (Semester 3) with minimum 50% marks ii) The student should have attended a minimum of 90 days in the respective semester and passed the previous semester examination as per the rules of ATKT as mentioned in Para 7 of this direction.

7 Norms of A.T.K.T: The admission to the program shall be subjected to ATKT rules as given below:

Table 1 Admission to Student Student should have Student should have passed at semester should have attended the session / least one half of the passing heads appear for term satisfactory of the following examinations the (Theory and practical as separate examination passing head and on calculation fraction if any, shall be ignored ) 1 2 3 BFD/BTS Semester I or admitted Semester I as per para 6a of this ------Direction

BFD/BTS Sem.I Semester II ------Semester II

BTS Semester III Semester III or One half of the total head Sem.I And Sem.II as admitted as per para prescribed for Sem I and Sem II para 6(b)(i) 6b (i) of this Direction examination BTS Semester Semester IV ------IV Sem.III a) Passed Sem I & II BTS Semester V Semester V examination and b) One half of the total Sem.III and head prescribed for sem III & Sem. IV IV examination BTS Semester Semester VI ------VI Sem. V

8 Without Prejudice to the other provisions of Ordinance No._6_ relating to the examination in general, The provision of Para 5,6,7,8,10 and 32 of the set ordinance shall apply to every collegiate candidate. 9 The Tuition & Other fees for the above examination shall be prescribed by the University time to time

10 Every candidates for semester I, II, III, IV,V and VI of Bachelor of Textile science examination shall be examined by the RTM Nagpur University in the subject as laid down in the appendices to this ordinance. a. The Scope of the subject as indicated in the respective syllabus in force from time to time. b. The medium of instruction and examination shall be English. Students can write paper in English/ Hindi /Marathi.

11 The applicant for admission to above examination shall satisfy the Principal/Director about his/her progress in studies and regularity of attendance during the academic session. 12 The Principal/Director of the College shall maintain the complete record of Sessional marks before commencement of the written examination. 13 The classification of the examinees successful only at the final examination shall be determined on the basis of the aggregate marks obtained by the examinee at part I, II and III examination taken together. 14 The examinee obtained 60% or more marks in the aggregate shall be placed in first Division, those obtained 45% or more but less than 60% shall be placed in second division and all other examinee shall be declared to have passed in third Division. 15 The examinee who is successful at an examination and obtained not less than 75% of the total marks prescribed in any subject shall be declared to have passed the examination with distinction in the subject concern. 16 Provision of Ordinance No. 3 of 2007 relating to the condonation of Deficiency of marks for passing an examination shall apply to the Examination under this direction. 17 An unsuccessful examinee at any of the above examination shall carry college assessment Marks (Sessional Marks) of the theory/Practical examination/to the successive attempt at the examination. The examinee however can forgo His/her college assessment marks in the subject or subjects in which he/she shall be examined for total marks comprising of theory and Sessional together at his/her successive attempts. 18 The successful examines at Part III of the above examination shall be awarded degree of Bachelor of Textile Science in the convocation of for the year concerned. 19 Absorption / Matching Scheme: a) While switching over to semester pattern, the failure students of annual pattern will be given total five (three plus two) chances to clear each examination. After availing five chances for clearing the examination as per annual pattern, no examination would be held for annual candidates. b) The candidates who have cleared first year annual pattern examination in the subject shall get admission to third semester directly. However, candidates who are allowed to keep term will not be eligible for admission to third semester unless they clear all the papers and practical’s of first year annual pattern examination. c) The candidates who have cleared second year annual pattern examination in the subject shall get admission to fifth semester directly. However, candidates who are allowed to keep term will not be eligible for admission to fifth semester unless they clear all the papers and practical’s of second year annual pattern examination. d) The unsuccessful students of old course (Yearly Pattern) shall be permitted to appear for higher class as per the new course (Semester Pattern) examination of the Bachelor of Textile Science programme (Semester Pattern) provided that they submit a certificate from the Head of Department / Principal of the College stating that they have satisfactorily undergone a course of study in all the subjects of the new course. .

e) For other Statutory University candidates with similar yearly pattern program, clause ‘b’ and ‘c’ shall be applicable subject to equivalence of R. T. M. Nagpur University for that particular course.

20. With the issuance of the Direction No 19 of, 2019 , the Direction No70 Of 2016 shall stand repealed.

I, further, direct that the aforesaid Direction shall come into force from the date of issuance and shall remain in force till the relevant Ordinance comes into being, in accordance with the provisions of the Maharashtra Public Universities Act,2016.

NAGPUR Sd/-

Dated : 22/4/2019 ( Dr. S. P. Kane ) Vice Chancellor

ABSORPTION SCEHEME FOR BACHELOR OF TEXTILE SCIENCE The candidates declared unsuccessful after appearing for the exam with previous syllabus will have to give exam with modified syllabus for specific subjects as mentioned below – Previous Sem I Revised Sem I Previous Sem II Revised Sem II Elements of Design Elements of Design Colour Composition Colour Composition Fundamentals of Fundamentals of Fundamental of Fundamental of Textile – I Textile – I - II Textiles - II Computer – Basics Computer – Basics Computer Computer Application in Application in Designing Designing Chemical Chemical Chemical Processing Chemical Processing Processing - I Processing - I – II – II Traditional Indian Traditional Indian Traditional Indian Traditional Indian Textiles – I Textiles – I Textiles - II Textiles - II Functional English Functional English Communication Communication Skills in English Skills in English

Previous Sem III Revised Sem III Previous Sem IV Revised Sem IV Basic Woven Basic Woven Basic Woven Basic Woven Structu re – I Structure – I Structure - II Structure - II Fundamentals of Fundamentals of Fundamental of Fundamental of – I Knitting – I Knitting – II Knitting – II Textile Testing - I Textile Testing - I Textile Testing - II Textile Testing - II Technolog – I Dyeing Technology – I Dyeing Technology – II Dyeing Technology – II Applied Textile Applied Textile Applied Textile Applied – I Design – I Design – II Design – II Computer Aided Computer Aided Non - Wovens Non - Wovens Textile Design – I Textile Design – I Seminar Seminar

Previous Sem V Revised Sem V Previous Sem VI Revised Sem VI Advance Woven Advance Woven Advance Woven Advance Woven Structure -I Structure -I Structure - II Structure - II Technical Textiles Technical Textiles Weaving Calculations Calculations Intricate Traditional Intricate Traditional Intricate Traditional Intricate Traditional Textile -I Textile -I Textile -II Textile -II Printing Technology -I Printing Technol ogy -I Printing Printing Technology-II Technology- II Computer Aided Computer Aided Product Design Product Design Textile Design-II Textile Design-II seminar seminar Entrepreneurship Entrepreneurship Development Development Textile Marketing Textile Marketing + Seminar + Seminar

In Plant Training In Plant Training

BACHELOR OF FASHION DESIGN / TEXTILE SCIENCE - SEMESTER – I Teaching & Examination Scheme

Sr.No. Subject Marks Hours / Week Duration of the exam

(TH) (TH) Total Total Thoery Theory Theory Internal Internal Practical Practical Assessment Assessment Min.Passing 1T1 Elements of Design 40 10 50 20 04 04 08 02 -- 1T2 Fundamentals of Textile – I 40 10 50 20 04 -- 04 02 -- 1T3 Computer –Basics 40 10 50 20 04 04 08 02 -- 1T4 Chemical Processing - I 40 10 50 20 04 -- 04 02 -- 1T5 Traditional Indian 40 10 50 20 04 -- 04 02 -- Textiles I 1T6 Functional English 40 10 50 20 04 -- 04 02 -- Total 24 60 30 24 08 32 -- 0 0

• Separate Passing for Theory and Practical • Combined passing 40% –Theory +Internal Assessment (IA) taken together Combined passing 40%- Practical + Internal Assessment (IA) taken together • Practical examination of Semester I and Semester II taken together at the end of Semester II

BACHELOR OF FASHION DESIGN / TEXTILE SCIENCE - SEMESTER – II Teaching & Examination Scheme

SN Subject Marks Hours / Duratio Week n of the exam

Total Total Total Theory Theory Theory Practical Practical Practical Theory I.A. Min. Passing Min. Passing Practical I.A.

2T1 Colour 40 10 50 20 80 20 100 40 04 04 08 02 03 Composition 2T2 Fundamental of 40 10 50 20 ------04 -- 04 02 -- Textiles - II 2T3 Computer 40 10 50 20 80 20 100 40 04 04 08 02 03 Application in Designing 2T4 Chemical 40 10 50 20 ------04 -- 04 02 -- Processing – II 2T5 Traditional 40 10 50 20 ------04 -- 04 02 -- Indian Textiles - II 2T6 Communicat 40 10 50 20 ------04 -- 04 02 -- ion Skills in English 24 60 300 160 40 200 24 08 32 0 • Separate Passing for Theory and Practical • Combined passing 40% –Theory +Internal Assessment (IA) taken together Combined passing 40%- Practical + Internal Assessment (IA) taken together • Practical examination of Semester I and Semester II taken together at the end of Semester II

BACHELOR OF TEXTILE SCIENCE - SEMESTER – III Teaching & Examination Scheme SN Subject Marks Hours / Week Duration of the exam

Total Total Theory Theory Theory Practical Practical Theory I.A. Min.Passing Min.Passing Practical I.A.

3T1 Basic Woven 40 10 50 20 -- -- 04 02 06 02 -- Structure – I 3T2 Fundamentals of 40 10 50 20 -- -- 04 -- 04 02 -- Knitting – I 3T3 40 10 50 20 -- -- 04 -- 04 02 -- Textile Testing - I 3T4 Dyeing Technolog – I 40 10 50 20 -- -- 04 04 08 02 -- 3T5 Applied Textile 40 10 50 20 -- -- 04 02 06 02 -- Design – I 3T6 Computer Aided ------50 20 -- 04 04 -- -- Textile Design – I Seminar 200 50 250 50 20 12 32

• Separate Passing for Theory and Practical • Combined passing 40% –Theory +Internal Assessment (IA) taken together • Combined passing 40%- Seminar/ Practical + Internal Assessment (IA) taken together • Practical examination of Semester III and Semester IV taken together at the end of Semester IV

BACHELOR OF TEXTILE SCIENCE - SEMESTER – IV Teaching & Examination Scheme SN Subject Marks Hours / Week Duration of the exam

I.A. I.A. Min. Min. Total Total Total Theory Theory Theory Theory Passing Passing Practical Practical Practical Practical

4T1 Basic Woven 40 10 50 20 80 20 100 40 04 04 08 02 03 Structure - II 4T2 Fundamental of 40 10 50 20 ------04 -- 04 02 -- Knitting – II 4T3 40 10 Textile Testing 50 20 80 20 100 40 04 04 08 02 03 - II 4T4 Dyeing 40 10 50 20 ------04 -- 04 02 -- Technology – II 4T5 Applied 40 10 50 20 ------04 -- 04 02 -- Textile Design – II 4T6 40 10 50 20 ------04 -- 04 02 -- Non - Wovens 24 60 300 160 40 200 24 08 32 0 • Separate Passing for Theory and Practical • Combined passing 40% –Theory +Internal Assessment (IA) taken together Combined passing 40%- Practical + Internal Assessment (IA) taken together • Practical examination of Semester I and Semester II taken together at the end of Semester II

BACHELOR OF TEXTILE SCIENCE - SEMESTER – V Teaching & Examination Scheme SN Subject Marks Hours / Week Duration of the exam

Total Total Theory Theory Theory Practical Practical Theory I.A. Min.Passing Min.Passing Practical I.A.

5T1 Advance Woven 40 10 50 20 -- -- 04 04 08 02 -- Structure -I 5T2 Technical Textiles 40 10 50 20 -- -- 04 -- 04 02 -- 5T3 Intricate Traditional 40 10 50 20 -- -- 04 02 06 02 -- Textile -I 5T4 Printing Technology - 40 10 50 20 -- -- 04 02 06 02 -- I 5T5 Computer Aided ------50 20 -- 04 04 -- -- Textile Design- seminar 5T6 Entrepreneurship 40 10 50 20 -- -- 04 -- 04 02 -- Devel opment 200 50 250 50 20 12 32

• Separate Passing for Theory and Practical • Combined passing 40% –Theory +Internal Assessment (IA) taken together • Combined passing 40%- Seminar/ Practical + Internal Assessment (IA) taken together • Practical examination of Semester III and Semester IV taken together at the end of Semester IV

BACHELOR OF TEXTILE SCIENCE - SEMESTER – VI Teaching & Examination Scheme SN Subject Marks Hours / Week Duration of the exam

Total Total Total Theory Theory Theory Practical Practical Practical Theory I.A. Min. Passing Min. Passing Practical I.A. 6T1 Advance Woven 40 10 50 20 80 20 100 40 04 06 10 02 03 Structure - II 6T2 Weaving 40 10 50 20 ------04 -- 04 02 -- Calculations 6T3 Intricate 40 10 50 20 ------04 -- 04 02 -- Traditional Textile -II 6T4 Printing 40 10 50 20 ------04 -- 04 02 -- Technolog y-II 6P2 Product Design ------80 20 100 40 -- 06 06 -- 03 6T5 Textile Marketing 40 10 50 20 -- 50 50 20 04 02 06 02 -- + Seminar 6I.T ------Grade ------In Plant .1 Training 200 50 250 160 90 250 20 14 34 • Separate Passing for Theory and Practical • Combined passing 40% –Theory +Internal Assessment (IA) taken together Combined passing 40%- Practical + Internal Assessment (IA) taken together • Practical examination of Semester I and Semester II taken together at the end of Semester II

Bachelor of Fashion Design and Bachelor of Textile Science (Home Science)

Semester – I Elements of Design 1T1

Theory Marks – 40

(Sessional) I.A. Marks – 10 Objectives : 1. To study the basic elements and principles of design. 2. To study the different types of motifs. Unit I : 1.1 Design definition – Meaning &Importance 1.2 Importance and role of design elements –Point, Line, Shape, Size, Colour, Value, Texture 1.3 Introduction to Textile Design 1.4 Introduction to Fashion Design Unit II : 2.1 Classification of Motifs 2.2 Study of different motifs of textile design • Natural • Decorative • Geometric • Abstract 2.3 Principles of design – importance and role in designing • Proportion • Repetition • Balance • Variety • Unity • Gradation • Emphasis • Dominance & Sub dominance Unit III : 3.1 Illusion 3.2 Perception 3.3 After image 3.4 Optical Illusion Unit IV : 4.1 Percentage of cover area in design 4.2 Preparation of motifs using design elements 4.3 Preparation for design Borders, all over designs, Bed sheet References: 1. Designer’s Guide- Volume 1- James Stockton 2. Basic Design and Anthropometry- S.V. Bapat 3. Design Sanvad- Mihir Bhole 4. A Basic Study- Bhagwat Gajanan and Arvind Desai 5. Fundamentals of designing for textiles and other end uses – J.W.Parchure

Practical Work 1. Design of points and line 2. Advance exercises in basic designs and rendering of simple designs 3. Study of traditional motifs of natural, decorative, geometric 4. One sheet of formal and informal balance 5. Study of positive and negative spaces 6. Prepare dress materials 7. Prepare bed sheet 8. Border – natural, geometric – 2 sheets 9. Design – scarf, table cloth – 2 sheets

Bachelor of Fashion Design and Bachelor of Textile Science (Home Science)

Semester – I Fundamentals of Textile – I 1T2

Theory

Marks – 40 Objectives : 1. To know about textile (Sessional)I.A.

2. To know about the types of , their properties & end uses Marks – 10 3. To understand the numbering system 4. To understand the classification of standard fabrics

Unit I: Textile fibres 1.1 Definitions of fibre, filament 1.2 Classification of textile fibres according to origin 1.3 Essential & desirable properties of textile fibres 1.4 Origin and making of following fibres - - - - - Unit II: Yarns 2.1 Introduction to cotton spinning and its processes ( Process flow chart for manufacturing of yarn – input, output, objectives and machinery used ) • Carded Yarn • Combed Yarn 2.2 Introduction to open end spinning 2.3 Differentiate between ring yarn and open end yarn 2.4 Different types of yarn and their properties and end uses • Fancy and Novelty yarn • Textured yarn • Embroidery yarn • Sewing yarn • Blended yarn (PV, PC, PW, CV, CS)

Unit III: Concept of Yarn Numbering system 3.1 Introduction to various yarns numbering system for various textile yarns 3.2 Introduction to Indirect yarn numbering system 3.3 Introduction to Direct yarn numbering system

Unit IV: Fabrics 4.1 Fabric - Definition 4.2 Definition of weaving, properties and end uses of woven fabrics

4.2.1 Study of standard fabrics such as , , organdie, cambric, mulmul, crepe, , , , , , fur, woolen, worsted.

4.3 Definition of knitting, types of knitting, properties and end uses of knitted fabrics

4.4 Definition on non-wovens, properties and end uses of non-wovens.

References: 1. Textiles Norma -Hollen 2. Weaving calculations -Sen Gupta 3. Watson’s Textile Design and Colour - Z Grosicki 4. Textiles to Fabric – Bernard Corbman 5. Textiles – Sara J. Kadolph

Bachelor of Fashion Design and Bachelor of Textile Science (Home Science) Semester - I Computer Basics 1T3 Theory Marks – 40 (Sessional)I.A. Marks – 10

Objectives : 1. Students should understand the significance and utility of computer. 2. To describe basic computer architecture. 3. To understand the working of Networking.

Unit I : Computer Fundamentals 1.1 Five basic component of computer system 1.2 Configuration of computer system 1.3 Characteristics of computer 1.4 Types of computer (Desktop, Laptop, Palmtop, PDAS, Tablets, Smart Phones) Unit II : Computer Memory 2.1 Primary Memory: (RAM, SDRAM, DDRAM, ROM, EROM, EPROM, EEPROM) Cache memory 2.3 Characteristics of Memory 2.4 Secondary memory: (Magnetic storage device, HDD, SSD, Tape drives, optical storage devices. Flash Memory cards, Memory sticks / Pen drives offline storage 2.5 Advantage and disadvantages of memory Unit III : Computer processing 3.1 Bits, Bytes, KB, MB, GB, TD, PB 3.2 Contemporary processors 3.3 Registers 3.4 Functions of each Registers

Unit IV : Internet 4.1 Internet working tools: Bridge, Routers, Gateways 4.2 Introduction to 2G, 3G, 4G, Technology 4.3 Internet service providers. 4.4 Internet Browsers 4.5 Search Engines Software required for conducting following Term work: Paint Brush Package, Microsoft Word, and Microsoft. Power Point Practical Work : 1. Motif development for specific end use symmetrical / asymmetrical, balanced, unbalanced 2. Use MS Word Processor application to create documentation on any topic of student’s interest. (limitation: only two pages) 3. Use MS power point presentation application and create PowerPoint presentation on Traditional Sarees, Flow chart of Spinning and Weaving, Indian Fashion Designer. 1 project for design work in computer prints for paint brush package, Word Processor and PowerPoint presentation to be submitted for internal assessment Reference : 1. Computer Fundamentals -Sinha P.K. -Vol I, II, III, IV 2. Introduction to Computers - Peter Nartons 3. Microsoft Windows 98 - Lery J.O. Linda, Leary 4. Micro soft Office 2000 - Lery J.O. Linda, Leary 10 5. Computer for Beginners - Arora Pawan, 6. Fundamentals of Computer -V.Rajaram.

Bachelor of Fashion Design and Bachelor of Textile Science (Home Science)

Semester - I Chemical Processing – I 1T4 Theory Marks - 40 (Sessional)I.A. Marks – 10 Objectives 1. To study the chemical processing of textile Material. 2. To become aware about Textile Chemistry.

Unit I: 1. Comparison of organic & Inorganic compounds 2. Water (Required for Textile Industry) a) Impurities in water b) Purification softening of water by using (i) Lime soda Treatment (ii) Zeolite or Base Exchange plant. Unit II: 1. Fiber Classification according to Chemical group 2. Textile fibres: Physical and Chemical properties of following fibers- i. Cotton ii.wool iii. Silk iv. Viscose v. vi. vii. Acrylic viii. polypropylene

Unit III: 1. Cotton Fabric processing sequence 2. Shearing & cropping 3. Singeing & Desizing 4. Scouring Unit IV: 1. Souring 2. Bleaching: (i) Hypochlorite (ii) Peroxide 3. Mercerizing – Fabric & Yarn &Barium number test

References: 1) Technology of Textile Processing - Vol 1(Textile Fiber) - Dr. V.A. Shenoi 2) Technology of Textile Processing - Vol III (Technology of Bleaching) - V.A. Shenoi 3) Technology of Textile Processing - Vol IX ( Fundamental Principal of Textile Processing) - V.A. Shenoi 4) Chemical technology of Fibre materials - F. Sadav 5) Textile scouring &Bleaching - E.R. Trotman

Bachelor of Fashion Design and Bachelor or Textile Science (Home Sciene) Semester – I Traditional Indian Textiles – I 1T5 Theory Marks – 40 (Sessional) I.A.Marks – 10 Objectives 1) To learn about traditional Indian Textiles 2) To understand various ornamentation techniques

Unit I: Evolution of Textile Design 1.1 History of Indian textile design 1.2 Importance of study of Textile Design 1.3 Journey of designing skills since ages 1.4 Influence of Religion, Art and Royalty on Textile Design 1.5 Influence of trade and media on textile design Unit II: Textile design 2.1 Design -Definition & classification 2.2 Methods of creating design on fabric • Structural ornamentation • Surface ornamentation Unit III: Textiles woven on pit loom 3.1 Meaning and introduction of sari weaving – parts of sari 3.2 Pit – loom weaving 3.2.2 Chanderi Sari (with reference to its motifs, techniques and color combination etc.) 3.2.3 Maheshwari Sari (with reference to its motifs, techniques and color combination etc.)

3.2.4 Mau sari

3.2.5 Shantipur Sari

Unit IV: Hand woven Textiles 4.1 Limitation and scope of hand loom weaving 4.1.1 Bhandara Karvat Kathi Sari 4.1.2 Nagpuri Sari 4.1.3 Sari 4.1.4 Balrampuri Sari with refrence to its motif, technique, colour combination and products

References:

1. The sari styles - patterns - History - Linda Lynton Techniques 2 Textile Arts of India Kokyo Hatanaka 3 Indian Saris Traditions Perspectives, Vijai Singh Katiyar Design 4 Decorative Design History In India Parul Bhatnagar Textiles & Costumes 5. Handcrafted Indian Textiles Martand Singh (Tradition And Beyond) Rta Kapur Chisti Rahul Jain 6. Traditional Textiles ShakeelaShaik 7. Costume, Textile and Jewellery of India Vandana Bhandari Tradition in Rajasthan 8 Traditional Indian Textiles John Gillow and Nicholas Barnard 9. Traditonal Indian Constumes& Textiles Parul Bhatnagar

Bachelor of Fashion Design and Bachelor of Textile Science

(Home Science)

Semester – I

Functional English

1T6 Theory Marks – 40 Objectives: (Sessional)I.A. Marks – 10 1. To improve English grammar skills of students for effective use of English as a language. 2. TIP : This subject should be taught in English only. Unit I : 1.1 PHONETICS BASIC : Pronunciation –Sounds : Vowels, consonants, Syllable, 1.2 Word stress – Transcription of Words 1.3 Grammar • Noun, kinds of noun • Pronouns, kinds of Pronouns • Articles, Prepositions, Conjunctions • Verbs, Tenses, Types of Tenses Unit II : 2.1 Narration, Voice 2.2 Degrees of comparison 2.3 Question tag 2.4 Simple, compound, complex sentences 2.5 Transformation of sentences : Assertive, Interrogative, Exclamatory, NO sooner than, either or, neither nor, unless until. Unit III : 3.1 Letter Writing : Parts of letter, 4C’s of letter, Lay out of letter 3.2. Business Letter • Enquiry& Replies • Order Letter • Complaints, Claims Letter • Sales Letter • Job Application with bio-data / resume • Goodwill letter • Band& Insurance Letter Unit IV : 4.1 Report Writing • Types of reports – Routine, Special (Technical) • Why is a report required – who asks for a report, • Stages of report writing : Assembling the material, planning the report, drafting the report, editing the repot. • Elements of a report : Introduction main data or facts, conclusion recommendation to the superior • Circular • Notices • Memo • Email Students are expected to practice effective oral and written communication i. Paper reading session (presented by the students) ii. Practice of face to face conversation iii. Listening & summarizing (listening carefully to passage & summarizing the important points) iv. Letter writing Continuous assessment of the above mentioned assignment & one presentation on any given topic. Reference : 1. Secrets of face to face communication -Peter urs Bender (Mecmillan Publications) 2 Learning to learn by Kenneth a Kiewra Nelson F. Dubros Publishers -Allyn & Bacon. 3. English for practical purpose - Z.N. Patil and B.S. Valke Ashok Thorat, Zeaneet Merchant (Macmillan Publications) 4. Teaching Material 5. Business communication - Dr. Urmila Rai 6. Professional Communication skills - A.K. Jain, S.R. Bhatia, A.M. Sheikh

Bachelor of Fashion Design/ Textile Science

Semester II Color Composition 2T1 Theory – 40+10 I.A(Sessional ) Practical – 80+20 I.A.

Objectives: 1. Students should know the basics of color theories& their role in designing. 2. To make students understand color combinations and textures.

Unit I : 1.1 Definition of color 1.2 The meaning of color 1.3 Theories of color [light & pigment] 1.4 Chromatic circle 1.5 Complementary colors 1.6 After Image of colors Unit II : 2.1 Role of color in designing 2.2 Color modification 2.3 Value Scale 2.4 Qualities of color [Hue, Value, chrome] 2.5 Color Measurement Unit III : 3.1 Color Schemes 3.2 Basic Techniques for creating color schemes 3.3 Color Contrast Unit IV : 4.1 Psychological impact of color- style and colour 4.2 Role of color to create mood - Powerful, Romantic, Vital, Earthy, Friendly, Soft, Elegant, Trendy 4.3 Understanding of texture effects Practical : 1. Chromatic circle 2. Grey Scale 3. Colour Modification 4. Key System 5. Color Wheel 6. Colour Harmonies 7. Different Color Schemes 8. Prepare linear drawing with colored inks or poster colors 9. Prepare design related to 3 dimensional effects 10. Prepare different motifs with various tonal effects in different color media

Evaluation of Practical: Practical examination will be based on Elements of design and Color Composition 1. Design any one motif taking any inspiration. (size of sheet A3) : 20 marks 2. Develop a texture suitable for specific (given) end use, and above motif in any colour scheme. (size of sheet A3) : 30 marks 3. Illustrate a design by using any three elements and colour it by applying principles of rendering (size of sheet A3) :30 marks Internal Assessment Portfolio based on Sem 1 : 10 marks Portfolio based on Sem 2. : 10 marks

Reference: 1. Color Harmony a Guide to creative color combinations-Bride M. Whelan 2. Designer guide to color-Volume - 1 - 5 -James Stockton 3. A Basic Study- Bhagwat Gajanan 4. Basic Design & Anthropometry-S.V. Bapat 5. Colour Harmony -A Guide to creative colour combinations by Hideaki Ghijirwa, 6. Fundamentals of designing for Textiles and other end uses – J.W.Parchure

Bachelor of Fashion Design/ Textile Science Semester II Fundamentals of Textile – II 2T2 Theory Marks – 40 (Sessional)I.A. Marks -10 Objectives: Students should be able to 1. Understand the process of spinning and weaving. 2. Understand Loom and its attachments. 3. Know the Relation between Design, Draft & lifting plan. 4. Develop the simple weaves on point paper. Unit I: Yarn Count Calculations 1.1 Direct yarn numbering system • Tex • Denier 1.2 Indirect yarn numbering system • New English System • Metric System • French System • Worsted System 1.3 Yarn manufacturing process of • Carded yarn • Combed yarn • Open end yarn

Unit II: Weaving 2.1 Flowchart for manufacturing and input, output objectives and machinery used for • Simple fabrics • Striped fabrics • Checks fabrics 2.2 Weaving preparatory processes • Introduction to Winding - Passage of material • Introduction to Warping - types of warping , passage of material through beam warping and sectional warping • Introduction to Sizing - passage of material through sizing machine • Introduction to Drawing - in & denting - manual, semiautomatic & automatic drawing in & denting • Introduction to Tying - in

Unit III: Loom 3.1 Classification of loom 3.2 Passage material through loom 3.3 Motions of loom 3.4 Introduction to Types of shedding devices Tappet, Dobby, Jacquard, multiple box motion Unit IV:

4.1 Definition of design, draft and lifting plan 4.2 Weave representation methods 4.2.1 4.2.2 Characteristics and end uses of plain weave 4.3 Types of Selvedges • Plain selvedges • Tucked – in – selvedges • Leno selvedges • Fused selvedges • Tape selvedges References : 1. Textiles -Norma Hollen 2. Textile Science -E.P.G.Gohl - L.D. Vilensky 3. Weaving Mechanism - N. N. Banerjee 4. Weaving Mechanism- N. N. Banerjee 5. Watson’s Textile Design and Colour-Z.Grosicki 6. Plain Weaving Motions - K. T. Aswani Bachelor of Fashion Design/ Textile Science

Semester II Computer Application in Designing 2T3 Theory – 40+10 I.A(Sessional ) Practical – 80+20 I.A.

Objectives: 1. To help student to understand the fundamentals and principle of CAD 2. To explain the structure, features and concept of operating system. 3. Understanding the concept of communication system Unit I: Hardware 1.1 CAD – Definition 1.2 Input device: keyboard, Mouse, Input Pens, Joysticks, Trackball, Touch Screens, Touch pads 1.3 Digitizers, Image Scanners, Bar Code Reader, OMR, OCR, Webcam, MICR 1.4 Graphic Tablets, Video Capture Hardware, Microphone, Digital Camera 1.5 Output Devices: Printers Monitors, (LCD, LED), Sound Card and Speakers, Facsimile (FAX) Unit II: Software 2.1 System software: types of operating system 2.2 Functions of operating system 2.3 Multiprogramming, Multitasking, Multithreading O.S. 2.4 Application software 2.5 General purpose application software and special purpose application software.

Unit III: Communication System 3.1 Basic elements of a communication system 3.2 Types of communication Channels Wired connections: Telephone Lines, Coaxial Cable, Fiber optic Cable Wireless connections: Infrared, Broad cast radio, Microwave, Bluetooth, Satellite 3.3 Data Transmission: Bond width: Voice Band, Medium Band, Broad Band 3.4 Communication Protocols and its role Unit IV: Networking 4.1 Network Types (LAN, WLAN, MAN, WAN) 4.2 Network Topology (Star, Bus, Ring, Hierarchical) 4.3 Advantages and Disadvantages of Network Topology 4.4 Connection Devices: Modems, External Modern, Internal Modem, PC card/ Modem, Wireless Modem Practical : Introduction to Corel Draw and Adobe Photoshop software Software required for conducting practical: Corel Draw X4, Adobe Photoshop 5 Practical Exercise to be performed: 1. Creating Tags and labels (Main label, Size label, Wash Care Label,) using Corel Draw. 2. Motif Development for: T-, Saree Boarder, Bed lines. Dress Material Using Corel Draw 3. Texture creation for : Apparels and Furnishing using CorelDraw 4. Prepare Inspiration Board , mood board and color board for above mentioned exercise in Adobe Photoshop Evaluation of Practical : Any one exercise from above mentioned : 30 marks Presentation of Inspiration Board Mood board or Color board : 20 marks Prepare a power point presentation for above mentioned exercise (No of slides minimum 7) : 20 marks Viva : 10 marks Internal Assessment Portfolio Sem 1 : 10 marks Portfolio Sem 2 : 10 marks Reference: 1. Computer fundamentals-Sinha P.K. 2. Introduction to Computers-Peter Nartons 3. Computer for Beginners-Arora Pawan 4. Computer Network-Andrew Tanenbaum, 5. Fundamentals of Computer-V.rajaram

Bachelor of Fashion Design / Textile Science Semester II

Chemical Processing II 2T4 Thoery Marks – 40 (Sessional) I.A.Marks –10 Objectives 1. To study the chemical processing of 2. To make students aware about Textile Chemistry

Unit I: 1.1 Flow chart for manufacturing process of manmade fibre by • Dry spinning – Acrylic • Wet spinning – Viscose • Melt spinning – Polyester and polypropylene 1.2 Introduction and terms used in the POY, FDY and Texturing process Unit II : Introduction to of Fabric & Garment 2.1 Object of Finishing 2.2 Classification of Finishing 2.3 Mechanical Finishing • Calendar Finishing • Dimensional Stability Finishing Unit III: 3.1 Hot Air Stanter Finishing 3.2 Chemical Finishing • Resin Finishing • Water Repellent Finishing Unit IV: Chemical Finishing 4.1 Fire Retardant Finishing 4.2 Enzyme Finishing 4.3 Back filling 4.4 Types of softner used in Finishing References: 1) Technology of Textile Processing -Vol 1(Textile Fiber)-Dr. V.A. Shenoi 2) Technology of Textile Processing -Vol III (Technology of Bleaching)-V.A. Shenoi 3) Technology of Textile Processing -Vol IX ( Fundamental Principal of Textile Processing) - V.A. Shenoi 4) Chemical technology of Fibre materials - F. Sadav 5) Textile scouring & Bleaching-E.R. Trotman

Bachelor of Fashion Design / Textile Science Semester II

Traditional Indian Textile II 2T5 Thoery Marks – 40 (Sessional) I.A.Marks – 10 Objectives 1. To learn about the traditional Indian textiles 2. To understand the culture of India pertaining to the different states Unit I : Tribal Weaving Study of following textiles with reference to region, raw material, techniques, motifs end use etc. 1.1 Backstrap loom weaving 1.2 Assam – Mekhala 1.3 Meghalaya Garo Unit II : Tribal Weaving Study of following textiles with reference to region, raw material, techniques, motifs end use etc. 2.1 Manipuri Phanek 2.2 Innaphi 2.3 Nagaland Blanket Unit III : Shawls of India Study of following textiles with reference to region, raw material, techniques, motifs end use etc. 3.1 Kullu Shawl 3.2 Kanikar 3.3 Gujarat Shawl 3.4 Do rukha Unit IV : Floor Coverings Study of following textiles with reference to region, raw material, techniques, motifs end use etc. 4.1 Namda 4.2 Dharri 4.3 Kashmiri Galicha

Reference:

1. The sari styles - patterns - History - Linda Lynton Techniques 2. Dhurrie Flat woven Rugs Of India Shyam Ahuja 3. Textiles and crafts of India (Arunachal Dr. Vardona Pradesh Assam. Manipur) Bhandari NIFT Pub. Division 4. Textile Arts of India KokyoHatanaka 5. Indian Sarees Traditions Perspectives, Vijai Singh Katiyar Design 6. Decorative Design History In India PorulBhatnagar Textiles & Costumes 7. (Tradition And Beyond) Handcrafted Martand Singh Indian Textiles RtaKapurChisti Rahul Jain 8. Traditional Textiles ShakeelaShaik 9. Costume, textile and Jewelry of India Vandanabhandari Tradition S/n Rajasthan 10. Traditional Indian Textiles John Gillow and Nicholas Bornard 11. Traditonal Indian Constumes& Textiles ParulBhatnagar

Bachelor of Fashion Design / Textile Science

Semester II

Communication Skills in English 2T6 Thoeory Marks – 40 (Sessional) I.A.Marks – 10 Objectives 1. To improve Communication skills of students. 2. TIP: This subject should be taught in English only

UNIT I : Communication 1.1. Meaning and definition of communication 1.2. Process, elements, objectives and methods of communication 1.3. Principles of effective communication 1.4. Channels of Communication 1.5. Barriers of communication

Unit II : Verbal & Non Verbal 2.1 Oral Communication 2.2 Written Communication 2.3 Non Verbal • Body language • Dress code • Colors • Light • Sound • Charts • Graphics

Unit III : Listening 3.1 Principles and Importance of Listening 3.2 Social etiquettes and manners 3.3 Areas of self development 3.4 Motivation

Unit IV : • Presentation skills : To acquire convincing presentation skills • Leadership Skills • Group Discussions • Team work building • Interview Technique

Reference : 1. Secrets of face to face communication - Peter Bender 2. Learning to learn by Kenneth a Kiewra Nelson F. Dubros 3. English for practical purpose by Z.N. Patil and B.S. Valke Ashok Thorat, Zeaneet Merchant 4. Teaching Material 5. Business Communication - Dr. Urmila Rai 6. Professional Communication Skills - A.K Jain, S.R. Bhatia 7. Managerial Communication – Urmila Rao, S.M.Rai – Himalaya Publishing House 8. Communication Skills – Mrs.Jaya Kulkarni Moholkar – Central Techno Publication

Bachelor of Textile Science (Home Science) Semester – III Basic Woven Structure – I 3T1 Theory Marks – 40 (Sessional) I.A.Marks – 10 Objective:- 1) To study basic weaves in details. 2) To study and learn basic principle of shedding. 3) To study Calculations of fabric weight, cover factor.

Unit : I 1.1 Methods of weave representation 1.2 Definition of elements of weaving plan, weave repeat 1.3 Relation between elements of weaving plan 1.4 Construction of unknown element of weaving plan from other two element 1.5 Types of draft and their uses Unit : II 2.1 Characteristics and end uses of , satin / weave fabric 2.2 Plain weave derivatives : design, draft, peg plan and uses 2.3 Twill weave derivatives : design, draft, peg plan and end uses 2.4 Construction of regular and irregular satin weaves (selection of move number) and end uses 2.5 Requirement to drawing in, (Denting) Unit : III 3.1 Fabric construction, EPI, PPI measurement method 3.2 warp & weft count measurement, 3.3 warp and weft crimp measurement 3.4 Calculation of warp cover, weft cover and fabric cover factor 3.5 Relation between yarn count and yarn diameter Unit : IV 4.1 Derivation of fabric cover factor formulae 4.2 Calculation of fabric weight in GSM and ounces per square yard 4.3 Calculation of requirement of warp and weft for given length of fabric and width of fabric 4.4 Introduction to elements of fabric cost

Practical Work : 1) Analysis of Five differently woven samples according to following points. Warp count, weft count, material used, crimp %, cover factor, warp and weft pattern, weave repeat, reed count, machinery used, weight of fabric GSM, design, draft and lifting plan . Analysis record should be maintained & submitted .

References : 1. Watson’s Textile Design And Colour - Z.I. Grosicks 2. Textile Weaving Design - W.S. Murphy 3. Textile Colour Mixing - D. Paterson 4. Weaving Mechanism Vol. I - Prof. N.N. Banerjee 5. Weaving Mechanism Vol. Ii - Prof. N.N Banerjee 6. Plain Weaving Motions - K.T. Aswani 7. Fancy Weaving Mechanisms - K.T. Aswani

Bachelor of Textile Science (Home Science) Semester – III Fundamentals of Knitting – I 3T2 Theory Marks – 40 (Sessional) I.A.Marks – 10 Objective:- Students should be able to understand different knit structures, their properties and machines required to produce them. Unit : I 1.1 Reasons for growth of knitting industry 1.2 Woven & knitted fabrics properties and comparison of knits to wovens 1.3 Future of Indian knitting industry 1.4 Uses of knit goods Unit : II 2.1 Introduction to knitting. Definitions, terms, principles 2.2 Classification of weft knitting machines 2.3 Knitting elements & their functions cams, sinkers, cylinder, dial 2.4 Type of knitting needles & their knitting actions Unit : III 3.1 Weft knitted Structures Classification and Comparison Properties and Uses 3.2 Different types of stitches Float & Tuck loop; Properties & uses Unit :IV 4.1 Representation of weft knitted structures 4.1.1 Verbal Communication, 4.1.2 Diagrammatic Representation, 4.1.3 Symbolic Method, 4.1.4 Graphical Method 4.2 Needle arrangements on machines for single & double fabrics

References: 1. Fundamentals of knitting- Dr. D. B. Azgaokar 2. Knitting Technology- David J. Spencer

Bachelor of Textile Science (Home Science) Semester – III Textile Testing – I 3T3

Theory Marks – 40 (Sessional) I.A.Marks – 10 Objective:- 1) To study basic principle of Textile Testing 2) To study concept of Quality & Quality Control 3) To study techniques of Textile Testing Unit : 1 1.1 Introduction to textile testing its necessity and importance 1.2 Definition of Quality, Standards and Quality Control 1.3 Definition of standard Atmosphere and its necessity 1.4 Sampling methods of textiles, fibre, yarn, fabric 1.5 Definition Moisture Regain, Moisture Content and its measurement, standard moisture regain values of fibers. Unit : 2 2.1 Definition of various fibre lengths-- staple length, effective length, short fibre % , span length, uniformity ratio 2.2 Measurement of effective length, % short fibre by comb sorter, measurement of span length by digital fibro graph 2.3 Definition of fineness, micronaire and its measurement by Air flow method, maturity of cotton and its measurement. Relation between fineness and maturity 2.4 Fibre strength testing, principle of testing machine CRT, CRL, CRE. single fibre strength and bundle fibre strength measurement. 2.5 Load elongation curve, stres strain curve of different fibre, initial young modulas, yield point

Unit : III 3.1 Different yarn numbering systems and determination of yarn Count, Tex , Denier 3.2 Definition yarn twist, and determination of yarn twist of single and ply yarn, types of twist importance of twist, Relation between twist and yarn count 3.3 Concept of Elasticity 3.4 Yarn evenness concept, yarn irregularity

Unit : IV .1 Fabric Dimension – Length, Width, Weight and thickness and their measurement, EPI, PPI concept of thread density 4.2 Fabric yarn count measurement, yarn crimp and its effect on fabric property, fabric cover factor calculations 4.3 Fastness properties of fabric( washing, rubbing, light and perspiration),their measurement (any scale) 4.4 Flammability of fabric, definitions of term related to flammability, measurement of flammability, thermal insulating value.

References: 1) Principals of Textile Testing - Booth J. E. 2) Textile Testing - Skinkel H. 3) ISI Handbook of Textile Testing 4) The Handbook of Textile Testing & Quality Control- Grover and Hamby. Bachelor of Textile Science (Home Science) Semester – III Dyeing Technology – I 3T4 Theory Marks – 40 (Sessional) I.A.Marks – 10 Objective:- 1. To understand Technique of Dyeing 2. To study dyes in detail Unit I :- 1.1 To understand of Dyes & Pigment 1.2 Theory of Dyeing & methods of Dyeing 1.3 Selection of Dyes for application 1.4 Fastness Properties Unit II :- 2.1 Fibre Dyeing Machine 2.2 Yarn Dyeing Machine 2.3 Fabric Dyeing Machine 2.3.1 Exhaust Method – Jigger dyeing Machine 2.3.2 Padding Methods & Different types of padders. Unit III :- Dyeing of cotton Material using following dyes 3.1 Direct Dyes 3.1.1 Dyeing by exhaust method 3.1.2 Dye fixing treatment to improve washing fastness by cationic agent, by formaldehyde 3.2 Vat Dyes 3.2.1 Strength of Dye particle 3.2.2 Classification by dyeing method by application method 3.2.3 Vatting , Dyeing , Oxidation ,Soaping Unit IV :- Dyeing of cotton Material using following dyes 4.1 Azoic 4.1.1 Napthol Dissolution & Base Dissolution. (Diazotization ) 4.1.2 Coupling 4.1.3 Washing. 4.2 Sulphur 4.2.1 Dyeing by exhaust Method 4.2.2 After treatment to avoid tendering Practical Work :- 1) Dyeing of cotton material using Direct Dyes 2) Dyeing cotton material using Vat Dyes 3) Dyeing of cotton material using Azoic Dyes

Reference :- 1) Technology of textile Processing Vol II Chemistry of Dyes Q principal of Dyeing - V.A. Shenai. Sevak Publication 2) Technology of textile Processing Vol VI Technology of Dyeing - V.A. Shenai. 3) Dyeing & Chemical Technology of Textile Fibers - E.R. Trotman 4) The Chemical Technology of Textile Fibres - R.R. Chakravarty 5) The Chemical Technology of Fibre Material– F. Sadav 6) Dyeing of wool & Silk – Prayag R.S. Bachelor of Textile Science (Home Science) Semester – III Applied Textile Design – I 3T5 Theory Marks – 40 (Sessional) I.A.Marks – 10 Objective:- 1) To understand the ornamentation of fabrics. 2) To understand the colour effects and arrangement of figure.

Unit : I : Ornamentation of plain weave 1.1 Simple fabrics 1.2 Colour effects 1.3 Weave effects 1.4 Classification of Colour & Weave Effects • Simple Colour and weave effects • Compound colour and weave effects

Unit II : Colour Effects 2.1 Influence of fabric characteristics on the appearance of colours 2.2 Application of colour 2.2.1 Mixed colour effects 2.2.2 Mix Fibre yarns (blended) 2.2.3 Combinations of differently coloured threads 2.2.4 Colour strips & checks 2.2.4.1 Simple regular patterns 2.2.4.2 Simple irregular pattern 2.2.4.3 Component order of colouring 2.2.4.4 Counter change pattern 2.2.4.5 Graduated pattern

Unit : III: Arrangement of Figures

Design unit & Design repeat 3.1 Unit repeating designs 3.2 The drop device 3.3 Drop bases 3.4 Diamond base 3.5 Ogee Base 3.6 Diagonal waved line base 3.7 Rectangular base 3.8 Sateen bases

Unit : IV : Composition of Designs 4.1 Geometric Ornamentation 4.2 Dobby designs 4.3 Jacquard designs 4.4 Construction of above designs on point paper 4.5 Study their suitability on loom 4.6 Loom equipments used for producing such fabrics 4.7 End uses

Practical Work : 1. Prepare stripes & checks patterns for different end uses. 2. Prepare designs using different textile bases for different end uses. 3. Prepare a point paper design using geometric ornamentation. Prepare a portfolio of the above work . References : 1. Watson’s Textile Design And Colour - Z.I. Grosicks 2. Textile Weaving Design - W.S. Murphy 3. Textile Colour Mixing - D. Paterson 4. Weaving Mechanism Vol. I - Prof. N.N. Banerjee 5. Weaving Mechanism Vol. II - Prof. N.N Banerjee 6. Plain Weaving Motions - K.T. Aswani 7. Fancy Weaving Mechanisms - K.T. Aswani

Bachelor of Textile Science (Home Science) Semester – V Computer Aided Textile Design – II 5S1 Internal Assessment – 50 (Seminar) Objective:- 1. To acquaint the students with special software essential for their design needs 2. Students will develop their ability to cope up with weaving techniques with modern technical and computer skills through classroom teaching,

Student will learn Jacquard Software in detail .

Any Dobby & Printing software can be used to develop term work. Practical Work 1. To prepare stripe & checks pattern. 2. To prepare designs for figured fabric using different textile bases 3. Prepare Geometrically ornamented design for fabric of different end uses 4. Prepare one stripe and one pattern sample 5. Prepare 2 samples of textile bases sample 6. Prepare one Geometrically Ornamented design sample. . Evaluation of Seminar: Stripe and Checks pattern or Geometrically ornamented design : 20 marks Figure Fabric Design : 20 marks Portfolio Presentation : 10 marks Students have to prepare one sample of each and present a portfolio and CD of term work

Bachelor of Textile Science (Home Science) Semester – IV Basic Woven Structure – II 4T1 Theory – 40 + 10 I.A.(Sessional) Practical – 80 + 20 I.A. Objective:-

1) To study basic weaves in details 2) To study & learn basic principles of shedding 3) To study calculations of fabric weight , cover factor Unit : I 1.1 Construction of crape weave by at least 2 different methods (Design draft, Peg plan) and

end uses of crepe fabric 1.2 Diamond and design (Design, draft peg plan) 1.3 Cork screw weaves (Warp, weft) (Design, Draft Peg plan) 1.4 Huck a back weave (Design, draft ,peg plan)

Unit : II 2.1 Stripe and check effects introduction 2.2 Simple colour and weave effect construction using weaves 2.3 Study of loom attachment, principles of shedding ,types of shedding 2.4 Classification of multiple box mechanism, scope ,necessity of box mechanism 2.5 Introduction to working of drop box mechanism

Unit : III 3.1 Classification of dobby, scope of dobby shedding, study of climax dobby construction and working ,method of dobby pegging 3.2 Study of two cylinder cross border dobby construction and working. Introduction to cross border fabric weaving 3.3 Study of staubli dobby (negative) construction and working. Advantages of cam dobby

Unit : IV 4.1 Jacquard classification and scope of jacquard ,study of single lift single cylinder jacquard construction and working. Methods of harness ties , jacquard card cutting. 4.2 Construction and working of double lift double cylinder jacquard 4.3 Construction and working of two cylinder cross border jacquard 4.4 Comparison between single lift and double lift jacquards

Practical Work:

1. Analysis of given fabric sample for EPI, PPI, work count weft count Cover factor, Design, Draft and peg plan 2. Study of principle of shedding (Bottom closed, Centre cloud, open shed) 3. Study of construction and working of climax dobby, Dobby pegging 4. Study of construction and working of two cylinder cross border dobby 5. Study of construction and working of S.C.S.L. jacquard 6. Study of jacquard card cutting 7. Calculation of fabric weight in GSM and Ounces per square yard 8. Study of passage of material through loom 9. Study of selection of suitable draft and shedding equipment for weaving the fabric . Practical Practical examination will be based on the analysis of samples carried out in III & IVsemester . Evaluation of Practical : 1) Draw and explain any one mechanism 10 marks 2) Analysis of given fabric sample 10 marks 3) Designing 10 marks 4) Viva 10 Marks Internal assessment : 1) Analysis record of III semester : 5 Marks 2) Analysis record of IV semester : 5 Marks

References 1) Watson’s textile design and colour - Z.I.Grosicks 2) Textile weaving Design - W.S. Murfy 3) Textile colour mixing - D Paterson 4) Weaving Mechanism Vol.I - N.N.Banerjee 5) Weaving Mechanism Vol.II - N.N.Banergee 6) Plain Weaving motions - K.T.Aswani 7) Fancy weaving mechanisms - K.T.Aswani

Bachelor of Textile Science (Home Science) Semester – IV Fundamental of Knitting – II 4T2 Theory Marks – 40 (Sessional) I.A.Marks – 10 Objective:- 1) Students should be able to understand the derivatives of weft knitted structure 2) Students should be able to know the warp knitted structure & machines involved in manufacturing 3) Students should be able to calculate tightness factor ,production and weight of fabric Unit : I Designing of weft knit Structures 1.1 Ornamentation of Plain Knit fabrics 1.2 Derivatives of plain knits (Single Jersey) 1.3 Ornamentation of Rib structure 1.4 Derivatives of Rib structure 1.5 Derivatives of Interlock structure Unit : II Warp Knitting 2.1 Development of warp knitting 2.3 Classification of warp knitting 2.3 Basic Warpknit Structures 2.4 Introduction & Principles of Tricot &Raschel Knitting machines

Unit : III Quality parameters 3.1 Comparison warpknit vs weft knit Comparison warp knit vs woven 3.2 Modern developments in warp & weft knitting 3.3 Quality of warp & weft knitted fabrics 3.4 Material used for warp & weft knitted fabrics

Unit : IV Calculations in knitting 4.1 Production Calculations 4.2 Tightness factor 4.3 Weight calculations wt/ linear yds, wt / sq. yds

References : 1) Fundamentals of Knitting- Dr.D.B.Azgaonkar 2) Knitting Technology - David J Spencer Bachelor of Textile Science (Home Science) Semester – IV Textile Testing – II 4T3 Theory – 40 + 10 I.A.(Sessional) Practical – 80 + 20 I.A Objective:- 1) To study basic principles of textile Testing 2) To study concept of Quality & Quality Control 3) To study techniques of textile Testing Unit : I 1.1 Yarn strength

• Single yarn strength testing using single yarn strength tester

• Lea strength testing using lea strength tester

• Principle and working of above testers 1.2 Yarn faults, yarn irregularly, classimate faults ,objectionable faults , measurement of yarn evenness by Uster Tester , Yarn appearance test (A.S.T.M. method ) Unit II : 2.1 Yarn elongation, definition of terms related to load elongation, stress strain curve and determination of yield point 2.2 Work of rupture, impact strength of yarn, principle and testing Unit III 3.1 Definition crease recovery, crease resistance, and measurement of crease recovery 3.2 Fabric stiffness, bending length measurement, flexural rigidity, Fabric Handle, Drape and measurement of drape coefficient 3.3 Definition of Fabric air permeability and water permeability • Measurement of air permeability • Measurement of water permeability by spray method

Unit : IV 4.1 Fabric abrasion: types of abrasion and measurement of flat abrasion by martindale tester 4.2 Fabric strength : Tensile strength, Bursting strength, Tearing strength and their measurement, Fabric Assistance

4.3 Fabric pilling :– Reasons of pilling, Effect of pilling , Measurement of pilling and Methods of reducing pilling 4.4 Blend composition (binary and tertiary),blend measurement procedure , advantages of blending, popular blends.

Practical 1. Yarn count measurement 2. Yarn strength measurement 3. Yarn twist measurement (ply yarn) 4. Fabric weight, (GSM) measurement 5. Fabric EPI, PPI and count measurement 6. Fabric cover factor, warp cover ,weft cover measurement 7. Fabric bending length (stiffness) Measurement 8. Fabric drape coefficient measurement 9. Fabric tensile strength measurement 10. Fabric tearing strength measurement 11. Fabric crease recovery angle measurement Evaluation of Practical: 1) Experimental Procedure : 10 marks 2) Result and calculations : 15 marks 3) Viva : 15 marks Internal Assessment Analysis record : 10 marks

References: 1) Principals of Textile Testing - Broth J. E. 2) Textile Testing - Skinkel H. 3) ISI Handbook of Textile Testing 4) The Handbook of Textile Testing & Quality Control- Grover and Hamby. Bachelor of Textile Science (Home Science) Semester – IV Dyeing Technology – II 4T4 Theory Marks – 40 (Sessional) I.A. Marks – 10 Objective:- (i) To understand Technique of Dyeing (ii) To study dyes in detail

Unit I : Dyeing of cotton material using 1.1 Solubilized vats 1.1.1 Dyeing by exhaust method 1.1.2 Dyeing by pad-development 1.2 Reactive Dyes 1.2.1 Types of Reactive dyes & their structures 1.2.2 Dyeing by exhaust & continuous & pad batch method according to subclass of reactive dyes.

Unit II : Dyeing of woolen & silk material using 2.1 Acid dyes 2.2 Basic dyes

Unit III : Dyeing polyester material using 3.1 Disperse dyes 3.2 Dyeing machine for exhaust method : (a) HTHP beam dyeing machine b) Jet dyeing machine ,c) Pad-Dry-Thermosol method

Unit IV : 4.1 Dyeing Acrylic Material using cationic dyes 4.2 Dyeing of nylon using Acid dyes

Practical Work : 1. Dyeing of Polyester material using Disperse dyes. 2. Dyeing of woolen material by using Acid Dyes . 3. Dyeing silk material using Basic dyes.

References : 1) Technology of textile Processing Vol.II, Chemistry pf Dyes & principle of Dyeing- V.A.Shenai-Sevak publication 2) Technology of textile Processing Vol.VI, Technology of Dyeing –V.A.Shenai-Sevak publication 3) Dyeing & Chemical Technology of textile Fiber - E.R.Trotman 4) The Chemical Technology pf Textile Fiber - R RChakravarty 5) The Chemical Technology of Fiber Material - F.Sadav 6) Dyeing of Wool & silk - R.S.Prayag

Bachelor of Textile Science (Home Science) Semester – IV Applied Textile Design – II 4T5 Theory Marks – 40 (Sessional) I.A. Marks – 10 Objective:- The Students will be able to 1) Understand the elements of Jacquard. 2) Construction & Develop a design suitable for figured woven fabrics

Unit : I Elements of Jacquard Shedding 1.1. Harness & Design Calculations 1.2 Set of the harness 1.3 Number of harness cords in each hook 1.4 Size of repeat 1.5 Counts of design paper 1.6 Calculations for above points

Unit : II Constructions and development of Jacquard Designs 2.1 Process of drafting a sketch design 2.2 Insertion of ground weaves 2.3 Joining figure & ground 2.4 Development of figures 2.5 Prevention of long floats 2.6 Bold & flat development 2.7 Prepare square paper design for figured fabrics using above points Unit III : Development of large figures 3.1 Use of warp & weft float in figure Development 3.2 Figure Shading 3.3 Shaded development of figures 3.4 Prepare square paper design for figured fabrics using above points

Unit : IV Conditions to be observed in designing figure fabrics 4.1 Factors influencing woven designs 4.2 Construction of symmetrical figures 4.3 Reversing inclined figures Practical Work : 1) Prepare square paper design for figured fabrics 2) Prepare square paper design for figured fabrics for large figure Prepare a portfolio of above work.

References: 1) Watson’s Textile Design & Colour - Z.J. Grosicki 2) Watson’s Advanced Textile Design - Z.A. Grosicki 3) Plain Weaving Motions - K.T. Aswani 4) Fancy Weaving Mechanism - K.T. Aswani Bachelor of Textile Science (Home Science) Semester – IV Non-Woven 4T6 Theory Marks – 40 (Sessional) I.A. Marks – 10 Objective:- 1. Students should be able to understand the methods of manufacturing non-wovens, techniques involved and end uses of non-woven fabrics. Unit : I 1.1 Introductions to nonwovens, Definitions 1.2 Comparison of Non woven with knits & woven 1.3 Raw materials for nonwovens manufacturing 1.4 Overview of nonwovens manufacturing process 1.5 Applications of nonwovens Unit : II 2.1 Web laying process 2.2 Methods of web laying 2.2.1 Cross laying,, parallel laying 2.2.2 Random laying – Air laying, wet laying 2.2.3 Spun bonding 2.2.4 Melt blown process Unit : III 3.1 Web bonding process 3.2 Classification of web bounding methods 3.3 Mechanical web bonding 3.3.1 Needle punching method 3.3.2 Hydroentanglement method.

Unit : IV 4.1 Chemical web bonding 4.1.1 Saturation bonding 4.1.2 Foam bonding 4.1.3 Spray Bonding 4.1.4 Print bonding 4.1.5 Powder bonding 4.2 Thermal Bonding 4.2.1 Hot calendaring 4.2.2 Hot Air thermal bonding 4.2.3 Ultrasonic bonding 4.2.4 Radiant heat bonding 4.3 Classification of Finishing of nonwovens

References: 1. Nonwoven Fabrics- W. Albrecht, H. Fuchs, W. Kittelmann, 2. Introduction to Nonwovens Technology- S. K. Batra, Benham Pourdeyhimi 3. Handbook of Nonwovens- S. J. Russell

Bachelor of Textile Science (Home Science) Semester – V Advance Woven Structure – I 5T1 Theory Marks – 40 (Sessional) I.A. Marks – 10 Objective:- 1) To understand the compound fabrics structure. 2) To develop the compound fabric structure on point paper.

Unit : I Corded structures 1.1 Bed ford cord 1.2 Classification of Bed ford cord 1.3 Characteristics of 1.3.1 Plain faced Bed ford cord 1 .3.2 Twill Faced Bed ford cord 1.3.3 Designs repeating on even and uneven cord length 1.4 Wadded Bed ford cord 1.4 .1 Purpose of Wadding 1.5 End uses Unit : II Compound Weaves 2.1 Suitability of drop box mechanism for different types of weaves 2.2 Warp backed & weft backed structures 2.2.1 Characteristics of backed cloth 2.2.2 Purpose of producing backed cloth 2.2.3 Comparison of Warp backed & weft backed cloth 2.2.4 End uses Unit : III Extra thread figure 3.1 Extra wrap & Extra weft figuring effects 3.2 Characteristics 3.3 Comparison of extra warp & extra weft 3.4 Simple structures 3.5 Methods of disposal of extra threads 3.6 End uses

Unit : IV Double Cloth 4.1 Types of double cloth & heir end uses 4.2 Self stitched double cloth 4.3 Principle of Stitching for self stitched double cloth 4.4 Selection of suitable stitching points 4.5 Beaming & drafting for self stitched double cloth

Practical Work : Analysis of Five differently woven samples according to following points. Warp count, weft count, material used, crimp %, cover factor, warp and weft pattern, weave repeat, reed count, machinery used, weight of fabric GSM, design, draft and lifting plan . Analysis record should be maintained & submitted and valuation to be done in VI sem.

References : 1) Textile Design & Colour - Z. Grosicki 2) Advanced Textile Design & Colour –Z. Grosicki 3) Plain Weaving Motion –K.T. Aswani 4) Grammar Of Textile Design - Nisketh

Bachelor of Textile Science (Home Science) Semester – V Technical Textiles – I 5T2 Theory Marks – 40 (Sessional) I.A. Marks – 10 Objective:- 1) To understand the unconventional uses of textile material in various areas 2) To understand the technology involved in manufacturing products with specific functions and technical parameters

Unit : I Geotextiles 1.1 Introduction to 1.2 Definition and scope of technical textile 1.3 Areas of application 1.4 Introduction to geotextiles and their essential properties 1.5 Functions of geotextiles

Unit : II Medical Textiles 2.1 Introduction to medical textiles 2.2 Classification of medical textiles 2.3 Essential properties of medical textiles 2.4 Fibres used • Commodity fibres • Speciality fibres 2.5 Product applications and fibre types in- • Non Implantable material • Implantable material • Extra Carporal devices • Health care and Hygiene products

Unit : III Defense Textiles

3.1 Introduction of defense textiles 3.2 Physical requirements for military textiles 3.3 Environmental requirements for military textiles 3.4 Camoflage, concealment and deception requirements 3.5 Requirements for flame, heal and flash protection

Unit : IV Textiles in Sportswear

4.1 Introduction 4.2 Design properties in fashion and sportwear 4.3 Sportswear and comfort 4.4 Essential properties for sportswear 4.5 Required finishes for sportswear

References : 1 ) Handbook Of Technical Textile - A.R Horrocks& S.C. Anand 2) Technical Textile - V.K Kothari 3) Application Of Non Wovens In Technical Textile- R.A. Chapman 4) Textiles is Sports – R.Shishoo

Bachelor of Textile Science (Home Science) Semester – V Intricate Traditional Textiles – I 5T3 Theory Marks – 40 (Sessional) I.A. Marks – 10 Objective:- 1) To acquaint the students with Indian Traditional Textile. 2) To develop the sence of aesthetics in traditional textiles.

Unit – I : - Study of Traditional textile with reference to its region, raw material ,technique of ornamentation, motif and end uses 1.1 1.1.1 Aurangabad Shawls 1.2 Amroo 1.2.1 Banaras 1.2.2 Baluchari 1.2.3 Kanjeevaram Unit II : Interlocked Technique 2.1 Paithani 2.3 Uppada Silk Unit III : Weaving 3.1 Dhoti 3.1.1 West Bengal 3.1.2 Kerala 3.2 Uttariya 3.3 Study of Gyasar 3.4 Mashru

Unit IV : Conservation of Traditional Textiles 4.1 Role of Museum and design centers 4.2 Aim and Objectives of Handloom Corporation 4.3 Aim & Objectives of Kadhi Board 4.4 Aim and Objectives of Weaver’s Service Centre

Practical work : Collection of visuals of traditional Indian textiles and illustration of one motif with every detail for contemporary use.

References :

1. The Sari Styles – Patterns – History –Techniques Linda Lynton 2. Dhurrieflatwaven Rugs Of India Shyam Ahuja 3. Textiles And Crafts Of India (Arunachal Pradesh Dr. Vardona Bhandari NIFT Pub.Division Assam. Manipur) 4. Textile Arts Of India Kokyohatanaka 5. Indian Saries Traditions Perspectives,Design Vijai Singh Katiyar 6. Decorative Design History In India Textiles & Porulbhatnagar Costumes 7. (Tradition And Beyond) Handcrafted Indian Martand Singh Rtakapurchisti Rahul Jain Textiles 8. Costume, Textile And Jewellery Of India Tradition Vandana Bhandari Rajasthan 9. Traditional Indian Textiles John Gillow And Nicholas Bornard 10. Traditonal Indian Constumes & Textiles Parulbhatnagar Bachelor of Textile Science (Home Science) Semester – V Printing Technology – I 5T4 Theory Marks – 40 (Sessional) I.A. Marks – 10 Objective:- To learn about

Unit I : 1.1 Styles & Methods of Printing 1.2 Quality of Fabric for Printing

Unit II : Printing Machine 2.1 Roller Printing Machine 2.1.1 Mechanism of Printing 2.2.2 Printing defects & corrective measures. 2.2 Screen Printing Machine 2.2.1 Manual screen printing & screen making 2.2.2 Fully automatic Screen printing machines

Unit III : 3.1 Rotary Screen Printing Machine 3.1.1 Mechanism of printing 3.1.2 Different types of Squeeze 3.2 Digital Printing 3.2.1 Mechanism of printing 3.2.2 Digital printing machines Unit IV : 4.1 Preparation of Printing Paste : 4.1.1 Essential ingredient of printing paste 4.1.2 Function of Each Ingredient

4.2 Printing Thickener 4.2.1 Classification 4.2.2 Essential Quality 4.2.3 Rheological Behaviour of thickener.

Practical work : Screen preparation and printing paste preparation. References :- 1) Technology Of Textile Processing Vol.IV –V.A.Shenai(Seva Publication) 2) - Grace Wasike Namwamba 3) Digital Textile Printing - Melanie Bowles 3) Digital Textile Printing - Susan Carden ,UK 4) Digital Textile Printing & Influence On Design - Marina Rehberin

Bachelor of Textile Science (Home Science) Semester – III Computer Aided Textile design – I 3S1 Internal Assessment - 50 (Seminar) Objective:- 1. Application of computer technology in textiles A lot of Flexibility is available with the use of different software eg. Development of weaves motifs, textures and print

• Students will learn Dobby and Printing Software in detail to complete the term work.

• Any Dobby & Printing software can be used to develop term work. Practical Work: 1. To prepare fabric for different end uses using different weaves and colour & weave effects on dobby software 2. All over dobby design for different end uses 3. Prepare screen design for printing all over design 4. Prepare screen design for printing border design 5. Prepare colour separation for each design

Students have to prepare one sample of each and present a portfolio and CD of term work

Evaluation of Seminar :

Dobby design : 20 marks Design for screen printing : 20 marks Portfolio Presentation : 10 marks Bachelor of Textile Science (Home Science) Semester – V Entrepreneurship Development V TS - 6 Theory Marks – 40 (Sessional) I. A. – 10 Objectives: 1. To understand the concept of entrepreneurship 2. To know the world of entrepreneurs 3. To understand and cultivate entrepreneurial values, attitude, qualities and desires. 4. To sow the seed of entrepreneurship in fertile minds

Unit I: Introduction to Entrepreneurship: 1.1 Definition, Concept and Need for entrepreneurship. 1.2 Types of entrepreneurs: Innovative, Imitative, Fabian, Drone. 1.3 Kinds of Entrepreneurship: Proprietary, Partnership andGroup Entrepreneurship. (The advantages and disadvantages of proprietary, partnership and group enterprises) concept. 1.4 Corporate concept entrepreneurship

Unit II: Project Development 2.1 Creativity and idea generation 2.2 Searching and selecting entrepreneurial ideas-through market research 2.3 Project Identification and formulation 2.4 Project Report 2.5 Time Management

Unit III: Mode of Financing of Entrepreneurship 3.1 Need of Financial Management 3.2 Sources of Finance – Term loans 3.3 Govt. policies and schemes for MICRO & SSI

Unit IV: Entrepreneurial Assets 4.1 Entrepreneurial values and attitudes. 4.2 Entrepreneurial qualities. 4.3 SWOT Analysis of Entrepreneurs. 4.4 Barriers to entrepreneurship. References: 1. Entrepreneurs: Talent- Temperament Technique- Bolton, B. & Thompson, J 2. Entrepreneurship Development- Taneja, S. & Gupta, S.L. 3. His. Entrepreneurship: Starting, Developing andManaging a New Enterprise- Richard, D. USA -rich, R.D. & Peters, M.P 4. Entrepreneurial Development-(Vol I & II,) - Desai, V. 5. Entrepreneurial Development – S.S.Khanna, S.Chand 6. Dynamics of Entrepreneurial Development and management - Vasant Desai, Himalaya Publishing house 7. Entrepreneurship – new venture creation – David H.Holt – Prentice hall of India

Bachelor of Textile Science (Home Science) Semester – VI Advance Woven Structure – II 6T1 Theory – 40 + 10 I.A. (Sessional) Practical – 80 + 20 I.A. Objective:-

1) To understand the compound weave fabric like Leno , etc. 2) To develop the compound weave fabric structures on point paper.

Unit I : Leno Structures 1.1 & leno structures 1.2 Principle of leno weaving 1.3 Requirements for leno weaving 1.4 Importance of easer bar & shaker device 1.5 Leno weaving sheds

Unit : II Pile Fabrics 2.1 Classification of pile fabrics & their end uses 2.2 Weft Pile fabrics & their classification & end uses 2.3 All over 2.4 Plain back all over velveteen 2.5 Twill backall over velveteen 2.6 Fast pile structures 2.7 Corded velveteen 2.8 Factors affecting pile & pile density

Unit : III Warp Pile Fabrics 3.1 Classification & end uses & methods of production 3.2 Terry weaving – Terry pile structures (3 pick, 5 pick Terry pile structure) 3.3 Introduction to Face to face weaving 3.4 Introduction to Wire pile structures Unit : IV 4.1 Introduction to carpet structures 4.2 Simple carpet structures 4.3 Introduction to finishing of pile fabrics 4.4 Uses of pile fabrics

Practical work : Prepare point paper design for figured fabrics for different uses (Atleast five sheets) Step 1 - Select motif Step 2 - Placement of motif Step 3 - Develop a motif on jacquard paper using various weaves / floats or any other technique

Evaluation of Practical : Max Marks – 80 Designing for figured fabrics for particular end use 1. Manual designing / painting & placement of motif 30 marks 2. Developing the motif on graph / point / jacquard paper 30 marks 3. Viva 20 marks

Internal assessment : 1) Analysis record of V semester : 10 Marks 2) Practical work record of VI semester : 10 Marks

References : 1) Textile Design & Colour - Z. Grosicki 2) Advanced Textile Design & Colour –Z. Grosicki 3) Plain Weaving Motion –K.T. Aswani 4) Grammar Of Textile Design - Nisketh Bachelor of Textile Science (Home Science) Semester – VI Weaving Calculations 6T2 Theory marks – 40 (Sessional) I.A.Marks - 10 Objective:- Students should be able to

1. Calculate the production of warping machine.

2. Calculate the reed count, reed space, width of warp in a reed 3. Calculate number of sections, width of warp in a section, number of ends in a section 4. Calculate quantity of warp & weft yarns in a required a piece of cloth Unit I Warping production- 1.1 Production of Machine (Calculated & Actual) 1.2 Length of warp wound per hour 1.3 Weight of yarn wound per day or hour 1.4 Efficiency 1.5 Introduction to factors involved in cloth calculations such as contraction of warp & weft, take up regain, allowance for waste, allowance for selvedges Unit II Sectional warping calculations 2.1 Rules observed for making sections 2.2 Calculations regarding –

• Number of sections

• Width of section for a warp

• Number of ends in a section

Unit III Cloth calculations 3.1 Calculation regarding –

• Tape length

• Width of warp in the reed

• Reed count 3.2 Warp calculations -

• Total number of ends in a cloth

• Weight of warp yarn for monocolour and multicolour yarn

• Count of warp yarn Unit IV Weft Calculations 4.1 Total length of weft 4.2 Weight of weft 4.3 Count of weft 4.4 Length of cloth 4.5 Picks per inch in cloth References :

1. Weaving Calculations -Sen Gupta

2. Textile Calculation- E.A. Poselt

Bachelor of Textile Science (Home Science) Semester – VI Intricate Traditional Textiles - II 6T3 Theory marks – 40 (Sessional) I.A.Marks - 10 Objective:- 1. To understand the various techniques of Hand painting and Hand printing.

2. To give an overview of various design centres.

Unit – I : Hand Printed Textiles - Study of following textile with all details 1.1 Block Printing 1.2 Stencil Printing 1.3 Printing (Tinsel Printing) 1.4 Ajrak Printing 1.5 Discharge Printing

Unit – II : Resist Dyed Textiles- Study of following textile with all details

1.1 Resist dyed Textiles – Meaning and introduction of various techniques 1.2 Ikat 1.2.1 Patola 1.1.2 Pochampalli 1.3 Laheria 1.4 Bandani 1.5 1.6 Vegetable dyed textiles, method of vegetable dyeing, end uses and limitations

Unit – III : Hand Painted Textiles- Study of following textile with all details 3.1 Madhubani – Introduction and techniques 3.2 – Introduction and techniques 3.3 Pigment Painted Textiles - Pichwai

Unit – IV : Study of Motif 4.1 Various forms of motif 4.2 Placement of motif, butti and border 4.3 Cotemporary form 4.4 Use of motif in designing for any object like scarf, chunni, saree

References :

1. The Sari Styles – Patterns – History –Techniques Linda Lynton 2. Dhurrie flat woven Rugs Of India Shyam Ahuja 3. Textiles And Crafts Of India (Arunachal Pradesh Assam. Dr. Vardona Bhandari Manipur) NIFT Pub.Division 4. Textile Arts Of India Kokyohatanaka 5. Indian Saries Traditions Perspectives,Design Vijai Singh Katiyar 6. Decorative Design History In IndiaTextiles & Costumes Porulbhatnagar 7. Tradition And Beyond Handcrafted Indian Textiles Martand Singh Rtakapurchisti Rahul Jain 8. Vandana Bhandari Costume, Textile And Jewellery Of India Tradition Rajasthan 9. Traditional Indian Textiles John Gillow And Nicholas Bornard 10. Traditonal Indian Constumes & Textiles Parulbhatnagar Bachelor of Textile Science ( Home Science )

Semester - VI Printing Technology - II

6T4 TheoryMarks – 40 (Sessional)I.A.Marks – 10

Object : To learn about textile printing

Unit I : Printing of Cotton Material using following dyes 1.1 Direct Dyes (Direct Style) 1.2 Vat Dyes (Direct & Discharge Style) 1.3 Azoic Material ( Azoicdiazo&Rapidogen)

Unit II : Printing of Cotton Material using following dyes 2.1 Reactive (Direct & Resist style) 2.2 Pigment Emulsion 2.2.1 Kerosene Emulsion 2.2.2 Aqueous Method

Unit III : 3.1 Ager / Steamer Machine 3.2 Polymerizing Machine 3.3 Printing of woolen & silk material using Acid & Basic dyes respectively

Unit IV : 4.1 Printing of Polyester Material using Disperse dyes 4.1.1 High temperature steamer for polyester printing. 4.1.2 High temperature & High Pressure steamer for polyester printing 4.2 Printing of Acrylic Material using cationic dyes. 4.2.1 Printing of Nylon using Acid dyes. Reference : 1. Technology of Textile Processing Vol.IV –V.A.Shenai(Seva publication) 2. Digital Textile Printing -Grace Wasike Namwamba 3. Digital Textile Printing - Melanie Bowles 4. Digital Textile Printing - Susan Carden ,UK 5. Digital Textile Printing & influence on design - Marina Rehberin

Bachelor of Textile Science (Home Science) Semester – VI Product Design 6P2 Practical marks – 80 Internal Assessment - 20 Objective:- 1. A student is expected to develop a product relevant to the subject

Unit : I 1.1 Meaning of product development

1.2 Understanding the concept of Trend, Fashion and Market

1.3 Collection of different textile products visuals to study the fabric, style ornamentation used by different national and international designers Unit : II Design Process 2.1 Sources of inspiration (Museum Exhibitions, books, Street films, Architecture, Photography etc) 2.2 Handling different Material 2.3 Market survey Unit : III 3.1 Selection of Theme 3.2 Development of mood board, color board , 3.3 Understanding texture, surface finish and ornamentation 3.4 Prepare a product

Unit : IV 4.1 Report of design process (from concept to product) Presentation of product

Practical Work : Prepare A Textile Product

Evaluation of Practical : Product : 30 marks Product Presentation (PPT) : 20 marks Viva : 10Marks Report : 20 Marks Report should include: • Inspiration board • Mood board • Fabric board • Color board • Explanation of Concept

Internal Assessment :20 Marks Evaluation of work done throughout the year

References: 1. Basic Principles Of Design – (Vol 1 – 4) Manfred Maier

2. Basic Design – The Dynamics Of Visual Form – Sansmarg 3. Inside Fashion Design- Sharon Lee Tate

4. Fashion Design_ Person Kathryn Mekelvey And Jamine Munslow

Bachelor of Textile Science (Home Science) Semester – VI Textile Marketing VI TS - 6 Theory marks – 40 Sessional marks - 10 Objective:- 1. To give the knowledge of management, costing & Marketing to encourage the student about textile career in marketing

UNIT I 1.1 Introduction to all sectors of Textile Industry a. Handloom power-loom, organized sector, garment, knitting 1.2 Difference & relationship between Administration, Management & Organisation. 1.3 Importance, Functions and objectives of management 1.4 Small Scale industries – meaning, importance & objectives UNIT II 2.1 Definition, meaning and importance of marketing 2.2 Selling concept Vs marketing concept 2.3 Analyzing consumer market and buyer behaviour • Factors influencing buyer behaviour (Cultural, social, personal & psychological) • Buying roles & behaviour 2.4 Four ‘P’s of marketing 2.5 Marketing channel UNIT III 3.1 Costing – meaning and importance • Elements of cost • Nature and types of cost • Process cost and cost of production 3.2 Depreciation – Concept, definition, methods 3.3 Break evenanalysis : concept 3.4 Types of capital

UNIT IV 4.1 Textile Product advertising, 4.2 Promotion- different styles & methods 4.3 Retailing- Types of retailers 4.4 Brand- • Definition and six levels of meaning conveyed by brand • Advantages of branding for the seller

Reference: 1. Management Accounting- Gupta S.P. 2. Entrepreneurship Development- Chandak 3. Marketing Management- Philip &Kotter 4. Fashion marketing – Marianne C. Bickle 5. Industrial Organization & Management- O.P. Khanna 6. Dynamics Of Entrepreneurial Development & Management Vasant Desai -

Bachelor of Textile Science Semester – VI In – plant Training 6 I.T 1 Grade Grade for in-plant training will be given by industry based on performance of the students on the basis of report submitted by the students. Criteria for grading : Excellent : A+ (above 80%) Very good : A (above 60%-80%) Satisfactory : B (above 50%-60%) Sufficient : C (above 40%-50%) Poor : D (below 40%)

IN-PLANT TRAINING • Three weeks training in the Garment industry, EOU, Textile Mill, Textile and Garment Printing unit, Cottage Industry, Boutique, Studio, Production unit of a fashion designer. Retail outlet for garment or a brand of garment and embroidery unit. • The organization can be government, semi government, government Ltd., Public sector or a private ferm. • Detailed report of the internship along with the organization working nature, different departments its personnel, Job undertaken, references, observations , production process etc. • The report should also include the work done by the student during his/her internship with special emphasis on skills learned during the period. • The report should be accompanied photographs and the certificate from the head of the organization.