Subject description
Date：2014-05-12
Subject description
Subject Title:Probability and Mathematical Statistics
Credit Hours:56
Credits: 3.5
Lecturer: Zhang Junying (associate professor), Zhang Wei (associate professor)
Indicative Content: Probability and mathematical statistics is a science that studies the random phenomena and the statistical regularity, it is an important basic course for college. The subject aims to provide students with the knowledge to present numerical data in variance analysis way, and to develop students, kills analyzing the random events .
Pre-learning Subjects: Advanced mathematics
Recommended Textbook:
Xuping Zong ,Probability and mathematical statistics (in Chinese), 3ird ed., Machinery Industry Publishing House, 2012
Guorui Xie ,Probability and mathematical statistics (in Chinese), 2nd ed.,Higher Education Press
Assessment: coursework: 20 % final examination： 80 %
Subject Title:Textile Materials
Credit Hours:56
Credits:3.5
Lecturer: Zhang Junying (associate professor), Lv Yueci (associate professor)
Indicative Content: Textile materials are the basic materials used in textile industry as well as important components of many other industries. Basic understanding of textile materials science is crucial for us to learn more advanced knowledge in textile engineering, science and any textile-related areas such as textile management and trading. This course serves as a background course for students in any textile related fields to establish a basic understanding of textile materials and the science governing the behavior of these materials.
Pre-learning Subjects: Probability and Mathematical Statistics
Recommended Textbook:
Mu Yao, Textile Materials (in Chinese), 3rd ed., China Textile & Apparel Press , 2009
Weidong Yu, Textile Materials (in Chinese), 1st ed., China Textile & Apparel Press, 2006
Assessment: coursework: 20 % final examination 80 %
Subject Title：Textile Material Experiments
Credit Hours: 30
Credits: 1.5
Lecturer：Lv Yueci (associate professor)
INDICATIVE CONTENT: The subject expatiates the basic knowledge of textile testing, method of quality and textile standards. It helps the students to master the skills to test the quality of textile materials and textile products.
Recommended Textbook
Xufen Yu, Textile Material Experiments(2004) ，ChinaTextile&Apparel Press
Subject Title: Textile Chemistry
Credit Hours:48
Credits: 3
Lecturer: LUAN YeMei，associate professor
Indicative Content: The course briefly introduces the basic knowledge of material structure. The classification, structures and properties of organic compounds are mainly introduced. The structures and properties of carbohydrates, amino acid, protein and surfactants are discussed in detail. Fundamental characteristics, processing principle, processing method and technological requirements of widely applied natural textile fibers and synthetic textile fibers are introduced in textile industry from applied chemistry aspect.
Pre-learning Subjects: 《General Chemistry》，《General Physics》
Recommended Textbook: WEI YeJuan. TixtileApplied Chemistry [M]. Beijing: China textile press, 2007
Assessment: coursework: 20 % final examination 80 %
Subject Title：Colour Design of Textile
Credit Hours: 32 Credit: 2.0
Teacher responsible: associate professor Cai Yingjie
Indicative content:
The subject titled Colour Design of Textile gives an introduction to functions and characteristics, expression, history, basic information, classification, standards system of textile application, design principles, basic principles and method of composition, characters and colour matching of colour, in addition, concept and principles of fashion colour and colour design of textile.
Recommended Textbook:
Huang Guosong. Colour design. 3rd edition, 2003
Assessment: Evaluation/Final examination="0.3:0.7
Subject Title:Textile Marketing
Credit Hours: 32
Credits: 2
Lecturer:Ma Jun(associate professor), Li Jinliang(associate professor), Wei Sainan(lecturer)
Course Main Content: This course is a economic discipline class for students majoring in textile, so that the students can master a certain knowledge of marketing management in the completion of textile basic subjects at the same time . In the future work, combining with professional knowledge, students can improve the technology and design new products according to the market demand to meet the social demand for interdisciplinary talents. Teaching basic requirements: to make the students set up the marketing idea, guided by market needs and interests; To analyze the textile market, understand the factors influencing the demand for textiles, trend analysis; Can have the ability to make enterprise marketing strategy, marketing mix strategies.
Pre-learning Subjects: 《Marketing》,Wu Jianan Ed. Higher Education Press, third edition, 2007.
Recommended Textbook:《Marketing》, Tan Ying ,Li Wenan Ed. China Textile Press.
《Marketing Research》,JingFengJie Ed. Higher Education Press.
《Textile and Apparel Marketing》, Chu Yongmei Ed. Higher Education Press, 2009.
Assessment: coursework: 20 % final examination 80 %
Subject Title: Hi-tech Textiles
Credit Hours: 40
Credits: 2.5
Lecturer: Jia Lixia, Professor
Indicative Content: It mainly introduces the development of technical textiles, advanced fibers used, construction and technology of hi-tech textiles and uses of technical textiles. It focuses on properties and main kinds of geo-textiles, agricultural textiles, medical & sanitary textiles, filter textiles, textiles for cars, military textiles and protective textiles.
Pre-learning Subjects: Textile Materials, Manufacturing of Spun Yarn, Fabric Formation, Fabric Finishing
Recommended Textbook: Yan Xiong. Hi-tech Textiles (2nd edition): Donghua University Press, 2013
Assessment: coursework: 20 % final examination: 80 %
Subject Title: Textile Production Management
Credit Hours: 40
Credits: 2.5
Lecturer: Ma Jun, Associate Professor
Indicative Content: Principles of management in textile mills are systematically introduced. It focuses on management theories, planning & organization, leadership & control. Production management and marketing management are briefly introduced.
Pre-learning Subjects: Textile Materials, Yarn Technology, and Fabric technology
Recommended Textbook: Sun Minggui. Modern Textile Production Management ( 2nd edition): ChinaTextile & Apparel Press, 2008
Assessment: coursework: 20% final examination: 80%
Subject Title:Knitting Technology
Credit Hours: 48
Credits: 3.0
Lecturer: Qin Zhigang, Professor
Indicative Content:
The basic concepts and principles of knitting, knitting fabrics and knitting machines are first introduced in this course. The structural characteristics, properties and uses of the weft and warp knitted fabrics are then analyzed. In addition, the contents include the designing ideas and methods of weft and warp knitted fabrics and products. Finally, this course introduces new products, new technologies, new techniques and new equipments in weft and warp knitting also.
Pre-learning Subjects:Textile materials
Recommended Textbook: ( editor, title, edition, publication time)
Long Hairu. Knitting Technology. 2008, China Textile Press., Beijing.
Assessment: coursework: 20 % final examination 80 %
Subject Title: Manufacturing of Spun Yarn
Credit Hours: 64
Credits: 4.0
Lecturer: Li Xianghong. Associate. Professor; Qin Pingsu, Associate. Professor
Indicative Content: It mainly introduces the manufacturing process of spun yarns, along with the preliminary process of natural fibers. It focuses on spinning principles such as blending, opening, cleaning, carding, evening, combining, drawing, twisting and winding. The latest development of spun yarn technology and machineries are also described in the subject.
Pre-learning Subjects: Mechanical Design, Textile Material
Recommended Textbook: Yu Chongwen. Yarn Technology （1st edition）. China Textile Press, 2009
Assessment: coursework: 20 % final examination: 80 %
Subject Title: Manufacturing of Woven Fabric
Credit Hours: 64
Credits: 4.0
Lecturer: Jia Lixia, Professor
Indicative Content: It mainly introduces the principles of winding, warping, sizing, drawing-in, weaving and fabric checking along with the equipments used. Quality control of cheese, sized yarn, warp beam and cloth as well as parameters adjustment is also briefly introduced.
Pre-learning Subjects: Advanced Mathematics, Physics, Mechanical Theory, Textile Materials
Recommended Textbook: Zhu Sukang, Gao Weiping. Manufacturing of Woven Fabric: ChinaTextile & Apparel Press, 2008
Assessment: coursework: 20 % final examination: 80 %
Subject Title: Textile English
Credit Hours: 64
Credits: 4.0
Lecturer: Jia Lixia, Professor; Li Xianghong, Associate Professor
Indicative Content: It mainly introduces textile vocabulary about textile fibers, manufacturing of spun yarn, fabric formation, fabric dyeing & finishing and fabric properties along with expressions of fiber properties, description of yarn and fabric production.
Pre-learning Subjects: Textile Materials, Manufacturing of Spun Yarn, Woven Fabric Technology, Knitting
Recommended Textbook: Hu Gu. Textile English（3rd edition）: ChinaTextile & Apparel Press, 2008
Assessment: coursework: 20 % final examination: 80 %
Subject Title：Fabric Weave and CAD
Credit Hours: 64 Credit: 4.0
Teacher responsible: associate professor Cai Yingjie
Indicative content:
The subject gives an introduction to fabric classification; looming draft; characteristics of three foundation weave; drawing, fabric characteristics, principles of design and main point when practicing of fancy weaves, compound weaves and complex weaves and methods of fabric analysis.
Computer aided design of fabric weave software is utilized to design looming draft and fabric weave simulation.
Pre-requisite course: Textile Technology and Machinery
Recommended Textbook:
Cai Bixia, Jing Miaolei. Fabric structure and design. 4th edition, 2008.
Assessment: Evaluation/Final examination="0.2:0.8
Subject Title: Knitting Technology（Part 1）
Credit Hours:64
Credits:4.0
Lecturer: Zhang wei, Assistant professor
Indicative Content: This is a degree course for Textile Engineering undergraduates. With study of knitting technology, equipment and fabric design, the project enables students to master the basic principles, ethnics, performance and usage of weft knitting production, and cultivate students' product R & D ability to solve practical problems in production.
Pre-learning Subjects: textile materials, mechanical principle
Recommended Textbook: Long hairu, Knitting Technology. China Textile Press, 2008
Supplementary Assessment: coursework: 20 % final examination 80%
Subject Title: Dyeing and Finishing of Knitting Fabric
Credit Hours: 40
Credits: 2.5
Lecturer: Dr. Yao Jiming, Associate Professor
Indicative Content:
In this course, the basis dyeing and finishing principles and procedures, machinery and equipments, dyeing methods, quality control for knitting fabric are detailed described in detail. And structure and performance of dyestuff and axillaries, new dyeing equipments and technology are also introduced.
Pre-learning Subjects:
Textile Chemistry, Introduction to Dyeing and Finishing
Recommended Textbook: Wu zanmin, Dyeing and Finishing for Knitting Dyeing, 2nd Edition, Beijing, China Textile Press, 2009.3
Assessment: coursework: 20% , final examination 80%
Subject Title：Knitting Technology part 2
Credit Hours: 40
Credits: 2.5
Lecturer:Liu Zhi, Associate Professor
Indicative Content：This is the discipline basic course of textile engineering (Knitting and garments direction). Through the study of this course, enable students to master the weaving principle of the warp knitting process, structure design and production process of the warp-knitted fabric, the structure and working principle of knitting device, let-off mechanism and pattern mechanism on the warp loom.Through the learning of this course , students are able to understand the classification of warp knitted fabric and warp knitting machine, and master the representation method of warp knitting fabric; understand the warping method and the structure of the warping machine, master the design and calculation of warping process parameters; master the knitting element, loop forming process and coordinate of movement of the warp knitting machine; master the working principle of transverse institutions and let-off mechanism on the warp loom and understand the other institutions and devices of warp knitting machine; master the basic organization, modified stitch and the main color organization structure, weaving process of warp knitting; grasp the principle of warp knitting process and the method of the process design, have a certain professional knowledge and ability to solve practical problems. Lay a good theoretical basis for the future .
Pre-learning Subjects: Knitting Technology part 1
Recommended Textbook: Knitting Technology Long Hai-ru China Textile Press
Knitting Technology and Equipment Xu Lv-song, Long Hai-ru China Textile Press
Supplementary
Knitting Technology Tianjin Institute of Textile Science and Technology The textile industry press
Knitted Organization and Product Design Yang Yao-dong, Song Guang-li China Textile Press
Assessment: coursework: 20 % final examination 80 %
Subject Title: Air- conditioning in Textile Mills
Credit Hours: 40
Credits: 2.5
Lecturer: Ma Jun, Associate Professor
Indicative Content: It mainly introduces the basic principles of air-conditioning in textile plants as well as measurement instrument theory, temperature and humidity control. Physical properties of moisture atmosphere are described in detail while calculation of air-conditioning load, air-conditioning system build, duct distribution and dust reduction are briefly introduced.
Pre-learning Subjects: Textile Materials
Recommended Textbook: Zhou Yasu Air-conditioning in Textile Mills (3rd edition): ChinaTextile & Apparel Press, 2009
Assessment: coursework: 20% final examination: 80 %
Subject Title: Knitted Garment Structural Design
Credit Hours:32
Credits:2
Lecturer:Cui Shaoying,Professor
Course main content:This course is one of the textile engineering undergraduate(Knitting and clothing direction)professional degree programs.It is set on the basis of the material properties of knitted garments, garment machinery and clothing structural design,which students have master,and it is a strong technical and practice professional course.
The course,which is through the effect of knitted fabric performance on knitted garment structural design and combined with the introduction of the design example of knitted garment enterprise,makes students master basically the theories and methods of the structural design of knitted garments and have the actual capacity of garment structural design for knitted fabrics.It also makes students have the design capability of knitted garment production process,and students could choose the right machinery and equipment and processing technology according to the fabrics performance and knitted clothing style features.
Pre-learning Subjects:Clothing Basis of Structural Design,Garment Design and Knitting Sewing.
Recommended Textbook: Gui Jilie,Basic Wear Design, First Edition, 2001.
Assessment methods: according to the completion of teaching process homework, Out of 100 points for each homework,the final score of the average 4 to 5 homework.
Subject Title: Forming technology of Knitted garment
Credit Hours:40
Credits:2.5
Lecturer:Cui Shaoying,Professor
Course main content: This course is one of the textile engineering undergraduate(Knitting and clothing direction)professional degree programs. It involves the basic concepts and equipment features of various shaped knitted garments,settings of cams,density adjustment, the weaving process, process calculation, design methods and so on.It is combined with the experimental teaching to make students build the basic concepts of shaped knitted garments,make students understand the production method of knitting shaped product,and help students develop basic skills of shaped knitted garments design, production and process calculation.
By learning the course, students can fully grasp the basic theory of shaped knitted woven and the application of technology,and have the ability of designing and developing shaped knitted garments.
Pre-learning Subjects:Knitting Technology,Clothing Basis of Structural Design,Garments Design and Basic Wear Design.
Recommended Textbook:Song Guangli,Shaped Knitted Product Design and Production, First Edition,2006.
Assessment methods: According to the completion of teaching process homework and the results of final examination,a comprehensive assessment is given. The average points of usual results accounts for about 20 percent of the total scores. The results of final examination accounts for about 80 percent of the total scores.
Subject Title:English for Knitting Technology
Credit Hours: 56
Credits: 3.5
Lecturer: Qin Zhigang, Professor
Indicative Content: (no more than 200 words)
General Terms and Principles of Knitting Technology；Basic Mechanical Principles of Knitting Technology；Elements of Knitted Loop Structure；The Four Primary Base Structures；Stitches produced by intermeshing varying the sequence of the needle loop；Coloured Stitch Designs in Weft Knitting；Pattern and Selection Devices；Aspects of Knitting Science；Basic Warp Knitting Principles；Classes of Warp Knitting Machinery；Plain tricot structures knitted with two full set guide bars；Surface interest, relief and open-work structures；Double Needle Bar Warp Knitting Machines.
Pre-learning Subjects:Textile materials, Knitting Technology
Recommended Textbook: ( editor, title, edition, publication time)
David J Spencer. Knitting Technology. 2001,Woodhead Publishing Limited. Cambridge England
Assessment: coursework: 20 % final examination 80 %
Subject Title: Computer Aided Design in Knitting Products
Credit Hours:48
Credits:3.0
Lecturer: Zhang wei, Assistant professor
Indicative Content: This is a degree course for Textile Engineering undergraduates. It trains students to use computer aided design system to design and develop weft and warp knitting fabrics, improve the students' ability of computer application level and comprehensive analysis of knitted fabrics.
Pre-learning Subjects: knitting technology and equipment
Recommended Textbook: Deng zhong-min, Application of textile CAD, China Textile Press, 2010
Supplementary Assessment: coursework: 40 % final examination 60%
Subject Title: Fabric Weaves
Credit Hours: 48
Credits: 3.0
Lecturer: Ma Xiaohong, Associate Professor
Indicative Content: This course provides students with the method of weave draft and drafting arrangement, and the method of fabric analysis. The course also produces a lot of knowledge about weaving fabric, include of the fabric appearance and style, the forming principle,the design of drafting arrangement, the application and specifications about various of weaving fabric.
The teaching type is mainly speaking, supplemented with practice teaching, multimedia, samples, operating etc.
Pre-learning Subjects: Textile Materials, Spinning Engineering, Weaving Engineering
Recommended Textbook:
1. Jing Miaolei, "Fabric Structure and Design ", China Textile Press, 2008.5.1.
2. Gu Ping, "Fabric Structure and Design", Donghua University Press, 2006.7.
3. Shen Gan, " Hei Bai Jing Wei ", Chemical Industry Press, 2005.1.1.
Assessment: coursework: 20 % final examination 80 %
Subject Title: Textile Technology and Equipment A (1)
Credit Hours: 80
Credits: 5
Lecturer: Yao Guifen, Professor
Indicative Content: This course is a professional degree course for undergraduate major in textile engineering. Through studying the course, make the students master the basic spinning system, various kinds of process and principle, understanding and mastering the influence parameters of various functions, and theoretical analysis to opening principle, carding principle, drafting principle and twisting principle. Lecture: Introduction, Fiber pretreating and optional, Carding preparation, Carding, Combing, Drawing, Roving, Spinning, After processing. Experiment: Location determination of fiber speed change point in drafting zone; Measurement of sliver attenuate curve in the drafting zone.
Pre-learning Subjects: Textile materials
Recommended Textbook: Yu Chongwen, Spinning principle, China textile press.
Assessment: coursework: 30 % final examination 70 %
Subject Title: Textile Technology and Equipment A (2)
Credit Hours: 80
Credits: 5
Lecturer: Liu Junmei, professor)
Indicative Content: It is a professional elective course of undergraduate textile engineering. Through studying, students are able to master the principle of weaving preparation and weaving. the basic process parameters and influenced factors. Meantime, students have ability of analyzing the technical principle of winding , warping, sizing and weaving process. Lecture: winding; warping; sizing; Drawing and Knotting; Filling preparation; Shedding; Weft Insertion; Take-up and Warp Let-off; A comprehensive discussion of weaving. Laboratory: the winding operation and test process parameters; The test of weaving parameters.
Pre-learning Subjects: Textile Material
Recommended Textbook:
Zhu Su-kang, Gao Wei-dong. Weaving, Beijing: China Textile Press, 2008.5
Assessment: coursework: 30 % final examination 70 %
Subject Title: Textile Machinery
Credit Hours: 64
Credits: 4.0
Lecturer: Gao Yiqiang ( professor)
Indicative Content: It mainly introduces textile machinery in traditional ring-spinning system. It focuses on structure and functions of opener, blender, picker, carder, drawing machine, roving machine and various spinning machines. Comber, winder and twister are also briefly described.
Pre-learning Subjects: Mechanical Design, Descriptive Geometry and Engineering Drawing
Recommended Textbook: Yu Chongwen. Yarn Technology （1st edition）. China Textile Press, 2009
Assessment: coursework: 20 % final examination: 80 %
Subject Title: Textile Machinery (2)
Credit Hours: 56+8
Credits: 4
Lecturer: Liu Haiwen, associate professor
Indicative Content:
This course introduces the whole process of the woven fabric from the preparation to the weaving, and the working principle, equipment structure and practical performance of weaving equipment, and the development status of domestic and international textile machinery Through the studying of this course, students are required to master the following contents: 1 master the task process of winder, warping , sizing machines, drawing in and tying, the take-up and the works of major institutions, the use of performance. 2 master the functions, type, structure and working principle of shedding, picking, beat-up, let-off and take-up . 3 Understand the current situation and development trend of domestic new weaving equipment.
Pre-learning Subjects: Machine part，Mechanical principle, Theoretical mechanics
Recommended Textbook:
1 "cotton equipment" edited by Huang Gu, China Textile Press published in 1994
2 "woven" edited by Zhu Sukang China Textile Press published in 2004
3 "Textile technology and equipment (under)" Mao Xinhua editor of China Textile Press published in 2004
Assessment: coursework: 10 % final examination 90 %
Subject Title: Textile Specialized English
Credit Hours:48
Credits: 3
Lecturer: Liu Haiwen, associate professor
Indicative Content:
This course includes textile raw materials, yarn production, production of fabric, fabric dyeing and finishing and fabric inspection and other content, but also relates to the non-woven fabrics, high performance fiber, textile composite materials, clothing etc. There are vocabulary and notes and questions to the text attached at the end of each text, as well as questions to the text for the understanding of text content. Through the study of this course, students can master the English vocabulary in textile field and basic Textile English translation skills.
Pre-learning Subjects: Spinning theory and machinery，Weaving theory and machinery, Fabric Weaves, Textile Materials, Knitting Introduction, Tech-textile
Recommended Textbook:
1 "Textile English" (Third Edition) edited by Huang Gu, China Textile Press published in 2008
2 "textile professional English" edited by Luo Jutao China Textile Press published in 1993
3 "Textile English" (First Edition) edited by Huang Gu, China Textile Press published in 2001
Assessment: coursework: 20 % final examination 80 %
Subject Title：Textile Commodity Inspection
Credit Hours: 40 Credit: 2.5
Instructors：Lv Yueci (associate professor)
INDICATIVE CONTENT
The subject exoatiates the basic knowledge of textile testing, method of quality and quality management of textiles and textile standards. It helps the students to master the skills to evaluate the quality of textile materials and textile products.
Recommended Textbook
Yi,zhang, Textile Commodity Inspection (2009), China Textile&Apparel Press
Subject Title: Practice of Import & Export Textiles
Credit Hours: 48
Credits: 3.0
Lecturer: Li Xianghong, associate professor
Indicative Content: It mainly introduces contract subject, delivery of cargo, international payment, and claim settlement, along with international trade terms, contract establishment, contract fulfillment and international trade forms.
Pre-learning Subjects: Fabric Weaves, Manufacturing of Spun Yarns, Woven Fabric Technology, Textile Marketing
Recommended Textbook: Shuai Jianlin. International Business Practice: University of International Business and Economics Press. 2007
Assessment: coursework: 20 % final examination: 80 %
Subject Title：Design of Decorative Fabrics
Credit Hours: 40 Credit: 2.5
Teacher responsible: associate professor Cai Yingjie
Indicative content:
The subject gives an introduction to decorative fabrics characteristics, classification, design procedure and main point, jacquard loom structure, pattern style and concept. Learn to scan, draw, spread and design the pattern by utilizing decorative fabrics design software.
Pre-requisite course: Textile Technology and Machinery, Colour Design of Textile, Fabric Weave and Sructure.
Recommended Textbook:
Cai Bixia, Jing Miaolei. Fabric structure and design. 4th edition, 2008.
Ding Yifang, Cases study and fabric simulation of Jacquard Weaving CAD System. 1st edition, 2007.
Assessment: Evaluation/Final examination="0.2:0.8
Subject Title: Textile Design
Credit Hours: 64
Credits: 4
Lecturer: Yin Jianhua, Associate Professor
Indicative Content:
The subject is a professional course of textile design and trade professionals. It focuses on the principles, ideas and methods of the textile product development.The course is divided into four parts: 1. Textile Design Methods 2. Categories, style characteristics, design and production process of cotton, wool, Linen textile products 3. Samples analysis, imitation methods and techniques 4. Textile fabric trends research.
Pre-learning Subjects: Textile Materials Science, Textile Processing Technology, Fabric Weave
Recommended Textbook:Edited by Cai Bixia, Jing Miaolei revision. Fabric Structure and Design [M]. Beijing: China Textile Press.2008
Assessment: coursework: 20 % final examination 80 %
Subject Title: E-commence for Textiles
Credit Hours: 48
Credits: 3.0
Lecturer: Zhang Yubin, lecturer
Indicative Content: It mainly introduces E- commence mode, internet marketing and management, E-commence management and E-commence system.
Pre-learning Subjects: Fabric Construction, Fabric Technology, Textile Marketing and Practice of Business Trade.
Recommended Textbook: Shao Bingjia (2007). Introduction of E-commence Business: Higher Education Press
Assessment: coursework: 10 % final examination: 90 %
Subject Title: Business Letter Writing
Credit Hours: 40
Credits: 2.5
Lecturer: Li Xianghong, Associate Professor
Indicative Content: It mainly introduces the writing skills of English correspondences and expressions of business relation establishment, offer, counter-offer, contract fulfillment, shipment, payment, insurance, packing, claim and settlement. Layout of business letters is also introduced in the subject.
Pre-learning Subjects: Practice of Import & Export Textiles, Textile English
Recommended Textbook: Liu Song. English Correspondence on Textile & Apparel. ChinaTextile & Apparel Press, 2007
Assessment: coursework: 20 % final examination: 80 %
Subject Title: Manufacturing of Spun Yarn
Credit Hours: 32
Credits: 2.0
Lecturer: Gao Yiqiang. Professor; Qin Pingsu,
Indicative Content: It mainly introduces the manufacturing process of spun yarns, along with the preliminary process of natural fibers. It focuses on spinning principles such as blending, opening, cleaning, carding, evening, combining, drawing, twisting and winding. The latest development of spun yarn technology and machineries are also described in the subject.
Pre-learning Subjects: Mechanical Design, Textile Material
Recommended Textbook: Yu Chongwen. Yarn Technology （1st edition）. China Textile Press, 2009
Assessment: coursework: 20 % final examination: 80 %
Subject Title: Basic Weaving Technique
Credit Hours: 32
Credits: 2
Lecturer: Liu Junmei (Professor)
Indicative Content: It isa optional course for undergraduate students of textile engineering. The course introduces the basic design principle of woven fabrics and weaving process. Through studying, students are able to grasp the basic designing parameters of woven fabric, the working principle of all kinds machines and main process theory, have the initial ability of woven fabric design and conventional process design. The main content of course: Introduction; Fabric Texture and Structure; Winding; Warping; Sizing; Drawing and Knotting and Weft preparing; Wearing.
Pre-learning Subjects: Textile Material
Recommended Textbook:
Jiang Yaoxing. An Introduction to Textile. Beijing: China Textile Press, 2005.2
Assessment: coursework: 20 % final examination 80 %
Subject Title：Knitting Factory Design
Credit Hours:64
Credits: 4
Lecturer: Liu Zhi, associate professor
Indicative Content:This is a required course for textile engineering professional knitting and garment specialty Make students master the design procedures, principle and method of hosiery mill design through the study of the course; master the writing of a variety of reports, information, assignment and design calculations; basic grasp characteristics of various types of knitting equipment, process parameters and equipment configuration; possess the ability of programming, drawings and determine of the process parameters in completing ahosiery mill design, and lay the foundation for future work.
Pre-learning Subjects:Clothing structure design basis, apparel design, knitting sewing
Recommended Textbook:
Hosiery Mill Design Yang Yao-dong China Textile Press 2000
Supplementary
Knitting Production Design Wang Aifeng China Textile Press 1993
Evaluation mode: Test
Assessment: coursework: 20 % final examination 80 %
Subject Title: Computer Technology Used in the Textile Industry
Credit Hours:48
Credits:3.0
Lecturer: Zhang wei, Assistant professor
Indicative Content: This is a compulsory course for Textile Engineering undergraduates. It may train students to use MATLAB and AutoCAD to analyze and solve the problems in textile production, and can finish products’ design, development and optimization, experimental data processing and analysis, also can draw plant layout, equipment layout and equipment and process flow chart.
Pre-learning Subjects:Computer application, higher mathematics, mathematical statistic andengineering drawing.
Recommended Textbook: Hu liangjian, Mathematical experiments with MATLAB, Higher Education Press, 2006
Supplementary Assessment: coursework: 40 % final examination 60%
Subject Title:New Techniques in Knitting Technology（1）
Credit Hours: 16
Credits: 1.0
Lecturer: Qin Zhigang, Professor
Indicative Content: (no more than 200 words)
Introduction; Application of computers and electronics in weft knitting; Sinker relative technologies; Compound needle techniques; The biaxial weft knitting fabrics
Pre-learning Subjects:Textile materials, Knitting Technology
Recommended Textbook: ( editor, title, edition, publication time)
David J Spencer. Knitting Technology. 2001,Woodhead Publishing Limited. Cambridge England
Assessment: coursework: 20 % final examination 80 %
Subject Title:New Techniques in Knitting Technology（2）
Credit Hours: 16
Credits: 1.0
Lecturer: Qin Zhigang, Professor
Indicative Content: (no more than 200 words)
Raschel double warp knitting machine and its technology; The knitting technology of elastic warp fabrics; Jacquard warp knitting machine and its products; Directionally oriented structures and Multiaxial Warp Knitting; The multi-bar Raschel machine and its fabrics
Pre-learning Subjects:Textile materials, Knitting Technology
Recommended Textbook: ( editor, title, edition, publication time)
David J Spencer. Knitting Technology. 2001,Woodhead Publishing Limited. Cambridge England
Assessment: coursework: 20 % final examination 80 %
Subject Title: Textile Engineering CAD
Credit Hours: 40
Credits: 2.5
Lecturer: Ma Xiaohong (Associate Professor)
Indicative Content:
Through the studying of this course, Students should understand the basic knowledge and application of textile CAD system. They will learn the design of woven fabric weaves and patterns with professional software, and will have the initial ability on design and development of woven products by using computer.
The teaching type is mainly speech, combined with experiment and practice in computers.
Pre-learning Subjects: Textile Materials, Spinning Engineering, Fabric Weaves.
Recommended Textbook: ( editor, title, edition, publication time)
1. Xia Shangchun, "Fabric weaves CAD Application Manual", The First Edition , China Textile Press 2001.1.
2. Jing Miaolei, "Fabric Structure and Design ", The Fourth Edition, China Textile Press. 2008.5.1.
3. Shen Gan, "Black＆White Jingwei",The First Edition, Chemical Industry Press, 2005.1.1.
Assessment: coursework: 30 % final examination 70 %
Subject Title: quality control of textile
Credit Hours: 56
Credits: 3.5
Lecturer: Fumin Zhang associate professor, Zhaolin Liu lecturer
Indicative Content: The course is a specialized course for undergraduate students majoring in textile engineering. Theoretical basis of how to control quality indices of textiles, experimental analysis methods, principles and measures of textile quality control are mainly investigated in this course. Quality indices, principles, experimental methods and quality control measures concerning various processes are required to be mastered by students.
Pre-learning Subjects: textile materials, cotton spinning principle, cotton spinning equipment, weaving principle, weaving equipment, cognition practice and preservation practice
Recommended Textbook:
Shaofan XU, quality control of cotton spinning, China textile university press
Yan GUO, quality control of weaving process, China textile university press
Chongwen YU, process design and quality control of spinning, China textile university press
lab handouts of the spinning quality control self-designed teaching material
Assessment: coursework: 30 % final examination 70 %
Subject Title:Knitting Technology A
Credit Hours: 32
Credits: 2.0
Lecturer: Qin Zhigang, Professor
Indicative Content: (no more than 200 words)
The basic concepts and principles of knitting, knitting fabrics and knitting machines are first introduced in this course. The structural characteristics, properties and uses of the weft and warp knitted fabrics are then analyzed. In addition, the contents include the designing ideas and methods of weft and warp knitted fabrics and products. Finally, this course introduces new products, new technologies, new techniques and new equipments in weft and warp knitting also.
Pre-learning Subjects:Textile materials
Recommended Textbook: ( editor, title, edition, publication time)
Long Hairu. Knitting Technology. 2008, China Textile Press., Beijing.
Assessment: coursework: 20 % final examination 80 %
Subject Title:modern spinning technology
Credit Hours: 32
Credits: 2.0
Lecturer: Fumin Zhang associate professor
Indicative Content: The course is an elective course for undergraduate students majoring in textile engineering.The properties of novel fibers and their processing technology, novel yarns and their processing technology, novel spinning machines and the application of new techniques are mainly introduced in this course. The students can understand that the diversification of fiber materials and their composite technology, diversification of processing methods are the basis to realize the diversification of final products. The application of mechanical and electrical integration is a necessary approach to improve the product property, decrease consumption and realize automation.
Pre-learning Subjects: textile materials, cotton spinning principle, cotton spinning equipment
Recommended Textbook:
Suoting YANG, modern spinning technologies, China textile university press
Guotao LIU, novel spinning, China textile university press
Jianfeng DI, the development of novel spinning products, China textile university press
Youming ZHU, novel techniques of cotton spinning, China textile university press
Assessment: coursework: 0 % final examination 100 %
Subject Title: New types of weaving technology
Credit Hours: 32
Credits: 2
Lecturer: Liu Junmei (Professor)
Indicative Content:
Pre-learning Subjects: Weaving
Recommended Textbook: It isa required course for undergraduate students of textile engineering. Through studying, students are able to master the basic system of new types of preparing and weaving technology, know the basic principle of various mechanisms. Meantime, the students know well the main process parameters and the methods of process design for difference looms. The professional knowledge is deepened and expanded by students. The students have ability of adapting actual production. The main contents of course: Introduction; New types of preparing; Air-jet loom; Rapier loom; Projectile loom; Water jet loom; Ripple-shedding loom; Auxiliary devices; Mechanical and electrical integration of shuttles loom.
Guo Xing-feng. New types of weaving technology, Beijing: China Textile Press，2004.11.
Assessment: coursework: 20 % final examination 80 %