ENM5201 Principles of Engineering Management (3+0) 3 Credit ECTS:8
The objective of this course is to create an understanding of the roles, responsibilities, and skills required of individuals (managers and non-managers) in today’s changing organizations by analyzing the characteristics of successful managers and organizations. This process will also create awareness about the environmental conditions and pressures for today’s managers and organizations. Students will especially become acquainted with the language of business management and the apply the basic concepts and theories to the real world.
ENM5128 Principles of Engineering Management (3+0) 3 Credit ECTS:8
Financial world, the relation between accounting and finance, the differences of them and the effects to each other. Introducing basic concepts and theories of financial management and accounting. It starts with introducing the financial statements, pro-forma statements and the analysis of these statements including ratio analysis, DuPont analysis and leverage analysis. Concepts of debit and credit and accounting cycle. Recording of various components of the balance sheet and income statement.It introduces the fundamentals of time value of money (TVM) and risk-return relationship. Upon the introduction of TVM and risk return relationship the course covers the subjects of valuation, cash flow analysis and capital budgeting. Throughout the course all subjects are reviewed through comprehensive cases that aims to show the students how these principals applies in the real world.
ENM5303 Operations Management (3+0) 3 Credit ECTS:8
Aim of the course is to show the students how to create a competitive advantage through OM in the market by conveying a set of skills and tools they can actually apply.
ENM5112 Project Management in Engineering (3+0) 3 Credit ECTS:8
This course is designed for senior level industrial engineering students to give the fundamental concepts of project management. The course provides project budgeting, team forming, scheduling, planning with CPM and PERT, resource allocation, time and cost analyses, monitoring/information system and controlling, earned value method.
EEE5101 Research Methods and Ethics (1+0)1 Credit ECTS:2
This course aims to provide graduate students with endowments to academically communicate their researches in an written and oral language. It provides them with comprehensive overview of various research skillsthat balance the practicalities of conducting research and the theory and debates that keep qualitative inquiry vibrant.It covers the entire research process including: formulating research questions; sampling (probability and nonprobability); measurement (surveys, scaling, qualitative, unobtrusive); research design (experimental and quasi-experimental); data analysis; and, writing the research paper. It also addresses the major theoretical and philosophical underpinnings of research including: the idea of validity in research, reliability of measures, scientific research ethics, and publication ethics.
ENM5999 Project (0+0) 0 Credit ECTS:12
This course is a project study of the student conducted by an academic advisor on the subject of Textile Engineering.
MASTER’S PROGRAM IN TECHNICAL TEXTILE
DEPARTMENTAL ELECTIVE DESCRIPTION
(ENGLISH-NON-THESIS)
TXE5001 Introduction to Technical Textiles (3+0) 3 Credit ECTS:8
Textile and clothing manufacturing requires different production technologies and quality control systems. The product quality is ensured by testing and controlling each semi-finished product and respective production technology. The lecture introduction into textiles is dealing with respective materials and products, their manufacturing technologies and also with testing and quality control systems of both. With a systematical approach and specific examples the whole manufacturing chain will be concretized.
TXE5002 Technical Textiles (3+0) 3 Credit ECTS:8
Interpreting fibers and textiles from the perspective of materials shows, that fiber based materials has a high range of adjustable properties, e.g. slid and stiff to soft and flexible, light to heavy, impermeable to permeable, durable to degradable, conductor to isolator. This high range of properties provides fiber based solutions for wide range of applications e.g. health, mobility and building. This lecture is divided in two parts. The first part is dealing with the whole manufacturing chain, starting from fiber up to the end product and their respective production technologies as well testing and quality assessment. The second part introduces a broad range of applications of technical textiles. With a systematical approach and specific examples the whole manufacturing chain and applications will be concretized.
TXE5003 Nonwovens (3+0) 3 Credit ECTS:8
The main two differences between textile fabrics and nonwovens are the production speed and the physical properties of the products (Strength, elasticity,...). Nonwovens are compared to fabrics much faster producible . The physical properties of nonwovens are in general much lower than fabrics. Due to production technology, nonwovens are showing a very specific structure which allows diverse application possibilities. This lecture deals with materials, production technologies, testing and quality assessment as well as fields of application of nonwovens. With a systematical approach and specific examples the whole manufacturing chain and applications will be concretized.
TXE5004 Technical Fiber Materials and Yarns (3+0) 3 Credit ECTS:8
Natural and synthetic fibers and yarns are the raw materials of textiles. The requirements of the textiles end applications are in the first step determined by fiber and yarn properties. This lecture deals in detail with manufacturing technologies, testing and quality assessment of natural and synthetic fibers. Furthermore the upstream processing and applications of respective fibers will be introduced. With a systematical approach and specific examples the manufacturing processes and applications will be concretized.
TXE5005 Technical Textile Structures (3+0) 3 Credit ECTS:12
This lecture deals with all relevant textile manufacturing technologies which are processing fibers and yarns to 2 and 3 dimensional textile structure. The main focus will be woven fabrics, knitted fabrics, braided structures and other special processes for technical textile structures like warp knitting (bi and multiaxial), 3-D braiding and 3-D weaving. These processes and their respective semi-finished textile products as well as diverse fields of applications will be introduced in detail. Furthermore testing and quality control systems will be introduced. With a systematical approach and specific examples the manufacturing processes and applications will be concretized.
TXE5006 Clothing Manufacturing and System Integration of Technical Textiles (3+0) 3 Credit ECTS:12
In general clothing manufacturing is divided in two main technologies: cutting and joining. The main difference in cutting conventional and technical textiles is the materials of the used knifes as well as the surface structure of the knifes. Furthermore in technical textiles alternative cutting technologies like laser and waterjet are used. The main differences in knife cutting is microserrated knife surfaces and alternative materials like ceramic. Joining of technical textiles includes sewing, bonding, welding and rivet. This lecture deals with cutting and joining of technical textiles. With a systematical approach and specific examples the manufacturing processes and applications will be concretized.
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