MASTER PROGRAM

Research Only (A1)

Coursework (A2)

Course Description

CodeCoursesCredits(Lecture/Practice/Self-study Hours)
090135104Production Management3(3-0-6)
Production management. Using operation to complete. Develop process strategy. Analyzing processes. Managing Quality. Total quality control. Planning capacity. Managing process constraints. Designing Lean system. Managing inventories. Designing effective supply chains. Locating Facility. Planning and scheduling operations. Managing demand.
090135108Materials Testing3(2-2-5)
Basic of materials testing, tensile testing, compression testing, long period creep testing, bending testing, torsion testing, hardness testing, Charpy testing, fracture mechanic testing, fatigue testing, safety analysis, non-destructive testing, finite Element Method, statistical process control, polymer identification polymer compounding and polymer processing 
090135109Materials Science for Engineers3(3-0-6)
Atomic Structure and Interatomic Bonding, Structures of Metals and Ceramics, Polymer Structures, Imperfections in Solids, Diffusion, Properties of Materials, Deformation and Strengthening Mechanisms, Phase Diagrams, Phase Transformations, Failure, Applications and Processing of Materials
090135110Manufacturing Technology3(3-0-6)
Mechanical properties of materials, Techniques used to determine those propertiesas well as basic polymer engineering rheological properties The second part will overview a principle of manufacturing technologies, including forming (sheet and bulk) processes, casting process and powder metallurgy process as well as polymer processing   Some specific in forming technologies such as sheet and bulk forming using case studies to the emphasis in the ongoing research in those processes. 

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Ph.D. PROGRAM (Research Only)

Course Description

CodeCoursesCredits(Lecture/Practice/Self-study Hours)
090146198Dissertation54(0-0-54)
 Research procedure in interesting topics both in foundation knowledge and industrial aspects with analytical and research problem solving processes to gain fundamental knowledge and/or to originally improve related processes or with significant development or to be applied expecting significant impact. The dissertation is based on referencing related fundamentals and theories, defining the research purpose, scoping the work, literature review, model development, experimental plan and procedures, analysis of data and results, discussion of the results, drawing conclusions and outlook for further research. The candidate has to pass the qualifying exam, dissertation proposal, progress examination, and finally defense exam. The output of the dissertation must be delivered as research articles in international journals as well as dissertation.