Master of Engineering Program in Industrial Engineering (Updated 2012) Faculty of Engineering Ubon Ratchathani University

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1 1 Master of Engineering Program in Industrial Engineering (Updated 2012) Faculty of Engineering Ubon Ratchathani University General Information about the program Program Code : 021 Program Name : Master of Engineering Program in Industrial Engineering Degree : Master of Engineering (Industrial Engineering) or M.Eng. (Industrial Engineering) Note : English is mainly used in all courses, some are teaching in Thai. All courses are conducted at the main campus. Type of study : Full time only Term 1 : August December Term 2 : January May Term 3 : June July Tuition Fee : Baht 124,000 (Plan A1) or Baht 100,000 (Plan A2) Courses The Master of Industrial Engineering requires completion of courses totaling 36 credits. Student can choose stream of Plan A1 (Research) or A2 (Coursework with research). If A1 plan is chosen, totaling of 36 units has to be thesis but the student is required to enroll

2 2 some coursework without credit. Plan A2 consists of three parts. The first part is 23 courses of foundation industrial engineering principles and advanced mathematics in industrial engineering. The second part is 23 specialist courses and the last part is research. The program structure shows courses that students can choose from to make up your own study plan. Note: The course name is in the format of FFFF XXX Course name C(LPS) where, FFFF is the faculty code XXX is the course number C is a total credit units for this course L is a number of lecture hours per week P is a number of practical hours per week S is a number of selfstudy hours per week Program Structure A total of 36 credits is required for both plan A1 and A2 Plan A1 (Thesis) Thesis not less than 36 credits Plan A2 (Thesis and coursework) Professional engineering courses not less than 24 credits Foundation** Compulsory not less than 12 credits Elective not less than 12 credits Thesis not less than 12 credits ** Foundation courses must be enrolled for any candidate who does not have a Bachelor degree in Industrial Engineering without credits. Foundation courses Fundamental of Engineering Statistics and Operations Research 3(306) Fundamental of Industrial Engineering Management 3(306) Fundamental of Materials and Manufacturing Processes 3(306)

3 3 Compulsory courses Research Methodology and Seminar in Industrial Engineering 3(306) Design of Experiment 3(306) Production and Operations Management 3(306) Advanced Materials and Manufacturing Processes 3(306) s Quality Management 3(306) Engineering Project Management 3(237) Marketing Management for Industrial Engineers 3(306) Accounting and Finance for Industrial Engineers 3(306) Engineering Economics Analysis 3(306) Logistics and Supply Chain Management 3(306) Management Information Systems for Engineering 3(306) Advanced Work Design 3(306) Operational Risk Management 3(306) Computer Programs and Software for Industrial Management 3(306) Special Topics in Engineering Management 3(306) Stochastic Modeling 3(306) System Simulation 3(306) Inventory System 3(306) Queuing Theory 3(306) Network Flow Analysis 3(306) Activity Scheduling 3(237) Optimization Techniques 3(306) Advanced Mathematical Programming 3(306) Special Topics in Operations Research 3(306) Data Mining 3(306) Reliability Engineering 3(306) Computer Programs and Software for Operations Research 3(306) Automatic Manufacturing Systems 3(306) Product Design and Manufacturing 3(306) Advanced Mold and Die Design 3(306) Material Handling System 3(306) Failure Analysis and Prevention 3(306) Advanced Mechanical Metallurgy 3(306) Special Topics in Manufacturing System 3(306) Special Topics in Material Engineering 3(306) Industrial Metrology 3(306)

4 Maintenance Systems 3(306) Lean Manufacturing System 3(306) Advanced Physical Metallurgy 3(306) Computer Programs and Software for Materials and Manufacturing Processes 3(306) Thesis

5 5 Study Plan First Year, Semester I Research Methodology and Seminar in Industrial Engineering Fundamental of Engineering Statistics and Operations Research Fundamental of Industrial Engineering Management Fundamental of Materials and Manufacturing Processes 3(306) 3(306) 3(306) 3(306) 3(306) First Year, Semester II Design of Experiment Production and Operations Management 3(306) 3(306) Advanced Materials and Manufacturing Processes 3(306) 3(306) 3(306) Second Year, Semester I Thesis 3(306) 3(306) 6 Second Year, Semester II Thesis 6 Note: There are conditions of the degree completion including publications and qualifying examination, please contact course coordinator for further detail.