Curriculum
Our graduate school recruits about 30 students who graduated from science, engineering, management,society science
and etc.
Because Taiwan University offers more than ten thousand courses each year,students can study industrial engineering, operation research, mathamatics, statistics, logics, computerscience, economics, finance, managment science and other related technological courses to strengthen theirfoundation and develop the potential talent of innovation.
Our graduate school teaches all students together and emphasizes theory and application. Students can choose the
courses they are interested in.
1.Production Systems and Process生產系統與程序
2.Operation and Information Systems運籌與資訊系統
3.Industry Analysis and Technology Trends產業分析與科技趨勢
4.Quantitative Methodology計量分析方法。
Course requirements for master program
I. Students of master program should observe the provisions related to courses set by school. They are required to at least take 25 credits (not including master thesis) and to meet the following requirements related to mandatory courses and
graduation credits
II. Mandatory courses for full time students and part time students
1.Mandatory technical courses:
Students of master program should take at least 9 credits form two categories which are “Systems engineering and service industries”and “Industry analysis and technology trends”
2.Special Topics (M0070):
This course is offered every semester for 1 credit. Student must take this course every semester and have to take at least 2 credits before defense.
3.Seminar (M0080):
This course is offered every semester for 1 credit. Student must take this course every semester and have to take at least 2 credits before defense.
4.Master thesis: 6 credits
III. Mandatory course for foreign student
1.Mandatory technical course: as full time students
2.Special Topics (M0070):
This course is offered every semester for 1 credit. Student must take this course every semester and have to take at least 2 credits between the second semester and defense.
3.Seminar (M0080): as full time students
4.Master thesis: 6 credits
IV. Graduate credits requirement
1. Special Topics(M0070): at most 3 credits can be included in the total graduate credits
2.Seminar(M0080): at most 2 credits can be included in the total graduate credits
3.Student should take at least 12 credits belongs to GIIE (including mandatory courses) and at least 6 credits form other
department
4.English Facility Requirement
students must pass at least one level of the “National Taiwan University online English program for postgraduates”or
complete level 3 of the “National Taiwan University online English program for postgraduates” during the master
program .
V. Students who attend the exchange program of NTU or National Science Council / who subsidized for further studying
abroad by the Ministry of Education do not have to attend Seminar(M0080) and Special Topics(M0070)
VI. The student will be expelled in case he/she fail to pass 50% of the courses taken after the second semester.
(This is in accordance to the National Taiwan University policy, number 75 section 5)
VII. The guidelines stated in this document are approved and announced through the department meetings
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Systems engineering and service industries |
Industry Analysis and Technology Trends |
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courses |
非確定型模式與方法 Non-deterministic Mokels and Methods 確定型模式與方法 Deterministic Models and Methods 工程統計學 Engineering Statistics 生產系統模擬 (或系統模擬、或計算機模擬) Discrete Event Simulation 可靠度分析與應用 Reliability Analysis and Application 柔性計算法與應用 Soft Computing Methods and Application 線性代數與應用 Linear algebra and its application 動態規劃與應用 Dynamic Programming 非線性規劃 Introduction to Nonlinear Programming 半導體統計製程管制與優化 Statistical semiconductor process control and optimization e世代的製造系統 E-manufacturing System 奈米工程技術概論 Introduction to Nanotechnology 離散最佳化 Discrete optimization 計量與隨機系統分析概論 Introduction to Quantitative and Stochastic Systems Analysis 供需鏈之產業經濟學 Industrial Economics of Supply-Demand Chains 品質與流程管理 Quality and Process Management 產業系統與分析 Industrial Systems and Analysis 物件導向系統建模與設計 Objects-oriented System Modeling and Design 賽局理論與應用 Game Theory and Application 動態決策方法與產業應用 Dynamic determining Methods and Industrial Application 工業工程與管理 Industrial Engineering and Management 全球運籌管理專題 Global Operation Management 全面品質管理專題 TQM 供應鏈規則 Supply Chain Principle 產業風險評估與管理 Industrial Risk Evaluation and Management |
非確定型模式與方法 Non-deterministic Models and Methods 確定型模式與方法 Deterministic Models and Methods 工程統計學 Engineering Statistics 電子化企業與供應鏈 E-business & Supply Chain Management 產業風險評估與管理 Industrial Risk Assessment and Management 專利工程 Patent Engineering 科技與趨勢概論 Introdction to Technologies and Trends 服務創新與全面品質管理 Service Innovation and Total Quality Management 企業家與企業個案研究 Case Study of Enterprise and Enterpreneur 計量與隨機系統分析概論 Introduction to Quantitative and Stochastic Systems Analysis 供需鏈之產業經濟學 Industrial Economics of Supply Chain 產業系統與分析 Industrial systems and Analysis 賽局理論與應用 Game Theory and Application 動態決策方法與產業應用 Dynamic determining Methods and Industrial Application 工業工程與管理 Industrial Engineering and Management 全球運籌管理專題 Global Operation Management 全面品質管理專題 TQM 科技政策與管理專題 Technology policy and Management 供應鏈規則 Supply Chain Principle |