Industrial Engineering and Management pregraduate courses

Transcription

1 Industrial Engineering and pregraduate courses Year in Prerequisites for Differential and Oblig. 5.0 Introduction to Integral calculus 1 Mathematics Engineering and Oblig scientific literacy Linear Algebra Oblig. 3.5 Introduction to Mathematics Oblig. 4 Introduction to Probability Mathematics Introduction to Oblig Information Systems Introduction to Oblig. - Introduction to Physics 1 Mathematics Computer Applications Oblig Differential and Oblig. 5.0 Calculus Integral calculus 2 Physics 1 Oblig Introduction to Physics 1, Calculus 1 Statistical Conclusions Oblig. 4.0 Probability Oblig Accounting Introduction to Oblig. - Introduction to Physics 2 Physics 1 Computer Oblig. 0.5 Computer Applications(Access) Applications

2 Year in Prerequisites for Microeconomics Oblig. 4.0 Principles Of Oblig Computer 3-3 Applications Physics 2 Oblig Physics1, Introduction to Physics Deterministic Economics Organizational Behavior Oblig. 4.0 Linear Algebra Oblig Accounting Oblig. 3.0 Oblig. 4.0 Deterministic, Probability Finance Oblig. 3.5 Accounting, Microeconomic s Human Resources Mangement Oblig. 3.0 Applied Statistics Oblig. 4.0 Statistical Conclusions Marketing Oblig. 3.0 Intro to Oblig. 3.0 Organizational Behavior Visual Oblig Principles Of and Internet English Advanced Oblig

3 Elective courses for the Industrial Systems track Year in Work Study 1 Oblig Production Planning and Control 1 Oblig. 4.0 Calculus 2 Design of Experiments Oblig. 4.0 Applied Statistics Total Quality Oblig. 3.0 Statistical Conclusions Project preparation Oblig Engineering Graphics Elect Materials engineering Elect fundamentals Engineering Reliability Oblig. 3 Statistical Conclusions Ergonomics Oblig Engineering Design Elect. 3.0 Intro to Chemistry Elect Statistical Quality Oblig Total Quality 3-1 Control Project Oblig. 3.0 Intro to Oblig. 4.0 Intro to Manufacturing Technology Elect Materials engineering fundamentals 3-3

4 Year in Final Project - Phase I Oblig. 4.0 Project Preparation Production Planning Oblig. 3.0 Production and Control 2 Planning and Control 1, Machine Parts Elect. 3.0 Engineering Graphics Computer Integrated Manufacturing - CIM Elect Safety Engineering Elect. 3.0 Ergonomics Final Project - Phase II Oblig Transportation Elect systems and manufacturing systems design General Course Oblig Robotics and Elect Automation Implementation of information systems in industry Oblig. 4.0 Production Planning and Control Simulation methods Oblig. 3.5 Production Planning and Control 2,

5 Elective courses for the systems track Year in Work Study 1 Oblig Production Planning and Control 1 Oblig. 4.0 Calculus 2 Design of Experiments Oblig. 4.0 Applied Statistics Total Quality Oblig. 3.0 Statistical Conclusions Project preparation Oblig Microeconomics Elect Engineering Reliability Oblig. 3 Statistical Conclusions Ergonomics Oblig Labor Law Elect Work Study 2 Elect. 3.0 Work Study 1 Statistical Quality Control Project Oblig. 3.0 Intro to Oblig Total Quality 3-1 Business Entrepreneurship Elect. 3.0 Marketing Decision-Making Elect

6 Year in r Hours Final Project - Phase I Oblig. 4.0 Project Preparation Production Planning and Control 2 Oblig. 3.0 Production Planning and Control 1, Complex systems and chaos theory Elect. 3.0 Scheduling method Elect Information Systems Analysis Elect. 3.5 Intro to Information Systems, Computer Applications(Access) Business Intelligence Elect. 3 Final Project - Phase II Oblig. 4.0 Final Project - Phase I Service Oriented Elect. 3.0 Architecture Implementation General Course Oblig Business Data & Analysis Elect. 3.0 Implementation of information systems in industry Oblig. 4.0 Production Planning and Control 1 Simulation methods Oblig. 3.5 Production Planning and Control 2, 3-4

7 Elective courses for the Information Systems track Year in Teaching Hours Exercise Hours Ergonomics Oblig Project Oblig. 4.0 Intro to Total Quality Oblig. 3.0 Statistical Conclusions File Organization and Elect. 4 Intro to Information Processing Systems Project Preparation Oblig Statistical Quality Oblig Total Quality 3-1 Control Advanced Elect. 3.5 Principles Of 3-2 Production Planning Oblig. 4.0 Calculus and Control 1 Work Study 1 Oblig Data Bases Elect. 4.0 File Organization and Processing, Data 3-2 Structures Human-Computer Interaction Engineering Reliability Elect Advanced, File Organization and Processing, Computer Applications(Access) Elect. 3.0 Ergonomics, Visual and Internet Oblig. 3.0 Statistical Conclusions

8 Year in r Hours Final Project - Phase I Oblig. 4.0 Project Preparation Production Planning and Control 2 Oblig. 3.0 Production Planning and Control 1, Simulation methods Oblig. 3.5 Production Planning and Control 2, Information Retrieval and Filtering Information Systems Analysis & Design Implementation of information systems in industry Elect. 3.0 Data Bases Elect. 3.5 Data Bases Oblig. 4 Production Planning and Control 1 Final Project - Phase II Oblig. 4.0 Final Project - Phase I Data Mining Elect. 3.0 Information Retrieval and Filtering, Information Systems Analysis & Design General Course Oblig Information Technologies Elect. 3.0 Information Retrieval and Filtering1 Computer Communications Elect. 3.0 Visual and Internet

9 The Graduate ( M.Sc ) Study Program- Industrial Engineering and Course Title Retrospective Statistical Control Methods Leadership and in Organizations Analyses and Performance of Manufacturing Systems Logistic and supply chain management Course Oblig. 3.0 Applied Statistics, Principles Of Oblig. 3.0 Organizational Behavior Oblig. 3.0 Production Planning and Control 1, Production Planning and Control 2 Oblig. 3.0 Applied Statistics, Linear Algebra, Teaching Exercis Hours e Hours Probability Final Project - Phase I Oblig Final Project - Phase II Oblig Seminar- Phase I Oblig Seminar - Phase II Oblig Pricing Theory Elect. 3.0 Microeconomics Advanced Aspects of Human-Computer Interaction Information Technology, Human Beings and Society Sequential Statistical Methods Elect Elect Elect. 3.0 Applied Statistics, Principles Of

10 Evaluation and Ranking Methods Information Visualization Introduction to green engineering Heuristics algorithms to allocation problems Elect. 3.0 Deterministic Elect Elect Elect. 3.0 Deterministic, game theory Elect. 3.0 Applied Statistics, Linear Algebra, Probability Conceptual Design Elect Project under Uncertainty Elect. 3.0 Principles Of, Probability, Project Environmental Elect management systems Cloud computing Elect Advance Models in Reliability Engineering Elect. 3.0 Probability, Statistical Conclusions, Applied Statistics, Engineering Reliability