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Program Objectives
H1. To provide and maintain educational and research opportunities, preferred by excellent students in a universally accepted intellectual environment.
H2. To provide educational and research opportunities, maintaining universal measures, to cover the national requirements in the industrial engineering area in a humanitarian and economical fashion.
H3. To provide an advanced education and flexible research environment that can provide various specialization opportunities in the theoretical and application areas.
H4. To provide an interactive environment, where conducted research is communicated within oral, written and electronic means.
H5. To provide the students with life-long learning skills and the morality to perform their industrial engineering studies within professional and ethical rules.
Curriculum
REQUIRED COURSES
END 601 Linear Programming
END 602 Integer Programming
END611 Advanced Simulation
ELECTIVE COURSES
END609 Computational Complexity
END 603 Nonlinear Programming
END 604 Dynamic Programming
END 612 Supply Chain Manegement
END 613 Manufacturing Systems
Integration
END 614 Manufacturing Systems Design
END 615 Product Design and Development
END 616 Advanced Quality Control
END621 Artificial Intelligence in Manufacturing
END622 Neural Networks for Engineering Applications
END 631 Financial Engineering
END 641 Human Factors in Human-Machine Systems
END 642 Cognitive Ergonomics
END 643 Work Design and Human Factors
END513 Computer Integrated Manufacturing
END514 Production and Inventory Theory
END515 Advanced Topics in Facilities Layout and Location
END516 Simulation
END521 Design& Analysis-Algorithms
END522 Approximation Algorithms
END531 Multiobjective Decision Making
END532 Total Quality Management
END533 Engineering Economy
END534 Technology Management
END 551 Statistical Applications in Engineering
END 552 Stochastic Processes in Decision Models
END553 Reliability Theory
END554 Design And Analysis Of Experiments
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