Curriculum

1- MASTER OF SCIENCE (M.S) IN INDUSTRIAL ENGINEERING (WITH THESIS)

Curriculum

Compulsory Courses

Course Code
Title Credit
IE 501 Linear Optimization Methods ( 3 0 3 )
IE 504 Probabilistic Models ( 3 0 3 )
IE 590 Graduate Seminar Non-credit
IE 591 Special Studies ( 0 4 0 )
IE 599 Thesis Non-credit

Elective Courses:
 

Course Code
Title Credit
IE 502 Stochastic Processes ( 3 0 3 )
IE 503 Production Systems Analysis ( 3 0 3 )
IE 505 Production Planning and Scheduling ( 3 0 3 )
IE 506 Facilities Planning and Layout ( 3 0 3 )
IE 507 Nonlinear Optimization Methods ( 3 0 3 )
IE 508 Graph Theory with Applications ( 3 0 3 )
IE 509 Queuing Theory ( 3 0 3 )
IE 510 Quality Management ( 3 0 3 )
IE 511 Discrete Optimization Methods ( 3 0 3 )
IE 512 Decision Analysis ( 3 0 3 )
IE 513 Inventory Theory ( 3 0 3 )
IE 515 Engineering Management ( 3 0 3 )
IE 518 Occupational Safety and Health Engineering ( 3 0 3 )
IE 520 Ergonomics and Occupational Biomechanics ( 3 0 3 )
IE 523 Facility Layout and Material Handling ( 3 0 3 )
IE 525 Cost Management for Advanced Manufacturing ( 3 0 3 )
IE 528 Industrial Robotic Applications ( 3 0 3 )
IE 530 Automation in Production Systems ( 3 0 3 )
IE 532 Automation in Manufacturing and Product Design ( 3 0 3 )
IE 535 Rapid Prototyping and Reverse Engineering ( 3 0 3 )
IE 540 Design of Experiments ( 3 0 3 )
IE 542 Quality Assurance Systems ( 3 0 3 )
IE 544 Reliability Theory and Applications ( 3 0 3 )
IE 550 Probability Theory and Statistics for Ind. Engineering ( 3 0 3 )
IE 551 Multi Criteria Decision Making ( 3 0 3 )
IE 552 Heuristic Methods for Optimization ( 3 0 3 )
IE 555 Logistics Engineering ( 3 0 3 )

In addition to the above elective courses, also, courses, from the departments having programs in our Graduate School of Natural and Applied Sciences may be taken with the approval of the graduate advisor of the student and the department head. These will be counted as elective courses as well. However, only up to 6 credit hours of such courses can be counted towards the degree requirements.

2- MASTER OF SCIENCE (M.S) IN INDUSTRIAL ENGINEERING (NON THESIS)

Curriculum

Compulsory Courses

Course Code
Title Credit
IE 501 Linear Optimization Methods ( 3 0 3 )
IE 504 Probabilistic Models ( 3 0 3 )
IE 590 Graduate Seminar Non-credit

Elective Courses:
 

Course Code
Title Credit
IE 502 Stochastic Processes ( 3 0 3 )
IE 503 Production Systems Analysis ( 3 0 3 )
IE 505 Production Planning and Scheduling ( 3 0 3 )
IE 506 Facilities Planning and Layout ( 3 0 3 )
IE 507 Nonlinear Optimization Methods ( 3 0 3 )
IE 508 Graph Theory with Applications ( 3 0 3 )
IE 509 Queuing Theory ( 3 0 3 )
IE 510 Quality Management ( 3 0 3 )
IE 511 Discrete Optimization Methods ( 3 0 3 )
IE 512 Decision Analysis ( 3 0 3 )
IE 513 Inventory Theory ( 3 0 3 )
IE 515 Engineering Management ( 3 0 3 )
IE 518 Occupational Safety and Health Engineering ( 3 0 3 )
IE 520 Ergonomics and Occupational Biomechanics ( 3 0 3 )
IE 523 Facility Layout and Material Handling ( 3 0 3 )
IE 525 Cost Management for Advanced Manufacturing ( 3 0 3 )
IE 528 Industrial Robotic Applications ( 3 0 3 )
IE 530 Automation in Production Systems ( 3 0 3 )
IE 532 Automation in Manufacturing and Product Design ( 3 0 3 )
IE 535 Rapid Prototyping and Reverse Engineering ( 3 0 3 )
IE 540 Design of Experiments ( 3 0 3 )
IE 542 Quality Assurance Systems ( 3 0 3 )
IE 544 Reliability Theory and Applications ( 3 0 3 )
IE 550 Probability Theory and Statistics for Ind. Engineering ( 3 0 3 )
IE 551 Multi Criteria Decision Making ( 3 0 3 )
IE 552 Heuristic Methods for Optimization ( 3 0 3 )
IE 555 Logistics Engineering ( 3 0 3 )

In addition to the above elective courses, also, courses, from the departments having programs in our Graduate School of Natural and Applied Sciences may be taken with the approval of the graduate advisor of the student and the department head. These will be counted as elective courses as well. However, only up to 6 credit hours of such courses can be counted towards the degree requirements.