Structure of the Program

THESIS OPTION: TWENTY FOUR CREDIT HOURS AND A SIX CREDIT HOURS THESIS ARE REQUIRED:

NUMBER & TYPE OF COURSES

CREDIT HOURS (CRS)

4 CORE COURSES

12

4 ELECTIVE COURSES

12

MASTER THESIS

6

TOTAL

30


NON-THESIS OPTION: THIRTY CREDIT HOURS OF CORE AND ELECTIVE COURSES ARE REQUIRED:

NUMBER & TYPE OF COURSES

CREDIT HOURS (CRS)

4 CORE COURSES

12

4 ELECTIVE COURSES

18

TOTAL

30

CORE COURSES

CODE TITLE CRS
EM 511 Project Management 3
EM 512 Statistical Quality Analysis 3
EM 513 Engineering Financial Analysis 3
EM 514 Strategic Planning 3

ELECTIVE COURSES

Student should select four courses from the following list to complete the requirement for the degree

CODE TITLE CRS
EM 531 Sustainable Construction 3
EM 532 Construction Technology and Methods 3
EM 533 Construction Claims and Disputes Resolution 3
EM 534 Construction Project Safety Management 3
EM 535 Application of Information Technology in Construction Project Management 3
EM 536 Procurement Process and Cost Estimation 3
EM 537 Construction Project Scheduling and Planning 3
EM 539 Special Topics in Construction Management 3
EM 551 Lean Manufacturing 3
EM 552 Inventory Control and Production System 3
EM 553 Introduction to Operation Engineering Management Decision Analysis 3
EM 554 System Simulation 3
EM 555 Advanced Optimization for Engineering Management 3
EM 556 Quality Management for Engineers 3
EM 557 Engineering Risk Management 3
EM 558 Supply Chain Engineering 3
EM 559 Special Topics in Industrial and System Management 3
EM 560 Enterprise productivity 3
EM 561 Six Sigma Processes 3
EM 571 Leadership and Organizational Behavior 3
EM 572 Communicating Technical Information 3
EM 573 Marketing and Technology Venture 3
EM 574 Energy Resources Management 3
EM 575 Project Scheduling and Planning 3
EM 576 Operations Management 3
EM 578 Data Mining For Engineering Applications 3
EM 579 Special Topics in Project Management 3
EM 598 Project Research 1 3
EM 599 Project Research 2 3
EM 600 MSc Thesis 6

If a student would like to have a track of the following, he/she should take four courses from the following elective courses, or otherwise he/she can do a general EM degree without any of the track(s).

Track 1: Construction Management

  1. Application of Information Technology in Construction Project Management.
  2. Construction Claims and Disputes Resolution.
  3. Construction Project Safety Management.
  4. Construction Project Scheduling and Planning.
  5. Construction Technology and Methods.
  6. Procurement Process and Cost Estimation.
  7. Project Research.
  8. Special Topics in Construction Management.
  9. Sustainable Construction

Track 2: Industrial and System Management

  1. Advanced Optimization for Engineering Management.
  2. Data Mining for Engineering Applications
  3. Engineering Risk Management.
  4. Enterprise productivity.
  5. Introduction to Operation Engineering Management Decision Analysis.
  6. Inventory Control and Production System.
  7. Lean Manufacturing.
  8. Project Research.
  9. Quality Management for Engineers.
  10. Six Sigma Processes.
  11. Special Topics in Industrial and System Management.
  12. Supply Chain Engineering.
  13. System Simulation.

Track 3: Project Management

  1. Communicating Technical Information.
  2. Data Mining for Engineering Applications.
  3. Engineering Risk Management.
  4. Leadership and Organizational Behavior.
  5. Marketing and Technology Venture.
  6. Operations Management.
  7. Procurement Process and Cost Estimation.
  8. Project Research.
  9. Project Scheduling and Planning.
  10. Quality Management for Engineers.
  11. Special Topics in Project Management.