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Curriculum

Prerequisites

  1. Mathematics: Calculus I+II+III and Differential Equations
  2. Computer programming capability.

Required Courses—12 Credit Hours

  1. GEEN 5301: Applied Mathematics for Engineers (3 Cr)
  2. MEEN 5302: Computer Aided Engineering (3 Cr)
  3. MEEN 6303: Design of Experiments (3 Cr)
  4. GEEN 6304: Interdisciplinary Research and Seminar (3 Cr)

Restricted Electives

Thesis option (12 Credit Hours): select 4 courses from either Thermo-fluids track or Mechanical track.
Non - Thesis option (15 Credit Hours): Select 5 courses from either Thermo-fluids track or Mechanical track.

THERMO-FLUIDS TRACK

  1. MEEN 5311: Advanced Fluid Mechanics (3 Cr)
  2. MEEN 5312: Advanced Heat Transfer (3 Cr)
  3. MEEN 5313: Computational Fluid Dynamics (3 Cr)
  4. MEEN 6314: Design of Heating Ventilation and Air Conditioning Systems (3 Cr)
  5. MEEN 6315: Gas Turbines Technology (3 Cr)
  6. MEEN 6316: Thermal Power Plants  (3 Cr)
  7. MEEN 6317: Renewable Energy Technology (3 Cr)
  8. MEEN 6318: Advanced Thermodynamics(3 Cr)
  9. MEEN 6319: Energy Conservation (3 Cr)
  10. MEEN 6320:  Advanced Turbo-Machinery (3 Cr)
  11. MEEN 6321: Desalination (3 Cr)
  12. MEEN 6329: Special Topics in Thermofluid (3 Cr)

MECHANICAL SYSTEM TRACK

  1. MEEN 5341: Experimental Mechanics (3 Cr)
  2. MEEN 5342: Mechanical Vibration (3 Cr)
  3. MEEN 5343: Finite Element Analysis (3 Cr)
  4. MEEN 5344: Digital Control Systems (3 Cr)
  5. MEEN 6345: Advanced Systems Dynamics and Control (3 Cr)
  6. MEEN 6346: Advanced Dynamics of Mechanical Systems (3 Cr)
  7. MEEN 6347: Advanced Mechanics of  Materials (3 Cr)
  8. MEEN 6348: Advanced  Engineering Materials (3 Cr)
  9. MEEN 6349: Advanced Corrosion Analysis (3 Cr)
  10. MEEN 6350: Advanced Manufacturing Processes (3 Cr)
  11. MEEN 6351: Fracture Mechanics (3 Cr)
  12. MEEN 6352: Non-Destructive Testing and Evaluation (3 Cr)
  13. MEEN 6353: Tribology (3 Cr)
  14. MEEN6354: Reverse Engineering and Rapid Prototyping (3 Cr)
  15. MEEN 6359: Special Topics in Mechanical (3 Cr)

Thesis Option—6 Credit Hours

MEEN 6399: Thesis (6 Cr)

Non-Thesis Option—3 Credit Hours

MEEN 6398: M.Sc. Project  (3 Cr)

Independent Learning

The Independent Learning Requirement is met successfully by completing one or more of the following:
  1. Interdisciplinary Research and Seminar
  2. Special Topics in Thermofluid 
  3. Special Topics in Mechanical
  4. M.Sc. Project
  5. The master thesis for thesis option