Department Concentration Courses
The Department provides seven domains in the Department’s concentration courses. Students must earn at least 15 credits.
| Domains | Courses |
| 1.Applied Mechanics | (ME5129) Vibration [3], (ME5027) Advanced Strength of Materials [3], (ME5163) Introduction to the Finite Element Method [3], (ME7112) Finite Element Method [3] |
| 2.Mechanical Design | (ME5125) Mechanism Design [3], (ME5241) Machine Elements Design [3], (ME5248) Computer-Aided Engineering Drawing [3] |
| 3.Manufacturing Technology |
(ME5221) Principle of Engineering Production [3], (ME5077) Heat Treatment and Surface Modification [3], |
| 4.Thermo-Fluid and Energy Engineering | (ME7002) Advanced Thermodynamics (I) [3], (ME7003) Viscous Flow [3], (ME5239) Energy Conversion Systems and Engineering [3], (ME4117) Fluid Machinery [3], (ME5196) Principles of Air-Conditioning and Refrigeration [3], (ME5141) Computational Fluid Mechanics [3], (ME5055) Computational Fluid Dynamics [3], (ME5150) Advanced Heat Transfer [3], (ME5113) Numerical Analysis [3], (ME7132) Combustion (Ⅰ) [3], (ME3903) Fluid Mechanics (II) [3], (ME5045) Introduction to Solar Cell Technology and Systems[3] |
| 5.System Control | (ME5214) System Dynamics [3], (ME5220) Linear Control Systems [3], (ME5247) Digital Control Systems [3] |
| 6.Electronics and Electro-Mechanical Engineering |
Applied Electronics (with lab sessions) [3], Electronics [3], |
| 7.Fundamental and Applied Sciences | Modern Physics [3], Quantum Mechanics [3], General Biology [3], Biomechanics [2], Introduction to Biomedical Engineering [3], Organic Chemistry [3] |
Students are required to take at least 15 credits.