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| Last update: 2019/11/23 |
The Aerospace Engineering Department offers the following specialties for graduate students:
Aerodynamics, Propulsion, Flight Mechanics and Control, Aerospace Structures, Spatial Engineering, Satellite Technology in MSc program and Aerospace Engineering in the PhD program.
Aerodynamics, Propulsion, Flight Mechanics and Control, Aerospace Structures, Spatial Engineering, Satellite Technology in MSc program and Aerospace Engineering in the PhD program.
| Name | Name | Name |
| Intake Aerodynamics | Flight Parameters Estimation & Measurement | Numerical Grid Generation |
| Advanced Aircraft Design | Special topics (Integrated navigation) | Satellite Electric Power System |
| Optimization Methods | Flight Simulation | Space Launch Vehicle System Engineering |
| Computational Fluid Dynamics (I) | Flight Dynamics & Control of Spacecraft | Creep, Fatigue & Fracture Mechanics |
| Aerodynamic Design of Turbomachines | Finite Elements Method | Computational Fluid Dynamics (II) |
| Dynamics of Structure | Turbulent Flow | (Special Topics)Optical Measurement Techniques |
| Hypersonic Aerodynamics | Computational Fluid Dynamics (II) | Supersonic Aerodynamics |
| Advanced Fuel & Combustion (I) | Advanced Principles of Propulsion | Numerical Methods in Turbo Machines |
| Optimal Control Theory | Numerical Methods in Turbo Machines | Assembly, Integration and Test (AIT) of Satellite |
| Project | Optimization Methods | Seminar |
| Viscous Flow | Principles of satellite Quality Assurance and Reliability | Flight Parameters Estimation & Measurement |
| Adaptive control systems | Satellite Electric Power System | Mechanics of Composite Materials |
| Continuum Mechanics (I) | ACOUSTICS | Advanced Mathematics (I) |
| Advanced Orbital Mechanics | Compressor Instability | Computational Fluid Dynamics (I) |
| Guidance & Navigation (I) | Advanced Flight Mechanics | Viscous Flow |
| Satellite System Engineering | Guidance & Navigation (II) | Aerodynamic Design of Turbomachines |
| Aerospace Dynamic Systems Modeling | Space Launch Vehicle System Engineering | Intake Aerodynamics |
| Satellite Communication | Supersonic Aerodynamics | Guidance & Navigation (I) |
| Aerospace Structural Stability | Numerical Grid Generation | Flight Dynamics & Control of Spacecraft |
| Advanced Mathematics (I) | Radiation Heat Transfer | Adaptive control systems |
| Continuum Mechanics (I) | (Special Topics)Optical Measurement Techniques | Aerospace Dynamic Systems Modeling |
| Subsonic Aerodynamics | Creep, Fatigue & Fracture Mechanics | Fatigue of Structures |
| Hypersonic Aerodynamics | Flight Dynamics and Space Launch Control | Optimization Methods |
| Advanced Fuel & Combustion (I) | Assembly, Integration and Test (AIT) of Satellite | Satellite Communication |
| Satellite System Engineering | Compressor Instability | Turbulent Flow |
| Dynamics of Structure | Optimal Control Theory | Mechanics of Composite Materials |
| Aerospace Structural Stability | Stochastic Control | Radiation Heat Transfer |
| Advanced Aircraft Design | Advanced Orbital Mechanics | Advanced Principles of Propulsion |
| Special Topics (Cooperative Control in Aerospace Systems) | Principles of satellite Quality Assurance and Reliability |
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