Students graduated with accumulative undergraduate marks 65% or higher are legible to apply for the degree of Master of Science, and subsequently for the Doctor of philosophy degree. Students graduated with accumulative undergraduate marks less than 65% are legible to apply for the Diploma.
The Aerospace Department offers three postgraduate degrees: | ||
Diplomas | ||
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Aerospace Engineering | |
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Airplane Design | |
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Propulsion / Rockets Diploma | |
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Air Transport Diploma | |
Master of Science | ||
Doctor of Philosophy |
Research Fields
Aerodynamics | ||
Unsteady Aerodynamics & Aeroacoustics | ||
Indoor Air Flows & Environmental Aerodynamics | ||
Flow Control & Reduced Order Modeling | ||
Wind Energy & Wind Turbine Design | ||
Flight Mechanics & Control | ||
Aircraft Control Systems | ||
Satellite Attitude Dynamics & Control | ||
Missile Navigation, Guidance & Control | ||
Advanced Control (Robust, Fuzzy,…) | ||
Robot Dynamics & Control | ||
Structures | ||
Finite Element Analysis | ||
Dynamics of Structures | ||
Aeroelsaticity | ||
Composite Materials | ||
Smart Structures | ||
Design Optimization | ||
Management of Engineering Systems | ||
Propulsion | ||
Multivariable control of gas turbine engines. | ||
Gas turbine engine diagnostics. | ||
Compressor surge prediction and control. | ||
Computational analysis of compressor cascades under surge conditions. | ||
Modeling of reacting flows. | ||
Numerical simulation of unsteady combustion. | ||
Development of general procedure for constructing reduced reaction mechanisms. | ||
Effect of droplet atomization on flow characteristics. | ||
Interactions of fuel type-droplet formation effects on pollution. | ||
Evaluation of droplet shape effect on combustion stability. | ||
Hybrid rocket propulsion. | ||
Numerical modeling of composite propellant combustion. | ||
Modeling of catalyst bed reactors. | ||
Modeling of Pulsed plasma thrusters. | ||
Courses: