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Our adaptable aerospace engineering master's program offers both part-time and full-time enrollment options, enabling you to balance your studies with existing commitments. The curriculum maintains rigorous academic standards while fostering innovation across research areas such as electric propulsion and sustainable energy solutions.
The aerospace engineering master's curriculum focuses on three core disciplines: fluid dynamics and propulsion systems, structural materials, and dynamic control systems. Students will engage with courses like Advanced Fluid Mechanics, Turbine Technology, Spacecraft Propulsion Systems, Thermal Energy Transfer, Structural Vibrations, Dynamic System Optimization, Engineering Applications of Finite Element Analysis, and Adaptive Materials.
You can select between a non-thesis track for those completing their final degree or a thesis option for students pursuing doctoral studies. The program allows flexibility to change tracks even after initial enrollment.