The educational program of Aerospace Engineering teaches students to deeply comprehend aircraft and spacecraft design fundamentals along with their performance mechanisms. Students must learn aerodynamics as well as propulsion systems and flight mechanics as foundational subjects in aerospace engineering. Control systems stands as an essential topic that evaluates stability functions together with navigation systems in aircraft and spacecraft.
Students in the aerospace programs receive training on aerospace materials and educational modules for designing lightweight yet strong structures. The two critical aerospace elements consist of Avionics that merges aircraft electronics and electrical systems integration and Computational Fluid Dynamics (CFD) which simulates fluid flow behaviors. The ongoing curriculum expands into space engineering alongside astronautics along with systems engineering and propulsion technology to produce graduates able to participate in aerospace innovation development.