Aeronautical Engineering includes fundamental courses like Aerodynamics, which deals with airflow around planes; Aircraft Structures, which focuses on materials and stress analysis; and Propulsion, which is about jet and rocket engines. Flight Mechanics instructs aircraft stability and control, and Avionics teaches electronic systems such as navigation and communication. Computational Fluid Dynamics (CFD) assists in aerodynamic simulations, and Aerospace Materials Science looks at advanced metals and composites applied in aviation.
In addition, students study Aircraft Design with emphasis on structural efficiency and performance optimization and Aerospace Manufacturing with study of production methods and quality control. Aircraft Maintenance Engineering maintains aircraft airworthiness through repair and inspection methods. Spacecraft Engineering and UAV (Unmanned Aerial Vehicle) Technology are used in some courses to extend career opportunities in the space and aviation sectors. Lab work and practical training with wind tunnels and flight simulators provide added understanding. This multidisciplinary discipline equips graduates to work in aviation, defense, space exploration, and research.