Aeronautical Engineering includes fundamental subjects like mathematics, physics, and engineering mechanics, which form the foundation for advanced topics. Core subjects include aerodynamics, studying airflow over aircraft; propulsion, covering jet engines and turbines; aircraft structures, dealing with material strength and design; and flight mechanics, focusing on aircraft stability and control. Avionics involves electronic systems like navigation, communication, and instrumentation.
Students also learn computational fluid dynamics (CFD) for simulations, materials science for aerospace applications, and manufacturing processes for aircraft components. Aircraft maintenance, safety regulations, and quality control are essential topics for real-world applications. Advanced subjects may include space technology, UAV (drone) design, and modern aerospace innovations. Hands-on training through laboratory experiments, wind tunnel testing, and internships provides practical knowledge. The course prepares graduates for careers in aircraft design, airline maintenance, defense, and research institutions, equipping them with the technical and analytical skills needed for the evolving aerospace industry.