Aerospace Engineering also includes many subjects aimed at designing, constructing, and supporting aircraft and space vehicles.
Aerodynamics: Investigation of flow around bodies, for example wings, fuselage and rockets. Lift, Drag, and thrust are principles of fluid dynamics. CFD, the use of Wind Tunnel…
Propulsion Systems: Jet propulsion, turbo propellers, Rocket propulsion. Heat and combustion and burning enemys. He highlighted electric and hybrid propulsion technologies as the new generation technologies.
Flight Mechanics: Lift, stability and control. About the performance, operability, stability, and control of the aircraft. Dynamics of space vehicles.
Structures and Materials: Specifically, the work focuses on design and analysis of aerospace structures with low density and high strength. Engineering material composite and alloy. Hence, stress, strain, and fatigue analysis.
Avionics and Control Systems: Components that are used in electronic navigation, and communication together with automation systems. Autopilot and kinds of fly-by-wire systems. Sensors, motor and back digital systems.
Space Systems: Communication designs and utilization of satellites. Scientific investigations and technology applied to space exploration controll and management. Studying the behavior of orbits and design of interplanetary flight paths.