Flight Mechanics: Aircraft perturbation rejection, control theory, aircraft performance evaluation, and flight simulation are some of the areas.
Propulsion Systems: The jet engine, the rocket engine, the turbomachinery, and the propulsion system design are parts of this lesson.
Aircraft Structures: Batchelor taught basics of Structural design, materials science, stress analysis, fatigue, and damage tolerance.
Avionics: One popular application is tracking and self-positioning through active antennae.
Aeronautical Engineering Design: In terms of capacity for simulations, the design of low-speed propellers and the working principle of turbines are significant and will be dealt with.
3. Specialized Topics:
Spacecraft Engineering: Orbital mechanics, spacecraft design, and space mission planning
Control Systems: The optimal problem is demonstrated by the theory of stability and control via an interconnection theorem and Kiwis are now part of the flock of experimental and industrial projects.