Study of takeoff, climb, cruise, landing performance and aircraft limitations.

Explains primary structural elements in aircraft and their load-bearing functions.

Studies aerodynamic forces on the body and cockpit ergonomics in aircraft.

Details the mechanics and safety of cabin pressurization and air supply systems.

Explores fiber-reinforced composites, manufacturing, and application in aircraft.

Covers challenges and physics of flight at Mach 5+ speeds including thermal effects.

Discusses advanced autonomy, machine learning, and AI deployment in UAVs.

Studies vibration modes, damping, and frequency response in aircraft components.

Basics of rocket staging, structural sizing, and payload integration.

Covers radiation, microgravity, and thermal effects on satellite systems and design.

Explains how Computational Fluid Dynamics (CFD) is applied to aerodynamic design and analysis.

Introduces aircraft stability, control axes, and dynamic response to control inputs.

Introduces propeller aerodynamics and helicopter rotor dynamics.

Explains how fluids behave differently in microgravity environments and its implications.

Discusses boundary layer behavior, laminar-turbulent transition, and flow control.

Explores gyroscopes, accelerometers, and INS technology in aircraft and spacecraft.

Describes the stages and documentation involved in testing and certifying new aircraft.

Explores mission design lifecycle, trade-offs, and systems engineering methodologies.

Explains wind tunnel types, instrumentation, and data interpretation methods.

Essentials of onboard electronics, navigation instruments, and flight control systems.