Explores flight simulators, instrumentation, and virtual training systems.

Overview of key aircraft subsystems and their engineering design.

Explores shock waves, expansion fans, and high-speed compressible flow behavior.

Covers transient aerodynamic effects including gust response and dynamic loads.

Examines thermal regulation techniques used in satellites and spacecraft.

Introduces ATC systems, separation standards, and airspace management.

Describes RF communication, satellite transponders, and link budget analysis.

Basics of orbital elements, maneuvers, and trajectory design for satellites.

Explores sensor networks and techniques used to detect structural damage in real-time.

Overview of aircraft maintenance protocols, inspections, and regulatory compliance.

Discusses electric aircraft, biofuels, and environmental strategies in aerospace.

Teaches how to read and interpret aviation charts for navigation and planning.

Analyzes thermal protection systems, reentry dynamics, and trajectory planning.

Covers gyroscopes, reaction wheels, and algorithms for spacecraft orientation control.

Overview of turbine engine components, thermodynamics, and performance characteristics.

Addresses acoustic signatures and environmental regulations related to aviation noise.

Covers heat transfer in high-speed flows and its impact on aerospace vehicles.

Covers thermodynamic cycles, propulsion efficiency, and high-temperature applications.

Explains mass distribution, center of gravity calculation, and flight safety considerations.

Explains the design and operation of robotic arms and autonomous systems in orbit.