Covers ergonomics, pilot workload, and safety systems influenced by human behavior.

Introduces methodologies for crash investigation and analysis of flight data.

Explains ion thrusters, Hall effect engines, and electric propulsion basics.

Analyzes elevators, rudders, ailerons, and their influence on aircraft maneuvering.

Overview of satellite design, subsystems, payload integration, and operations.

Focuses on control law, autopilot design, and feedback mechanisms in aircraft.

Covers basic aerodynamic principles including lift, drag, and airflow behavior over airfoils.

Explains UAV design, flight control, sensors, and autonomous operations.

Covers flutter, divergence, and vibration phenomena in aircraft structures.

Discusses infrastructure and systems used to support rocket launches.

Explores materials selection, stress-life analysis, and fatigue failure in aircraft.

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