Aerospace Engineering: Airplanes, Airlines and Airports

Classify aircraft into commercial, general aviation, and military, emphasizing efficiency, payload, and reliability. Compare mid-range and long-range models such as A320, 737, 787, A350, 777, 747, and A380.

Explore how lift, weight, thrust, and drag interact in airplane flight, depending on velocity and wing surface, to achieve equilibrium where lift equals weight and thrust equals drag.

Explore how airfoil geometry, angle of attack, and velocity shape lift and drag, using concepts like coefficient of lift, camber line, and pressure differences.

Explore jet engine operation, from intake, compression, and combustion to turbine and nozzle, and understand how thrust arises from mass flow and exhaust velocity, including turbofan and turboprop configurations.

Explore how control surfaces—the wingtip elements, tailplane elevators, and vertical stabilizer rudders—generate roll, pitch, and yaw by uneven lift and downwash.

Airlines buy aircraft from Airbus or Boeing to move passengers and cargo between airports, base operations on demand and routes, and differentiate traditional full-service models from low-cost approaches.

Discover how airline alliances coordinate global networks to provide more departures and better coverage. Star Alliance covers 23% of traffic, SkyTeam 20.4%, and one world 17.8%.

Examine how airports function as aerodromes for commercial transport, with regulations guiding runway design and terminals. See how control towers coordinate movements and terminals separate departures and arrivals for safety.

Explore airport types, from hub to point-to-point, and how passenger demand shapes runway and terminal design, transfer patterns, and long-haul versus short-haul strategies.