Aerospace Engineering: Aircraft Introduction

Explore four modules in aerospace engineering, covering aircraft fundamentals, aerodynamics, engines, and performance. Each module offers three lessons and nine classes to deliver a deep, engaging curriculum.

Explore the origins of air flight, the history before powered airplanes, and the emergence of diverse aircraft types, with a focus on innovative fixed-wing aircraft and their historical impact.

Explore the origins of airflight, tracing mythic visions, ancient kite flying, da Vinci’s designs, Lilienthal’s gliding, Cayley’s craft, and the Wright brothers’ powered flight.

Trace the evolution of aircraft types from early hot air balloons and the Giffard dirigible to helicopters and fixed-wing planes, highlighting unmanned aerial vehicles, drones, and VTOL.

Trace the evolution of fixed-wing aircraft from the Wright Flyer to the Spitfire, SR-71, and de Havilland Comet, highlighting key innovations in wing design, speed, and durability.

Recap the origins of air flight and key inventions from Garuda and Daedalus to kite flying and ornithopters, and outline fixed-wing milestones like balloons, UAVs, and VTOLs.

Explore aircraft classification across general aviation, commercial airliners, and military aircraft, compare their aerodynamics, engines, and performance, and describe development since inception and maturation through 20th-century wars.

Explore general aviation, the civilian flying domain outside commercial and military operations, including light aircraft, private jets, and flight training, featuring Cessna 172 and Lockheed Jetstar.

Trace the evolution of commercial airplanes from early airliners like the Tupolev Tu-114 and DC-3 to modern jets such as the A320 and 787, highlighting efficiency, safety, and profitability.

Explore the evolution of military aircraft from early prop planes to modern stealth bombers, highlighting roles like fighter, transport, and spy, and iconic examples across World Wars and beyond.

Identify general aviation, commercial, and military aircraft types and roles, from private and corporate planes to fighters and transport, tracing evolution from early Wright Model A to the Airbus A400m.

Explore how airplanes fly by examining airfoils, speed, and structures, compare piston and jet engines, and identify aircraft components.

Discover how airplanes fly through lightweight structures, airfoils, lift, drag, and engine thrust that enables takeoff and high-speed flight.

Compare piston and jet engines, explaining their mechanisms, configurations, and trade-offs in thrust, speed, and altitude for aircraft.

Identify fuselage, wings, and tail components and control surfaces—slats, flaps, ailerons, elevators, rudder—and learn how spoilers, winglets, engines, and cockpit integrate into a complete aircraft system.

Review how airplanes fly by examining structures, airfoils, speed, and engine types, and differentiate piston from jet engines while identifying key components such as fuselage, wings, and control surfaces.