WACE Aviation study guide
WACE Aviation · Work through your exam, one topic at a time.
WACE Aviation is a Western Australian senior-secondary course that combines classroom study of aircraft, flight principles, navigation and the aviation industry with an introduction to the operational and regulatory environment in which pilots and support staff work. It suits students who intend to pursue pilot training, aviation management, engineering-adjacent pathways or careers in airports, airlines and defence, and who want a technically grounded subject within their WACE pattern. The WACE Aviation study guide has 5 sections and about 1,656 words.
01Aviation Fundamentals and Aircraft Systems
Candidates must know the four forces (lift, weight, thrust, drag) and how the airframe, engine, and systems generate and balance them. Learn the primary structure - fuselage, wings, empennage, landing gear - and control surfaces: ailerons (roll), elevators (pitch), rudder (yaw), plus flaps and trim.
300 words, about 2 min02Aerodynamics and Principles of Flight
Understand how angle of attack, airspeed and wing shape produce lift, and that lift rises with the square of airspeed. Know the four drag types: parasite (form, skin friction, interference), induced (from lift, greatest at low speed/high AoA), profile, and total drag.
293 words, about 1 min03Navigation
Candidates must handle latitude and longitude, true versus magnetic bearing, variation and deviation, and the compass swing. Understand the difference between track (path over ground) and heading (where the nose points), and how wind drift creates the drift and wind correction angles.
279 words, about 1 min04Flight Planning and Meteorology
Know the sequence: route selection, weather briefing, fuel calculation (taxi, trip, reserve, contingency), weight and balance, performance (take-off/landing distances, climb gradients), and alternates. Understand MTOW, MLW, ZFW and how payload and fuel trade off.
269 words, about 1 min05Aviation Safety, Human Factors and Regulations
Understand the safety management system (SMS): hazard identification, risk assessment, mitigation and assurance. Know the Swiss cheese model, the reason/just culture distinction, and the difference between active failures and latent conditions.
515 words, about 3 min