ICAA CPL Theory study plan

Map Air Law syllabus into a one-page topic index covering rules of the air, licensing, airspace classification, and documents

Define and write out from memory the key VFR minima, right-of-way rules, and cruising/semi-circular level rules

Build a personal error log of Air Law misconceptions and re-test each item at week's end

Complete 60 Air Law practice items and categorise every miss by sub-topic

Consolidate remaining Air Law sub-topics (flight rules, airspace, licensing privileges) to a consistent pass standard

Explain in writing how pressure systems, fronts, and stability drive the weather you will actually fly in

Decode a METAR and TAF line by line, identifying each group and its meaning

Interpret a forecast chart and a significant weather chart to describe expected conditions for a planned flight

Describe the formation, hazards, and avoidance strategy for each major weather hazard (icing, thunderstorm, wind shear, turbulence, fog)

Compute and apply crosswind, density altitude, and altimeter-setting corrections to sample scenarios

Convert between QNH, QFE, and pressure altitude in worked numerical examples

Summarise climatology and local weather patterns relevant to the operating region

Trace the powerplant, fuel, oil, and cooling systems and state the failure indications and pilot actions for each

Describe airframe, flight controls, landing gear, and hydraulic/electrical systems with their normal and abnormal states

Interpret the key engine and flight instruments, including their failure modes and backup indications

List the aircraft documents, placards, and equipment requirements an examiner would probe

Compute takeoff and landing distance, climb, and cruise performance from tabulated data for given weight, altitude, and temperature

Construct and check a weight-and-balance calculation, including forward and aft limit scenarios

Explain the four forces, load factor, stall progression, and the effect of weight, CG, and configuration on performance

Draft a full flight plan (fuel, time, alternate, reserves) for a sample cross-country route

Plot and measure tracks, distances, and headings on a chart, applying variation, deviation, and wind to derive heading and groundspeed

Compute ETA, fuel burn, and diversion legs using mental-dead-reckoning shortcuts

Interpret navigation aids and apply position-fixing and drift-correction techniques

Re-run the week-5 flight plan using a different wind and temperature to test transfer of performance skills

Explain hypoxia, hyperventilation, spatial disorientation, and fatigue with their recognition and countermeasures

Apply human factors to decision-making scenarios, identifying hazardous attitudes and antidotes

Sequence normal and emergency operational procedures, including checklists, radio failure, and passenger/aircraft handling

Explain the purpose of performance, mass-and-balance, and operational limitations in the operational context

Practise standard radiotelephony phraseology for departure, en route, approach, and emergency calls

Run three full-length timed mock exams under exam conditions and record domain-level scores

Re-drill the top ten weakest sub-topics from the error log until each is consistently correct

Consolidate a final one-page summary sheet per domain for last-minute review