GCAA Ghana ATPL Theory study plan

Map the Ghana CARs Part 8/9 (licensing, operations, ATC) structure and write a one-page index of the sections that govern ATPL privileges, recency and medical validity

State the ICAO Annex differences from Ghana CARs for rules of the air, flight plans and SSR transponder procedures, listing at least eight differences in a comparison table

Solve 30 Air Law questions covering airspace classification, clearance readback requirements and ATC separation responsibilities, recording the reason for every wrong answer

Explain the four radio-navigation basics (VOR radial tracking, DME slant range, NDB/ADF relative bearing, ILS localiser/glidepath geometry) in your own words without notes

Draw and label the standard atmosphere profile, then compute pressure altitude, density altitude and ISA deviation for five worked aerodrome scenarios

Interpret METAR, TAF, SPECI and trend forecasts: decode 20 live or archived Ghana/West Africa reports and flag every element that affects take-off or approach minima

Describe the formation and hazards of ITCZ, harmattan haze, squall lines, thunderstorms and low-level wind shear over West Africa, linking each to a specific operational decision

Complete 40 Meteorology questions on stability, icing, altimetry and tropical weather, then rewrite the three weakest topics from memory

Derive and explain lift, drag, thrust and weight relationships across the four forces in straight-and-level, climb, descent and turn, producing annotated sketches for each case

Calculate and interpret stall speed changes with mass, load factor, altitude and configuration, working through at least ten numerical examples

Explain boundary layer behaviour, separation, induced vs parasite drag and the effect of flaps, slats, spoilers and vortex generators on the lift curve

Link tropical weather (high temperature, humidity, density altitude) to performance and stability effects, writing five short cause-and-effect chains

Answer 40 Principles of Flight questions covering stability, control, Mach effects and high-speed flight, logging every formula used

Trace the hydraulic, pneumatic, fuel, electrical and pressurisation systems on blank schematics, labelling components, normal indications and failure consequences

Describe the gas-turbine powerplant cycle, starting sequence, thrust limits, and the indications and actions for surge, flameout, hot start and fire

Identify emergency equipment (fire bottles, oxygen, ELT, life rafts, slides, smoke hoods) with location, pre-flight check and use criteria

Interpret the pitot-static, gyroscopic and magnetic instrument families: draw each system, state failure indications and the correct pilot response

Explain EFIS/EICAS symbology, glass-cockpit failure modes and standby instrument usage in 300 words of your own text

Compute mass, centre of gravity and moment for five loading scenarios, including last-minute changes, and place each result on a sample envelope

Convert between the various mass terms (MTOM, MLM, MZFM, DOM, payload, traffic load) and explain which limit governs a given flight

Calculate take-off and landing distance, climb gradient and obstacle clearance for at least eight worked performance cases, correcting for mass, pressure altitude, temperature, wind and runway slope

Interpret performance charts and the effect of contaminated runways, then state the regulatory take-off/landing minima rules that apply

Answer 35 Mass and Balance and Performance questions with full workings shown

Produce a full flight plan for a West Africa route (e.g. Accra to Lagos or Kano) covering route selection, fuel policy, alternate selection, ETA and fuel logs

Compute true altitude, track, heading, groundspeed and ETA from wind triangle problems, solving at least twelve cases both graphically and by the CRP-5

Convert between coordinate systems, use great circle and rhumb line reasoning, and interpret chart projections, scale and relief for navigation planning

Explain fuel planning terms (taxi, trip, contingency, alternate, final reserve, extra) and apply the regulatory minima to a worked example

Answer 35 Flight Planning and General Navigation questions, including five chart-based numerical problems you construct yourself

Explain hypoxia, hyperventilation, decompression, spatial disorientation, illusions and fatigue, and state the recognition cues and corrective actions for each

Describe the sensory systems, human error models (SHELL, Reason's Swiss cheese, TEM) and threat-and-error management in the operational context

Apply operational procedures to the abnormal and emergency cases: engine failure after take-off, rapid depressurisation, rejected take-off, fire, and diversion, writing checklists of actions

Cover operational documentation, MNPS/RVSM-style procedures, altimetry rules, wake turbulence separation and low-visibility operations with reference to Ghana CARs and ICAO Annex 6

Answer 35 Human Performance and Operational Procedures questions and review every incorrect option

Sit two full-length timed mock exams under exam conditions and record per-domain accuracy against the 10/10/8/5/7/8/8/10/9/7/8/10 weightings

Rework every missed question from the mocks into a personal error log with the correct concept and a one-line rule to remember

Revisit the three weakest domains with a 90-minute targeted drill each, using only self-generated questions and notes

Rehearse formula recall (altimetry, navigation, performance, mass and balance) in a 30-minute closed-book sprint until all are reproduced from memory