Bahrain CAA ATPL Theory study plan

Outline the structure of ICAO Annexes and Bahrain CARs, then map each Annex to the operational area it governs

State the rules for airspace classification, flight plan filing, and position reporting that apply in Bahrain FIR airspace

Explain the standard meteorological pressure, temperature, and humidity relationships and derive QNH, QFE, and QNE conversions

Interpret a METAR and a TAF line by line, decoding every group without reference notes

Describe the formation and hazards of thunderstorms, icing, and low-level wind shear in Gulf climatic conditions

Read significant weather charts and upper-wind charts to identify hazards along a planned route

Trace the airflow and function of the airframe structure, flight controls, and hydraulic system on a typical transport aircraft

Explain how pressurisation and air conditioning systems maintain cabin altitude and differential pressure

Compare piston, turboprop, and turbofan powerplants in terms of cycle, thrust production, and operational limits

Describe fuel, oil, and fire protection systems and the indications that signal their failure

Apply air law rules on aircraft documentation, certificates of airworthiness, and crew licensing

Summarise the rules on minima, alternate requirements, and fuel policy for commercial operations

Compute centre of gravity from given mass items and check it against the forward and aft limits

Explain how fuel burn, loading sequence, and last-minute changes shift the centre of gravity

Identify the takeoff and landing performance factors including density altitude, runway slope, and wind

Interpret takeoff, landing, and climb performance charts to extract limiting values

Build a navigation flight plan including route selection, fuel, and time calculations

Convert between true, magnetic, and compass headings accounting for variation and deviation

Solve dead reckoning problems using the triangle of velocities and wind correction

Calculate great circle distances and track changes for long-haul routes

Describe the operating principles and failure modes of pitot-static and gyroscopic instruments

Explain the indications and limitations of ILS, VOR, DME, and GNSS systems

Interpret instrument displays and identify the correct response to a failed or unreliable indication

Apply radio navigation principles to approach and en-route navigation scenarios

Explain the effects of hypoxia, decompression, fatigue, and spatial disorientation on pilot performance

Describe the human information processing model and the role of workload and stress in decision making

Apply operational procedures for emergencies, abnormal situations, and crew resource management

Summarise the rules on dangerous goods, security, and emergency equipment

Explain the four forces of flight and the effect of angle of attack, speed, and load factor on lift and drag

Describe stability, control, and stall behaviour including high-speed and deep stall characteristics

Apply standard radiotelephony phraseology for departure, en-route, and approach communications

Consolidate air law rules through a final review of regulations and procedures