Commercial Pilot Course

Lesson 1 • History and Structure of Aviation

Traces aviation milestones and the organisational structure of civil aviation authorities. Establishes context for understanding why regulations and standards exist.

Lesson 2 • Aircraft Airworthiness Standards

Explains type certificates, airworthiness directives, and maintenance record requirements. Prepares students to verify legal airworthiness before flight.

Lesson 3 • Regulatory Documents and Airspace Rules

Introduces the structure of aviation regulations and airspace classification. Students learn to locate and apply rules governing flight operations.

Lesson 1 • Principles of Lift and Drag

Explains airfoil geometry, angle of attack, and the four forces of flight. Forms the aerodynamic basis for all subsequent performance analysis.

Lesson 2 • Advanced Aerodynamic Phenomena

Addresses high-speed aerodynamics, wake turbulence, and ground effect. Prepares students for complex flight environments encountered in commercial operations.

Lesson 3 • Stability and Control Surfaces

Covers longitudinal, lateral, and directional stability and the control surfaces that manage each axis. Students predict aircraft behaviour in normal and upset conditions.

Lesson 4 • Atmosphere and Its Effect on Performance

Examines standard atmosphere, density altitude, and temperature effects on engine and aerodynamic performance. Directly supports accurate use of performance charts.

Lesson 1 • Pressurisation and Environmental Systems

Covers cabin pressurisation, bleed air, and oxygen systems used in high-altitude operations. Connects system knowledge to physiological safety requirements.

Lesson 2 • Reciprocating Engine Operation

Covers four-stroke cycle, carburetion, fuel injection, and ignition systems. Provides the mechanical foundation for engine management and troubleshooting.

Lesson 3 • Avionics and Autopilot Systems

Introduces navigation radios, flight management computers, and autopilot modes. Students configure and monitor automated systems whilst maintaining manual proficiency.

Lesson 4 • Fuel, Electrical, and Hydraulic Systems

Details fuel system architecture, electrical bus design, and hydraulic actuator circuits. Students trace system logic to isolate failures during abnormal checklists.

Lesson 1 • Weather-Based Flight Planning

Integrates weather analysis into route selection, alternate planning, and fuel reserves. Bridges meteorological knowledge with operational decision-making.

Lesson 2 • Aviation Weather Products

Covers METARs, TAFs, PIREPs, SIGMETs, and graphical forecast products. Students extract operationally relevant data from each product type.

Lesson 3 • Icing, Turbulence, and Wind Shear

Identifies conditions that produce structural icing, clear-air turbulence, and low-level wind shear. Students apply avoidance strategies and aircraft de-icing procedures.

Lesson 1 • Performance-Based Navigation Planning

Introduces PBN concepts, RNP procedures, and curved path approaches. Prepares students for advanced navigation operations in modern airspace.

Lesson 2 • GPS and Area Navigation

Explains GPS signal architecture, RAIM, and RNAV route construction. Students programme and verify GPS flight plans for enroute and approach operations.

Lesson 3 • Chart Reading and Dead Reckoning

Teaches sectional and IFR en route chart symbology, magnetic variation, and dead reckoning calculations. Provides the manual navigation baseline for all electronic methods.

Lesson 4 • Radio Navigation Systems

Covers VOR, DME, NDB, and ILS signal characteristics and cockpit interpretation. Students track airways and execute instrument approaches using ground-based navaids.

Lesson 1 • Instrument Approach Procedures

Teaches precision and non-precision approach categories, briefing, and execution. Students fly ILS, RNAV, and VOR approaches to published minimums.

Lesson 2 • Attitude Instrument Flying Fundamentals

Establishes the control-and-performance method for maintaining attitude using primary flight instruments. Forms the core scan technique used throughout all IFR operations.

Lesson 3 • Missed Approach and Alternate Planning

Covers missed approach point identification, procedure execution, and alternate airport selection. Ensures students can safely recover from any approach that cannot be completed.

Lesson 4 • Unusual Attitudes and Spatial Disorientation

Addresses vestibular illusions, somatogravic effects, and unusual attitude recovery. Prepares students to recognise and correct disorientation before loss of control.

Lesson 1 • Engine Failure Recognition and Response

Covers engine failure cues, immediate action memory items, and securing procedures. Students develop rapid, accurate responses to engine failures at all flight phases.

Lesson 2 • Multi-Engine Instrument Approaches

Applies instrument approach procedures to single-engine scenarios in multi-engine aircraft. Students execute approaches and go-arounds with one engine inoperative.

Lesson 3 • Multi-Engine Aerodynamics

Explains asymmetric thrust, critical engine concepts, and VMC factors. Provides the aerodynamic foundation for all engine-out emergency procedures.

Lesson 1 • Crew Resource Management Principles

Introduces CRM history, communication models, and authority gradient management. Establishes the interpersonal framework for safe multi-crew operations.

Lesson 2 • Fatigue, Fitness, and Human Factors

Addresses duty time regulations, sleep physiology, and fitness-for-duty self-assessment. Prepares students to manage personal performance across commercial schedules.

Lesson 3 • Threat and Error Management

Covers the TEM model, threat identification, error trapping, and undesired aircraft states. Students apply TEM analysis to real-world commercial flight scenarios.

Lesson 4 • Standard Operating Procedures

Explains the purpose, structure, and discipline of SOPs in commercial aviation. Students demonstrate consistent SOP compliance during simulated line operations.