1. Aerodynamics
- Basic principles of aerodynamics.
- Forces acting on an aircraft (lift, drag, thrust, and weight).
- Aircraft stability and control.

2. Aircraft Systems:
- Understanding various aircraft systems (electrical, hydraulic, fuel, etc.).
- Operation and maintenance considerations.

3. Engines:
- Principles of aircraft engines (piston engines, turbine engines).
- Engine components and systems.

4. Airframes:
- Structure and materials of aircraft.
- Inspection and maintenance of airframes.

5. Instruments:
- Basic principles of flight instruments.
- Navigation instruments.
- Communication instruments.

6. Flight Controls:
- Types of flight controls (ailerons, elevators, rudders).
- Aircraft control surfaces and their functions.

7. Weight and Balance:
- Understanding the importance of weight and balance in aviation.
- Calculation of weight and balance for different configurations.

8. Aviation Regulations:
- Compliance with technical regulations and standards.
- Certification requirements for aircraft and components.

9. Emergency Procedures:
- Emergency systems and equipment on aircraft.
- Procedures for handling various emergencies.

9. Principles of Flight:
- Understanding the factors affecting the performance of an aircraft.
- Effect of altitude, temperature, and other variables.