• Duration: 4.5 hours
• 70+ Questions 
• Practice tasks
• Ongoing progress checks
• Final examination

This course provides pilots with essential physics knowledge applicable to flight operations. Upon completion, learners will be able to:

• Identify and apply SI units and alternative measurement systems for key physical quantities like force, pressure, and density.
• Convert between units commonly used in aviation and science.
• Understand basic physics principles including vectors, scalars, velocity, and acceleration.
• Apply Newton’s laws of motion and principles of momentum and energy conservation to practical flight situations.
• Solve problems involving forces, mass, gravity, and pressure.
• Explain fluid dynamics, gas laws, and their applications in aircraft performance and flight.
• Analyze the concepts of energy transfer, work, and power.
• Describe the behavior of electricity, magnetism, and circuits in aviation contexts.
• Apply the principles of center of gravity and stability to aircraft operations.
• Understand the effects of pressure, altitude, and atmospheric conditions on aircraft performance.

This course focuses on applying physics to enhance a pilot’s understanding of flight dynamics and aircraft operations.

• Offers flexibility to learn anytime, anywhere, fitting into busy schedules.
• Provides interactive content that enhances engagement and understanding.
• Provides a targeted, aviation-specific curriculum that aligns with pilot training needs.
• Enhances problem-solving skills specific to piloting scenarios.
• Increases trainee retention and comprehension with real-world aviation examples.

This course is designed for aspiring and current pilots, aviation students, and flight instructors seeking to strengthen their understanding of essential physics principles applied in aviation. It is suitable for learners at any stage of their pilot training or career.

This mLearning course is not subject to regulations, however, it fulfills the related EASA/FAA requirements.