Discover how airplanes fly as young aviators explore the forces of flight, aircraft systems, and fundamental aerodynamics through hands-on experiments and activities.
Join an interactive learning experience designed specifically for 8-12 years students. Our 12 week course combines hands-on activities, engaging discussions, and practical exercises to make learning fun and memorable. Each session is carefully structured to maintain engagement while building foundational knowledge and critical thinking skills. Students will work both independently and in small groups to explore concepts and apply their learning.
18 Jul 2026 - 3 Oct 2026 · Meets on Saturdays
19 Jul 2026 - 4 Oct 2026 · Meets on Sundays
20 Jul 2026 - 5 Oct 2026 · Meets on Mondays
21 Jul 2026 - 6 Oct 2026 · Meets on Tuesdays
22 Jul 2026 - 7 Oct 2026 · Meets on Wednesdays
You'll select your preferred time slot during enrolment.
We explore the fundamental forces that enable flight (lift, weight, thrust, and drag) and Newton's Laws of Motion.
Trace the evolution of flight from nature's inspiration to modern aircraft, examining different types of aircraft and their applications.
Session 3 focuses on how wings create lift through Bernoulli's principle and explores different wing designs and airfoils.
This lesson introduces aircraft control surfaces (ailerons, elevators, rudders, spoilers, and flaps) and explains how they enable pilots to steer planes.
Review control surfaces and examine how aircraft achieve balance and stability during takeoff, flight, and landing.
Session 6 explores various propulsion systems (propellers, jet engines, rockets) with emphasis on the evolution of modern jet engines.
Examine how weather affects flight, including wind patterns, runway design, and how pilots navigate weather challenges
Covers airport infrastructure, air traffic control systems, and navigation tools that ensure safe takeoffs and landings.
Trace the evolution of flight navigation from star-based methods to modern systems using waypoints, beacons, and precision approaches.
Delve into advanced physics concepts of flight including air pressure, speed measurements, and critical flight control parameters.
Introduces helicopter flight principles, different rotor configurations, and how helicopters differ from fixed-wing aircraft.
Explores emerging aviation technologies including electric aircraft, sustainable flight innovations, and drone applications.
Book a free 45-minute demo and your child takes part.
Book a free demo