Build your own CubeSat model as young engineers learn orbital mechanics, communication systems, and satellite design through hands-on teamwork projects.
Join an interactive learning experience designed specifically for 17+ year old students. Our 12 week course combines systems engineering activities, CubeSat model building, and practical problem-solving to make learning fun and memorable. Each session is carefully structured to maintain engagement while building foundational knowledge in satellite functions and orbital concepts. Students will work both independently and in small groups to explore satellite engineering and complete a hands-on CubeSat project.
21 Sept 2026 - 7 Dec 2026 · Meets on Mondays
23 Sept 2026 - 9 Dec 2026 · Meets on Wednesdays
2 Oct 2026 - 18 Dec 2026 · Meets on Fridays
You'll select your preferred time slot during enrolment.
Introduces what a satellite is, the different kinds in use today, and why we send them into orbit.
Explains the orbital mechanics that keep a satellite circling Earth, and the different orbit types used for different missions.
Covers what holds a satellite together and the materials engineers choose to survive the harsh environment of space.
Explains how a satellite generates, stores and supplies the electrical power that keeps every system running.
Introduces the onboard computer that runs a satellite — processing commands, data and instructions.
Explains how a satellite talks to Earth, and how ground stations listen back.
Covers how a satellite knows which way it's pointing, and the systems that keep it stable and correctly oriented.
Explains how a satellite keeps every component within safe temperature limits in the extremes of space.
Covers how rockets carry satellites to orbit, and how a satellite deploys once it gets there.
Introduces the cameras, spectrometers and radars satellites carry to watch and study our planet.
Walks through planning a satellite mission from concept through to end of life.
Looks at where satellite technology is headed — smaller, smarter and more autonomous spacecraft.
Book a free 45-minute demo and your child takes part.
Book a free demo