From first solder joint to shipped prototype — every track is hands-on, mentor-guided, and built around things you actually make.
A snapshot of the kinds of things that come out of our labs every term.
Tap any academy to see what you'll actually work on.
Design, wire, and program robots — from first build to competition floor.
Learn to think in code, from your first script to full applications.
Design, build, and explore the science of flight, space technology, and autonomous aerial systems.
Why do things fly? Aircraft, the four forces of flight, Newton's laws of motion, paper planes, gliders and a first look at drones.
Build, control and experiment. Aircraft components, pitch, roll and yaw, how a drone flies, and building simple aircraft.
Engineer the drone. Aerodynamics, frame design, propulsion and power, flight controllers, programming and real-world applications.
Learning path: Paper Aircraft → Glider → RC Aircraft → Drone Anatomy → Drone Assembly → Drone Flight → Sensors & Flight Controller → Programming → Autonomous Systems → Drone for Good Project
Explore the systems shaping tomorrow — and learn to build them responsibly.
From staying safe online to securing and running real networks.
Hands-on fabrication — where ideas become physical prototypes.
Turn projects into products, and products into ventures.
Tell the story of what you build.
Technology in service of a sustainable future.
Take it apart to understand it — then rebuild it better.
The human skills every innovator needs, regardless of track.
Membership gives you access to every academy — not just one.