Phase 1
Understand the system
Explore inputs, outputs, sensors and the logic connecting them.
All challenge studios
Full-day challenge studio
Coding, AI & robotics
Make technology do something useful in the real world.
Why it matters
Learners should learn to direct technology, inspect its output and keep going when the first build fails. The goal is agency and judgment, not passive familiarity with another app.
What learners practise
- Computational thinking
- Prompt and model judgment
- Electronics
- Debugging
- Team product decisions
Inside the sessions
Logic and coding missionsSensor experimentsRobot movementPrototype testingResponsible AI critique
A sample studio arc
The pace adapts to the available time. Day Studio terms can develop the arc over several weeks, while Intensives compress it into focused full days.
Phase 2
Build the prototype
Create a small working system and divide meaningful roles across the team.
Phase 3
Break and debug
Test edge cases, find failure points and make evidence-based revisions.
Phase 4
Ship the challenge
Turn the prototype into a reliable demonstration another person can use.
A visible capstone
A final challenge families will remember.
Learners and parents receive the same practical brief and race to build, debug and demonstrate a working solution.
Where it happens
Built around the challenge.
Indoor maker rooms for focused building, plus outdoor space for testing movement and sensors.