Testing Page

Explore shapes, balance and movement through playful art, building and design challenges.

Build simple communities and guide beginner-friendly robots through routes, helpers and city challenges.

Code and guide robots through space-themed navigation, exploration and teamwork missions.

Use Minecraft Education coding and collaborative building to design a thoughtful, sustainable community.

Combine colour, shadows, sound, vibration and movement in creative art and science projects.

Use Scratch to create animations and beginner video games while learning events, loops and debugging.

Use TinkerCAD to create useful and imaginative objects, then prepare designs for 3D printing.

Use Minecraft Education coding and teamwork to develop island infrastructure, resources and transportation.

Combine art, movement, balance and simple mechanisms to create interactive or moving artwork.

Use Flowlab to build a platform game with movement, collisions, scoring, levels and playtesting.

Design, build and code robots for rescue, navigation and problem-solving missions.

Use Minecraft Education to recreate historic structures and systems, then automate selected tasks with code.

Use TinkerCAD to design useful gadgets, moving parts and fitted components for 3D printing.

Explore robotics, circuits, structures and creative prototyping in a welcoming, collaborative environment.

Design, build and program a team robot for original Centre-created missions and collaborative challenges.

Build and program robots for connected missions using navigation, sensors, mechanisms and systematic testing.

Use Flowlab to create a space game with controls, obstacles, enemies, scoring and visual feedback.

Use Minecraft Education agents, loops, functions and logic to create and explain advanced automated systems.

Engineer and program rover solutions for navigation, obstacle response, sample collection and planetary challenges.

Use TinkerCAD to design working models with joints, gears, fit testing and moving assemblies.

Use Flowlab to build a stealth game with detection, enemy behaviour, strategic levels and playtesting.

A separate school board fee applies. Develop fabrication, programming, testing, outreach and teamwork skills.

Maximum 10 participants. Design, build and program an official competition robot through a team-based season pathway

Explore local green spaces, learn from mentors and help design a youth outdoor program for Spring 2027

Work through the mechanical build, wiring, programming and testing of a complete kit-based robot, separate from FIRST.