From curiosity
to something that works.
8 project guides across digital and physical technology. Design a part, model an energy system, investigate flight or build a useful app.
These are self-paced project guides, not booked classes or an accredited qualification. Complete the linked foundation work first or demonstrate equivalent skills. Agree mentor support and assessment before beginning an extension. Paper, local browser and free simulator routes are included.
Web & app builder
Build an accessible club website with a calculator, validation and a repeatable test log.
Explore 6 practical stages →6 PRACTICAL STAGESFROM A CLAIM TO CHECKABLE EVIDENCEData & responsible AI
Investigate a dataset, compare a simple rule with an AI approach and produce an honest evidence card.
Explore 6 practical stages →6 PRACTICAL STAGESFROM A READING TO A RELIABLE RESPONSERobotics & physical computing
Model inputs, outputs and state; test missing data and design a simulated controller with a clear handover.
Explore 6 practical stages →6 PRACTICAL STAGESFROM AN AVATAR TO AN INTERACTIVE WORLDCreative computing & stories
Make the EaseBrain crew’s decisions playable through events, variables, branching and user testing.
Explore 6 practical stages →6 PRACTICAL STAGESFROM A SKETCH TO A PART THAT FITSManufacturing, CAD & fabrication
Design a small part, compare 3D printing with machining and fabrication, and make a production plan with measurable acceptance checks.
Explore 6 practical stages →6 PRACTICAL STAGESFROM A MISSION TO A TESTABLE MODELUAVs & autonomous systems
Explore flight, sensing and control through a fictional survey mission, an energy estimate and a tested state machine.
Explore 6 practical stages →6 PRACTICAL STAGESFROM A LOAD LIST TO AN ENERGY PLANEnergy & useful power
Estimate demand, compare efficiency and renewable supply, and explain storage and reliability using a small learning-space model.
Explore 6 practical stages →6 PRACTICAL STAGESFROM A PROPERTY TO A DESIGN DECISIONMaterials & circular design
Compare material properties, mass, manufacturing constraints and end-of-life choices before recommending a material for a product.
Explore 6 practical stages →Progress by what you can demonstrate.
Readiness → guided build → modify → independent project → test and revise → defend. Keep first versions, explain failures and record your own contribution. A mentor assesses evidence; opening a lesson does not award a new credential.
Try the practice tools