Our learning model

Critical thinking. Made real.

Young people meet a challenge they can see, touch and change. They test ideas, interpret feedback and learn to recognise the thinking that helped them move forward.

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Why it works

Thinking becomes visible when something real is at stake.

RC racing creates an unusually rich learning environment. A change to gearing, weight distribution, suspension, throttle input or racing line produces immediate physical feedback. Young people cannot progress by recalling the right answer: they have to notice, question, diagnose, decide and adapt.

That is practical learning, but it is also critical thinking—reasoning from evidence, testing assumptions and making better judgements.

How the learning works

Critical thinking.
Made real.

The car is not the outcome. It is a fast, physical learning system: every choice changes performance, every problem demands interpretation, and every improvement creates evidence a young person can reflect on and carry forward.

01

Challenge

A meaningful task creates curiosity, urgency and a reason to engage.

02

Test

Young people make choices and receive immediate, visible feedback.

03

Reflect

Mentors name the thinking: what changed, why it worked and which capability was used.

04

Transfer

The capability is connected to wider interests, education, careers and future choices.

Engineering Habits of Mind

Six capabilities engineers use to make things work—and work better.

Mentors help young people recognise these habits in their own actions. The language turns an enjoyable activity into capability they can name, value and use again.

01

Systems thinking

Seeing connections, interactions and consequences across the whole system.

02

Problem-finding

Defining what is actually happening before reaching for a solution.

03

Visualising

Imagining how a change, configuration or line may perform before testing it.

04

Improving

Using evidence and iteration to make performance progressively better.

05

Creative problem-solving

Generating workable ideas within real constraints, often with other people.

06

Adapting

Responding constructively when conditions, evidence or the problem changes.

The mentor’s role

Experience alone is not enough.

Our mentors do more than demonstrate technical tasks. They ask useful questions, slow down the moment and reflect back the capability a young person has shown.

That mediated reflection helps replace “I got lucky” or “I’m not technical” with grounded evidence: “I diagnosed the problem, tested an idea and adapted.”

The learner becomes a producer of knowledge—not simply the recipient of an expert answer.

From capability to future

The transfer is deliberate.

Young people connect what they have demonstrated to their other interests—from gaming and cooking to sport, making and caring—and then to education, sectors and opportunities on the horizon.

This develops career management skills: recognising strengths, understanding change, finding possible pathways and being ready to move between them.

“My advantage is how I think, adapt and solve problems. I can find a way forward.”

See the model in practice

Choose the setting. Keep the learning intact.

From a high-impact school workshop to a sustained community programme or employer partnership, every format retains challenge, reflection and transfer.

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Your next step

See the model in action.

Move from the learning science to a workshop, programme or partnership designed around the people and outcomes you care about.