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the don’t panic lab
guest@dontpaniclab: ~/future

guest@dontpaniclab:~$ ./start_adventure --age 6-13

Kids who code out-build the future.

A kids’ coding academy for curious builders. Small classes, real projects, and four tracks — Scratch, Python, AI, and Robotics — taught by people who ship code for a living.

Illustration of children at a glowing workbench with small robots and a laptop, in green terminal style

What we teach

Four tracks, one goal: kids who can think in systems and build things that work.

Stylised terminal artwork for the Scratch track

Scratch

Ages 6–9

Drag-and-drop blocks, instant feedback, and big creative wins. The perfect first contact with loops, events, and logic.

Builds animated stories and games they can demo to the family.

Stylised terminal artwork for the Python track

Python

Ages 9–12

Real syntax, real problem solving. Kids learn variables, functions, and how to debug like professionals.

Writes real text-based programs and small tools from scratch.

Stylised terminal artwork for the AI track

AI

Ages 10–13

From teaching a model to recognise drawings to prompting with intent — kids learn to direct intelligent tools, not just consume them.

Trains simple models and learns to question what AI tells them.

Stylised terminal artwork for the Robotics track

Robotics

Ages 8–12

Code that moves. Sensors, motors, and friendly competitions make abstract logic physical and unforgettable.

Programs robots that navigate, sense, and react to the world.

Why coding still matters

“AI writes code now — why should my child learn it?” Fair question. History has answered it before.

Calculators Mathematics

The pocket calculator could compute faster than any human. It didn’t make mathematics obsolete — it made mathematical thinking more valuable. The kids who understood the underlying ideas used calculators to go further; the ones who didn’t just pressed buttons.

AI Coding

AI can generate code the way a calculator generates answers. But someone still has to know what to ask for, spot when the answer is wrong, and decide what’s worth building. That someone needs to understand how software actually works.

We teach kids to think clearly, direct intelligent tools with confidence, and build their own ideas — not just consume other people’s. That’s a skill set no autocomplete can replace.

How it works

Three steps from curious to shipping.

  1. Try a class

    Book a free taster session. No experience needed — just curiosity and a parent’s sign-off.

  2. Pick a track

    Scratch, Python, AI, or Robotics. We help you choose based on age, interest, and confidence.

  3. Build and ship projects

    Every term ends with something real: a game, a tool, a robot run. Demo day included.

Proof, not promises

A few things our students have actually built and demoed.

Auto Goalie

Z, 9 · Scratch

A simple game where a goalie moves to block shots, with a scoreboard and sound effects.

Scratch-asso

L, 7 · Scratch

A Digital Art maker that turns mouse movements into generative patterns and colours.

Maze runner 2026

IB, 12 · Scratch

Auto maze solver that uses loops and conditionals to navigate a randomly generated maze.

The lemonade stand

A, 10 · Scratch

A story told as art using Scratch sprites, with a simple game mechanic to collect ingredients and make lemonade.

Register interest

Tell us a little about your future builder and we’ll get back to you with taster-class options. No commitment, no spam.

interest-form — interactive

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