Lesson 01 · Minecraft
We build a Minecraft mod that makes animals fly — and bounce off each other following the law of reflection: angle of incidence equals angle of reflection.
What happens when billiard balls collide? How do angles work?
Ask Claude to write the mod code, step by step.
Run it in Minecraft, find bugs, improve the behaviour.
Lesson 03 · Git + Mechanics
We introduce Git — version control used by every professional developer. Then we commit our two existing mods and start a new one: rotating gear artifacts with motion transfer mechanics.
Save snapshots of your work. Never lose progress. See your history.
Add rotating gear items to Minecraft. Begin building motion transfer.
Lesson 04 · Theory + Minecraft
We finish the gear motion transfer mod, then pause to understand what's happening inside the computer. Gears make a perfect metaphor: motion transfer → data flow, gears → system components.
The brain — processes instructions one by one.
Fast temporary storage while the program runs.
Just like gears transmit force, components pass data.
Lesson 05 · Web Games Begin
We switch from Minecraft to the browser. We create the graphics for our Princesses & Dragons game and explore how code actually executes — continuing our computer architecture journey.
The three layers of every web page and browser game.
From text you write to pixels on screen — step by step.
Lesson 06 · First Web Game
We finish building the Princesses & Dragons browser game. By the end of this lesson, the group has a fully playable game made with real web technologies.
How a game updates and redraws 60 times per second.
A complete, playable game — built by the group together.
Lesson 07 · Racing Game
We start building a browser racing game. Cars, a track, collision detection between vehicles — lots of graphics and physics to implement in JavaScript.
Draw the race track and vehicles using canvas graphics.
Detect when cars hit each other and react realistically.
Lesson 08 · Finish Line
We complete the racing game — adding statistics, lap times and a scoreboard. Then we celebrate: every student receives a course completion certificate.
Track lap times, display a live leaderboard during the race.
Course completion certificates for every student.
Your child's first real coding adventure starts here.