Student Showcase · Season 1

Built by our students.

These are real, playable games our teens shipped during the course. Every feature was prompted, playtested and debugged by the student — with AI as their build partner.

01Season 1 Student

Neon Jump

2D platformer with a full level editor

A neon-soaked platformer with moving platforms, lava hazards, coins and doors — plus a complete level editor where you can draw your own platforms, set moving paths (lines, ovals, squares, triangles) and save custom levels right in the browser.

What they practiced

Game loops, gravity & collision detection
Designing a level editor other people can use
Saving player creations with browser storage
Iterating on feel: jump height, speed, difficulty

HTMLCSSJavaScriptCanvas API

Keyboard controls — best played on a desktop.

Open full screen ↗

02Season 1 Student

Cartoony Tower Climb

3D tower climb + 2D split-screen race

A full 3D platformer built with Three.js: climb a spiralling tower in solo mode with a draggable camera, or switch to 2D split-screen and race a friend on the same keyboard. Two complete game modes in one project.

What they practiced

3D scenes, cameras and lighting with Three.js
Two game modes sharing one engine
Local two-player design on a single keyboard
Hunting down bugs in a big codebase with AI

Three.js3D GraphicsJavaScriptMultiplayer

Keyboard controls — best played on a desktop.

Open full screen ↗

No copy-paste tutorials. Here's how they actually built these.

Prompt it

Students describe the feature they want — precisely enough that the AI can build it. That precision is the skill.

Playtest it

Every change gets played immediately. Does the jump feel right? Is level 3 too hard? They judge, then adjust.

Debug & refine

When something breaks, they read the behavior, form a theory and steer the AI to a fix — like real engineers.

Want your teen to build something like this?

Next season, this page grows. Book a call and we'll walk you through how students go from first prompt to a shipped game.