Code with AI. Build a Robot. Be a Warrior.
A browser-based coding platform built for the Waldwick Warriors Robotics class. Students chat with AI, write real code, and flash it to their robots — all from Chrome.
Students describe what they want their robot to do in plain English. The AI writes TypeScript code, explains every line, and encourages experimentation.
Full Monaco editor (the engine behind VS Code) with syntax highlighting, auto-complete, and auto-formatting. Multi-file projects that grow with the student.
Hit "Build & Flash" and code compiles in seconds. WebUSB flashes the hex file directly to the micro:bit — no drag-and-drop, no downloads, no friction.
Admin panel lets the coach see every student's workspace, chat history, and build status in real time. Spot who's stuck, troubleshoot live, review progress.
Code and chat history are saved across every session. Students pick up exactly where they left off — no lost work, ever.
Topic-constrained AI stays on robotics. All conversations logged. No accounts, no personal data — just a username and class code.
A purpose-built interface that's approachable for first-time coders, but powerful enough to build real robot programs.
No accounts to create, no passwords to remember. Students type their name and class code — handed out on paper — and they're in.
The main workspace pairs an AI chat panel with a full code editor. Students describe what they want, the AI writes the code, and one click applies it to the editor.
The coach gets a bird's-eye view of every student. Click into any workspace to see their files, full chat history across all sessions, and build results.
That's it. No software to install, no apps to download. Works on any laptop or Chromebook.
The teacher hands out credentials on paper. Type your name, enter the code, click Enter the Lab.
"Make my robot drive forward and flash red when it sees an obstacle." The AI writes the code and explains what it does.
Code compiles in ~2 seconds. Chrome connects to the micro:bit via USB and flashes the program directly.
The micro:bit reboots and your Cutebot starts executing. Tweak, rebuild, flash again. Iterate until it's perfect.
Modern tools, zero-cost hosting, real engineering practices.
An after-school program where students learn to code with AI and build real robots.