A calibrated, adaptive learning programme.
The picture of you, not of the topic. Each statement is something you'll be able to do by the end.
I can Integrate Rust and WebAssembly into Web Applications
I can Optimize and Debug Rust-compiled WebAssembly
I can Design and Evaluate WebAssembly Features
The path through the material. Each lesson tackles one essential question.
How does Rust’s project and module system shape the way we structure, build, and test code?
How do moves and borrows govern mutation and aliasing so code stays safe without a garbage collector?
How can we model problems so the type system and patterns make correctness the default?
Why is WebAssembly a constrained, sandboxed compute target, and when does that constraint become an advantage?
How do we turn a Rust crate into a wasm module and design a boundary with JavaScript that is safe and efficient?
What does it take to make Rust feel native in a modern web stack, able to talk to the browser and integrate cleanly with tooling?
How should a WebAssembly‑augmented feature be carved up and shipped so it stays safe, evolvable, and easy to roll back?
What practices turn opaque Wasm into something you can inspect, reason about in devtools, and deliver to users without wasted bytes?
How do you turn all the pieces into a real, user-visible win and get it into production with confidence?
Three ways to connect: Claude Code (PAT + install command), Claude Desktop (.mcpb download — no token to paste), or Claude web (Customise → Connectors → Add custom connector, OAuth). Same MCP endpoint, same identity on every path.
https://nebular.live/api/v1/mcp/