Systems programmer & full-stack developer — I build things where the browser meets the metal.

MCA graduate specializing in WebAssembly + C/C++ for the web, and NestJS + PostgreSQL on the backend. I gravitate toward technically hard problems: real-time collaboration, low-level graphics, and systems that need to be both fast and correct.

An interactive, step-through algorithm visualizer that runs entirely in the browser — no server, no runtime. Written in C with raylib, compiled to WebAssembly via Emscripten, and embedded in a React shell.

BFS implemented with a node-graph canvas, adjacency matrix, and step-through engine. DFS and Dijkstra's coming next.

C raylib WebAssembly/Emscripten React TypeScript GitHub Pages

🔗 Live Demo · Source

A real-time collaborative canvas. The rendering core will be written in C++ compiled to WebAssembly, while Socket.io will be used over a NestJS backend to synchronize strokes across clients in real time.

C++ WebAssembly/Emscripten React TypeScript NestJS Socket.io PostgreSQL Redis

A complete game shipped in a 72-hour game jam. Built entirely in C++ and raylib, compiled to WASM and deployed to the web.

A custom desktop environment built on DWM, dwmblocks-async, and dunst. Because the tools you use every day should feel exactly right.

Lowest Level Dungeon — Contributed map generation logic and tile placement system.

Systems & Graphics C C++ WebAssembly Emscripten raylib OpenGL CMake Zig

Web — Backend Node.js NestJS PostgreSQL Redis REST WebSockets Socket.io

Web — Frontend React TypeScript HTML5 CSS Vite Vitest

Infrastructure & Tooling Linux Neovim Git Docker AWS (EC2, Route53) Caddy

I'm open to roles in systems programming, backend development, or anything at the intersection of both.