All Projects

A custom ECS-based game engine built from scratch in C++ with OpenGL, real-time physics via Box2D and Bullet, GPU-accelerated particles, bone animation, and per-object material shaders. Engineered to handle 10,000+ entities at 60 FPS.

Multiplayer game systems built with a custom C++ networking layer integrated directly into Unity. Includes an online FPS with sub-50ms latency, client-side prediction, authoritative server architecture, and a local arena brawler with dynamic combat pacing driven by player state.

Procedural generation systems including IK-based procedural animation using the FABRIK algorithm for dynamic terrain adaptation, and Wave Function Collapse city generation for infinite, replayable tactical environments in Unity.

Advanced shader and graphics programming using GLSL and HLSL, including real-time ray tracing effects, volumetric fog and lighting, compute shaders, and GPU-accelerated particle systems built into a custom engine.

Game AI systems including an interactive A* pathfinding visualizer, a behavior tree system with GOAP integration for hierarchical squad AI, and a real-time flocking simulation using Reynolds' algorithm with multi-threading via Unity's Burst Compiler.

A collection of shipped games: a VR meat-handling training simulation adopted for corporate marketing, a 3D online multiplayer FPS, hackathon winners (1st and Top 5 from 200+ teams), and playable in-browser TypeScript games built with Microsoft MakeCode Arcade.