Matt Clark

Architected custom Three.js/WebGL/WebGPU rendering pipelines and modular 3D engine architectures, delivering browser-based visualizers and configurators that exceeded 60 FPS and reduced memory load via geometry compression and streaming.

Led development of real-time collaborative WebGL editors and advanced shader systems, implementing GPU culling and instancing that improved frame-rate efficiency by ~50% and automated asset optimization pipelines.

Implemented React + Three.js 3D configurators with PBR workflows and texture streaming, creating GPU-optimized shaders and geometry decimation pipelines that reduced model load sizes by up to 70%.

Developed WebGL-based energy network visualization dashboards with real-time data integration, shader-based power-flow visualizations, and scene graph architectures that reduced render latency by 30%.

Delivered custom Three.js and Babylon.js engines for product configurators and simulation tools, implementing procedural geometry, particle effects, and GPU memory optimizations for multiple client projects.

Built real-time 3D dashboards visualizing IoT and environmental simulations, integrating WebGL front-ends with backend simulation systems and creating interactive React/Three.js control panels for digital twins.

Developed visualization modules and custom shader effects for design tools, collaborating with gameplay teams to optimize rendering and documenting engine systems while mentoring internal teams on modern WebGL practices.

Created WebGL and Canvas-based 3D visualization systems for industrial training simulations, implementing GLSL shaders for shadow mapping and reflections and optimizing rendering across browsers.

Completed a Bachelor of Computer Science with coursework in software engineering, graphics, and systems from September 2007 to May 2012.