Computational Mechanics · WebGL
I build browser-based structural analysis software — where solid mechanics, numerical methods, and interactive 3D visualization meet in a single WebGL canvas, no desktop install required.
I am an FEA developer working at the intersection of computational mechanics and scientific software. My background bridges Mathematics, Materials Science & Engineering, Civil Engineering, and Computational Science, combining analytical thinking with engineering and software development.
My flagship project is a single-model structural analysis platform that runs entirely in the browser: parametric beam and cube geometry, an editable material library, a fixed support condition, directional force loading, and interactive result visualization. Everything from force application to stress contouring happens client-side in JavaScript and WebGL.
I care about making structural behaviour legible — turning beam theory, yield criteria, and incremental plasticity into something you can rotate, section, and reason about in real time.
3D FEA Studio was also built with the help of AI. I set the mechanics, validation, and design direction, and used AI coding assistants as a pair programmer for the solver plumbing, rendering code, and UI — which let a single developer ship a full analysis workbench far faster than doing it alone.
A browser-native structural analysis workbench. Model one rectangular beam or cube, assign material and directional forces, run the analysis, and inspect the deformed result — all without leaving the tab.
A Three.js pipeline that maps computed results to stress contours, animated deformation, and overlaid undeformed geometry for direct comparison.
Twelve engineering presets — steels, aluminum, titanium, copper, brass, concrete, composites, and polymers — with editable elastic, density, strength, and thermal properties.
Shipped the browser-based platform end to end — parametric geometry, incremental elastoplastic analysis, interactive post-processing, and project export.
Began the custom analysis engine and WebGL rendering layer, prototyping the stress-contour and deformation pipeline.
Have a project involving finite element analysis, scientific software, or interactive 3D? Send a note and I'll get back to you.