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.
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.