Browser-Based Structural Analysis Studio
Interactive study of built-in beam and cube shapes with a fixed support, directional forces, adjustable subdivisions, approximate structural results, and 3D deformation visualization.
FEA Developer
Michael Nsengiyumva
I build browser-based engineering tools, combining computational mechanics, scientific computing, and interactive 3D visualization.
About Me
I am an FEA developer interested in computational mechanics, finite element analysis, and scientific software. I hold a 60-credit Interdisciplinary University Certificate, including coursework in Mathematics and Materials Science and Engineering. My current project is an educational browser-based structural-analysis studio: users can configure a beam or cube, choose a fixed support face and directional forces, adjust material properties and mesh resolution, and explore approximate stress, strain, yielding, and displacement results in an interactive 3D view.
Featured Project
Scientific Visualization
Three.js-based 3D rendering for model geometry, result contours, deformation, and support and force markers.
Material Library
Built-in material presets with editable properties, including elastic modulus, Poisson ratio, yield strength, and hardening modulus.
Skills
Engineering
- Finite Element Analysis
- Materials Science
- Solid Mechanics
Programming
- JavaScript
- Python
- C++
- Node.js
3D Graphics
- Three.js
- WebGL
- Scientific Visualization
Timeline
Built an educational browser-based structural-analysis studio.
Started a browser-based structural-analysis prototype and 3D visualization project.
Contact
Use the form to send a project inquiry or message about finite element analysis, scientific software, and 3D visualization work.