I write GPU-accelerated solvers, scientific visualization tools, and neural surrogates that learn to accelerate them. Mostly granular flow, fluids, and structural mechanics.

 

Open source

  Python libraries

mmgpy	Pythonic remeshing on top of the MMG library.
microgen	Microstructure generation in Python (TPMS, lattices, voxel meshes).

  Blender extensions

mmgpy	MMG remeshing as a Blender extension.
blender-tpms	Triply periodic minimal surfaces, modeled directly in Blender.
blender-vtk	VTK ↔ Blender bridge for scientific visualization.

 

Currently

• GPU-accelerated solvers for granular flow, fluids, and structural mechanics.
• Neural surrogates for physics simulation.
• Open-source contributions to scientific libraries and tools.

 

Elsewhere