I focus on computer graphics, with a special interest on geometry processing, real-time rendering, and simulation. I enjoy low-level work (C++/GL/GLSL) and turning complex techniques into clean, visually compelling results.
A few projects I’m proud of. More details on the work page.
Real-time Gray–Scott reaction–diffusion in OpenGL. CPU finite-difference and GPU fragment-shader ping-pong, built for side-by-side performance comparison.
Depixelization of pixel art through spring simulation. Implementation of the paper "Interactive Depixelization of Pixel Art through Spring Simulation".
A procedural tree modeling framework using strand-based volumetric geometry. Implementation of the paper "Interactive Invigoration: Volumetric Modeling of Trees with Strands".
I’m a Computer Science & Engineering student focused on computer graphics—mainly geometry processing, real-time rendering, and simulation. I’m also interested in computer vision and sometimes use it alongside my graphics work.
Day to day, I use mainly C++/OpenGL/GLSL to make projects and prototypes. I prioritize practical performance and simple, usable tools.
Some interests: procedural generation, geometry modeling & processing, real-time rendering, simulation.
Currently open to internships and collaborations in France!