P/01
Texturing with BRDF
Custom renderer · Taichi
A physically based skin renderer exploring how BRDFs model surface-level light reflection, including diffuse and specular appearance across different skin tones.
View project →Selected
work
[ 3 projects · more soon ]
P/01
Subsurface Skin Renderer
Custom renderer · Taichi
A volumetric skin renderer that simulates light transport beneath the skin, modeling absorption and scattering through biological tissue to reproduce subsurface appearance.
View project →
P/03
Trajectory Transformer
Sequence model · Robotics
A physics-informed teacher-student transformer that predicts a ball’s full future trajectory from just 0.125 seconds of observation, learning bounces, energy decay, and eventual rest through multi-scale temporal modeling and knowledge distillation.
View project →P/02
NeRF from My Renders
Neural view synthesis · PyTorch
A NeRF trained on multi-view scenes generated with my own volumetric path tracer, reconstructing a 3D human head from physically simulated renders.
View project →Demo
reel
[ renders · flythroughs · viz ]// Toolbox
Skills & tools
Languages
- Python
- Javascript
- Typescript
- C++
- GLSL
Graphics & Rendering
- Taichi
- Path tracing
- Subsurface scattering
- OpenGL
- Ray Tracing
ML / Deep Learning
- PyTorch
- NeRF
- Transformers
- NumPy
Tools
- Git
- Linux
- Weights & Biases
// Background
Education
2025 — 2027(Expected)
Brown University
Master's — Computer Science
CLASSES: Computer Graphics, Deep Learning, Computer vision, Reintegrating AI, Biomedical Optics, Intelligent Robotics
RI, United States
2021 — 2024
African Leadership University
B.S. — Computer Science
Focus on Machine Learning and Deep Learning
Kigali, Rwanda