Graphics engineer and game developer. Currently working at The Forge as a graphics programmer.

Before, I worked at Gram Games (Zynga) and GritWorld. See my CV here.

Here are a bunch of my projects:

Real-time Volumetric Clouds

Inspired by Horizon Zero Dawn, I’ve implemented volumetric clouds based on Guerilla’s talk. I’ve used the engine I developed for my thesis to implement this project. After the theis, I implemented a frame/render graph to quickly work on real-time effects like this one.

Master’s Thesis - Precomputed Semi-dynamic Global Illumination with Real-time Raytracing

In this thesis, I extend the precomputed diffuse GI method with real-time ray-tracing. The extended version supports dynamic occluders and emitters than can contribute to the diffuse illumination. I also implement two different real-time specular reflection methods, to extend diffuse GI with specular illumination GI.

2D to 3D - Face Reconstruction

A C++ library that takes a 2D image input containing a face, and reconstructs it in 3D. Expressions retrieved from a reconstruction can be transferred to other reconstructions.

Phyzix

A university physics project, domenstrating the following:

• Mass-spring simulation
• Rigid-body simulation
• Heat diffusion simulation
• SPH fluids simulation
• Stable fluids simulation

Graphics Playground - D3D11 Compute Shader Ray Tracer

D3D11 Compute shader implementation of Ray Tracing in One Weekend.

Visualization and Simulation of Crowds in Unity

• Implemented path finding with Dijkstra’s path finding algorithm and distance fields.
• Implemented a simplified version of Optimal Steps Model for pedestrian movements.
• Created an user interface and implemented visualization for trajectories, distance field. Also implemented a playback controller. Mentioned features make use of mesh generation and line rendering.
• Provided an easy to use interface to create experiment scenes.