About Me
I am a french computer science Master's student specializing in 3D and image processing at the University of Strasbourg. I aim to find a position in the high-tech or video game industry where I can utilize and improve my expertise in 3D-Engines.Projects
Whether as part of my degree, during internships, or through personal projects, I have had the opportunity to work on various projects. Here, I present some of them.
Monte Carlo Path Tracing in GLSL
I developed a custom Monte Carlo path tracing algorithm in GLSL. My implementation handles diffuse, specular, and refracted rays, allowing for the simulation of global illumination and transparent materials. The rendering of each object is determined by three key material parameters: shininess, roughness, and opacity. By adjusting these parameters, realistic rendering of various objects, including mirrors, glass, plastics, and more, can be achieved.
OpenGL Terrain Generator
Utilizing the OpenGL graphical API for C++ and the GUI library ImGUI, I created an application that enables users to manipulate various parameters for the procedural generation of a 3D terrain. Additionally, I conducted experimentation with shaders to achieve a realistic looking water, incorporating reflections and refractions.
CSG Tree Editor ('Constructive Solid Geometry') in OpenGL
As part of my second year of Master's degree in Computer Science, I contributed to the development of a university tool for ray tracing-based volumetric rendering. In collaboration with another student, we integrated a new tool for volume clipping using shapes modeled by CSG trees ('Constructive Solid Geometry'). This modeling technique allows defining complex shapes by composing simple primitives through set operations. The rendering was implemented in OpenGL/GLSL, and the graphical interface was developed using the ImGui library.
'Loop' and 'Sqrt(3)' mesh subdivision algorithms
As part of a university project, I had the opportunity to implement two mesh subdivision algorithms: 'Loop' and 'Sqrt(3)'. This type of subdivision operation is common in 3D modeling software to achieve smooth surfaces. The 'Loop' algorithm is notably implemented in some of the biggest modeling software like Blender. My implementation applies to topological data structures, such as the so-called 'half-edge' structure, which focuses on the relationships between vertices, edges, and faces of meshes. The program was developed in JavaScript, using a library encapsulating the WebGL graphics API, created by a professor from the University of Strasbourg.
Unreal Application for Visualization of Geo-Referenced Data
During summer 2023, as an intern at Thales Alenia Space in Luxembourg, I had the mission of exploring cutting-edge technologies to create immersive experiences. As part of my investigation, I was fortunate to develop an application using Unreal Engine 5 for the real-time visualization of geo-referenced data, on a 3D digital twin of the Earth.
2D Platform/Shooter Game
During my free time, I started a 2D platform/shooter game using the Unity game engine. This personal project marked my first exposure to common concepts found in game engines such as PBR materials, raycasts, collisions and so on. Notably, I implemented a comprehensive movement controller using raycasts to effectively handle 2D slopes and other challenging situations, which are not easily managed using Unity's default controller.
Education
Master's Degree in 3D & Image Processing — Dual Program
I am pursuing a dual program at the University of Strasbourg, France. This degree combines core 3D coursework with specialized areas like biomedical surgery simulation or computer vision. It also includes important subjects not related to computer science such as project management and intellectual property law.
Academic Year in Seoul, South Korea
During my degree program, I had the opportunity to study abroad. I spent my third year of Bachelor's degree in Seoul, South Korea, at Soongsil University. This experience enabled me to enhance my English-speaking skills while simultaneously engaging in my academic pursuits and immersing myself in a new and vibrant culture.
