I have a strong passion for computer graphics, with a focus on building high-performance rendering systems. I developed a real-time ray tracing engine for macOS from scratch, implementing the rendering pipeline using C++, Metal, and Swift. You can explore this and other graphics projects on my GitHub.

I have implemented numerous physics simulations, including a complete FLIP-based fluid simulator and various soft-body physics systems. These projects demonstrate my ability to translate complex physical models into efficient, stable code. A selection of these can be found on my GitHub here.

For my Bachelor's thesis, I developed Scout, a C++ library to accelerate octagonal relations for software verification. By reimplementing and refining a state-of-the-art algorithm, my solution achieved a **performance increase of over 100x**. The source code, thesis, and a detailed description are on my GitHub here.

During my internship at the CPM Lab, I co-developed a complete autonomous package delivery system for small-scale robotic vehicles. My responsibilities included implementing core logic in C++ and integrating various hardware and software components. More information about the lab can be found here.

In this internship, I worked within a team to develop a VR experience. I was responsible for implementing core gameplay mechanics and interaction systems using C++ and Blueprints within Unreal Engine 5.