Software developer · PhD in algebraic topology · Munich
I’m a software developer with a PhD in algebraic topology. I spent my time at university researching operads and hidden symmetries, teaching Maths, Python and R to engineering and maths undergraduates, and publishing work that used Python to generate graphs with specific curvature properties.
These days I build things like 3D physics games and simulations, where I write the collision detection and motion algorithms myself rather than reaching for an engine. My recent work spans JavaScript, Three.js, React, Vue and Node on the front end, and Python, FastAPI and SQLite on the back.
I’m based in Munich and eligible to work in Germany without visa sponsorship. I’m currently looking for a software development role → get in touch.
See my CV
A full-stack browser game built with Three.js. I implemented the physics from scratch rather than using an engine, including ball motion and collision detection against a platform that tilts under mouse control. Scores persist to SQLite and are rendered as a React leaderboard.
View sourceA physics simulation written from first principles in p5.js, modelling collision detection, velocity and acceleration. Gravity and the angle of the slope are adjustable at runtime, so you can watch how each parameter changes the ball’s path.
View sourceA two-player game served from a FastAPI backend, with game state synchronised between both players over a WebSocket connection.
Hidden Symmetries, Trees and Operads — my doctoral thesis in algebraic topology, completed at the University of Sheffield in 2025.
Read the thesis
Quartic graphs which are Bakry-Émery curvature sharp, in Discrete Mathematics. I wrote a recursive Python algorithm to generate the local graph configurations carrying the curvature property the paper characterises.
Read the paper
Morse Theory: Morse-Bott Functions and Homology — my masters thesis in low-dimensional differential topology, completed at Durham University in 2020.
Read the thesis