What I build.
Designed, built, and programmed a robotic hexapod leg with a full inverse kinematics solver. Input a target coordinate and the leg tip moves precisely to that position — solving joint angles in real time on an Arduino using C++.
Systematic backtesting framework for Donchian channel breakout strategies on futures markets. Uses Monte Carlo simulation to stress-test strategy robustness across thousands of randomised market scenarios.
Algorithmic trading research platform built independently at ETH Zurich. Developing systematic futures strategies with rigorous backtesting infrastructure. Currently in active development toward live deployment.
Clean, responsive websites for students, freelancers, and small businesses. Focus on simple structure and modern design that works on all devices.