Engineer, Artist, Designer
The project implements a chess engine from scratch in C++. The goal was to create a competitive AI capable of reaching 1000 ELO on chess.com. The engine achieved 1000 rating with an 87% win rate.
This project automates gameplay loops in Runescape through leverage of real-time computer vision, template matching, A* pathfinding, and a finite state machine. This is achieved without any code injection or memory reading.
Upper leg fractures are serious injuries with long recoveries and frequent complications. My research contributed to the development of Robossis, a robotic system built to assist surgeons in femur repair.
Charcoal on canvas
Algorithms: Delauney triangulation, Lorenz, Lindenmayer, Slime Mold Simulation, Perlin Noise.
Software: Python