Highly motivated recent mathematics graduate with a passion for applying data-driven approaches to solve real-world problems. Awarded the Howell Peregrine Project Prize for best undergraduate project, demonstrating exceptional research, analytical, and problem-solving abilities. Eager to apply mathematical expertise and programming skills to contribute to innovative, real-world software solutions. Committed to continuous learning, writing clean, efficient code, and developing high-quality, scalable software systems.
University of Bristol final year Project - Conducted original research in mathematics, proving a new result in Number Theory, awarded the Howell Peregrine Project Prize.
Modelling Insect Behaviour - Collaborated in a team to create a simulation environment using reinforcement learning with TensorFlow to develop efficient search and retrieval agents.
Cryptocurrency Price Predictor using LSTM Models - Developed an automated script to test different models performance on predicting the future price of Cryptocurrencies and back test their performance to test how well they perform using different strategies., Implemented real-time price fetching to allow for use as an actual trading strategy.