Mathematics · Computer science · Technology
I’m a third-year Mathematics student at Durham University who loves computer science and using code to explore mathematical ideas. Through research, independent projects, and a technology internship, I’m building the rigorous and practical skills needed for further study and technical graduate work.
Profile
01
Strength in algorithms, probability, proof, and modelling through coursework and research-style projects.
02
Experience with Python, Java, R, SQL, MATLAB, and web technologies through coursework and independent projects.
03
Team leadership across employment, university sport, and the delivery of a major college event.
Selected work
An early Java terminal game that generates perfect mazes by randomized recursive backtracking, expanded into a browser laboratory for comparing spanning-tree algorithms.
An individual Computational Mathematics report simulating fluid invasion on lattices with a priority queue, measuring fractal dimension and self-organised criticality.
Durham University · 2025-2026
A non-required group sixth-form project investigating energy exchange between pendulum-like and spring-mass motion in a spring pendulum.
University of Liverpool Maths School · January-March 2023
A Python predictive-text model using Markov chains to generate text from an author’s corpus.
A summer research project using Lean to derive mathematical structures from basic axioms and formally verify proofs.
University of Liverpool · June-September 2023
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What connects the work
Mathematics provides the structure for analysing a problem; software makes that reasoning concrete and testable.
Each project documents the problem, implementation choices, and results so that both the code and the reasoning can be reviewed.