I assisted the delivery of several undergraduate courses. This mainly involved leading small problem classes and marking exams/coursework.

I have supervised final-year Master's projects and undergraduate summer research projects. This involved the delivery of an informal lecture series on Doi-Peliti field theory. Several of these projects were awarded "outstanding research project" from the Department of Mathematics.

I performed analytic calculations concerning the ro-translational dynamics of a charged nanoscale rotor levitated in a quadrupole ion trap. This brought together aspects of classical, quantum, and levitated mechanics with electrodynamics, with the aim of designing a hypothetical experiment to test the applicability of quantum theory at macroscopic scales. This project also contained a significant computational element involving simulations in Python.

In this 10-week computational project sponsored by Thales, I implemented a transfer matrix method in Python to investigate the potential for acoustic metamaterials to display broadband absorption.

In this funded 8-week placement, I operated a tight-binding program from the Linux command line using input files I had written in C, with the goal of accurately rendering the intermolecular properties of water.

Funded 6-week research placement at Cranfield University's Propulsion Engineering Centre as part of a Nuffield Research Placement. I simulated the effects of modifying blade profile parameters on the efficiency of a gas turbine engine compressor, as well as visualising these modifications using NX CAD software.