MSc dissertation supervisor. Guided the research from first principles to final thesis, with deep expertise in structure-preserving numerical methods and the Firedrake project.

MSc dissertation supervisor. Brought rigour and clarity to the work on compatible finite element methods, and was a constant source of insight throughout the project.

Faculty advisor for the MMSc throughout the year. A pillar of the Oxford numerical analysis community, and generous with his time and mathematical depth.

Research supervisor. Opened the door to relativistic plasma physics and shaped how the problem was framed — from the physics down to the numerics.

Research supervisor. Provided detailed guidance on the simulation side and kept the work grounded in the physical reality of what the equations are actually describing.

Undergraduate dissertation supervisor. Guided the final-year research project with both technical precision and an infectious enthusiasm for wind energy.

Mimetic spectral element methods and structure-preserving discretisations. Preserving geometric structure in numerical simulation.

College tutor and advisor at St Hugh's, Oxford, throughout the MMSc year. Made the college feel like a home base amid all the coursework.

Undergraduate research project supervisor in second year. A generous mentor who made space for curiosity and set the tone for how to approach an open-ended problem.