I build computational tools for scientific questions and work across geophysics, data, mapping, and the web.
An MSci dissertation recovering ice-thickness change from satellite altimetry using infinite-dimensional Bayesian inversion.
A web app that finds the shortest chain of shared productions connecting two people in Cambridge theatre.
A two-dimensional elastic-wave simulator for repeatable seismic modelling experiments.
A read-only terminal dashboard for checking Git repositories, with status, commit history, worktrees, and submodules in one place.
A stochastic dynamical system with two stable limit cycles and noise-driven transitions between them.
Field mapping, structural analysis, geological maps, and 3D models produced during Part II Earth Sciences.
A terminal tool for checking CPU and RAM usage by user on a shared server over SSH.
Websites for Cambridge University Gilbert & Sullivan Society's summer productions, with programme information and ticket booking, pulling cast and production data from Camdram.
I moved the society’s website from WordPress to Astro and simplified membership administration.
I managed the club’s six-figure budget and helped reorganise its finances.
Dissertation in Bayesian inversion for sea-level and ice-sheet signals.
Earth Sciences, including field mapping, petrology, geophysics, and palaeoenvironments.