Work supporting ARCHER2 the UK national supercomputing service along side work on the Cirrus tier 2 HPC service. Projects include working as a member of the UK national competency centre under the EuroCC project delivering engagement and training material for HPC users and engagement with European colleagues.

Delivered the deployment and commissioning of the Atos, GPU (Nvidia A100) based, Tursa supercomputer at Edinburgh University for DiRAC. Supported the RBC/UKQCD collaboration research aims to utilise High Performance Computing for the theoretical prediction of particle physics processes.

PhD in Particle physics specializing in Lattice Quantum Chromodynamics. Worked on the calculation of Kaon decay into a two Pion state with US collaborators and a separate investigation into Kaon-Pion scattering. My thesis work focused on the calculation of percent level corrections to QCD process form electromagnetic effects for the Kaon decay to leptons. This work lead to investigations of higher order and disconnected corrections to light meson masses. All this work relied on the use of the DiRAC high performance computer Tesseract hosted at EPCC, Edinburgh University.

Consulted for a wide variety of banks and financial companies globally focusing on automation of data workflows, reconciliations and trade confirmations.