Developing software in Python to investigate and analyse the magnetization of galaxies and the intergalactic medium by the earliest quasars.Based at UVA, Charlottesville, but with a visit to Chalmers University, Gothenburg, Sweden

Analysing large hydrodynamical simulations in vHDM cosmology and working with cutting-edge observational data, by developing parallelised Fortran and Python algorithms, in search of a plausible solution to the observed Hubble tension and whether recent, consistent, bulk flow and Hubble dipole observations are realistic.My analyses found that the Hubble tension could plausibly be solved in this cosmological model and that a reversal of the bulk flow direction occurs often at a radius in line with observations, adding greater tension to the current, leading cosmological models.

• Fast-paced commercial, consulting environment.• Collaborated on various projects in different teams, monitoring and approving costs, and assessing potential risks.• Analysed project costs in Excel to support budgeting and financial planning, using Microsoft Project for workflow diagrams.• Presented daily cost analyses, and drafted weekly reports for clients.• Studied university courses on law, management and economics.