Client-facing sales and troubleshooting role focusing on helping customers obtain high-quality geophysical logging tools to ensure they get the right subsurface data to meet project needs. Customers include companies in mining, renewables, geotechnical, oil and gas, groundwater, and other sectors.

Visiting Research Fellow status in the School of Physical Sciences.

Isotopic analyses of Apollo lunar regolith samples and meteorites to understand more about the volatile inventory of the lunar surface. Utilising ISRU techniques to address environmental problems surrounding mine waste. Providing scientific support to ESA PROSPECT mission as a Science Team member. Investigating the magnitude of isotopic fractionation that accompanies sublimation of H2O from regolith-ice mixtures to provide context for future lunar missions.

Project management and business development responsibilities across a wide array of industries including battery mineral mining, construction, and oil and gas. Interpretation and reporting of mineralogical and geochemical datasets.

Ph.D. student in the School of Physical Sciences. Project title: An isotopic investigation of early planetesimal differentiation processes. I used oxygen isotopes obtained through BrF5 laser fluorination to trace meteorite provenance and inter-mineral fractionation relationships in order to better understand the conditions in the deep interiors of early-formed rocky planetesimals (<10 million years after Solar System formation). A chronology for the evolution of one such body was developed using W and Cr isotope techniques.

Project management, data manipulation, report writing, interpreting and summarizing large quantities of data from QEMSCAN. Later responsibilities included managing large multidisciplinary projects, specifically analysing large geographical areas for petroleum potential.