My research lies at the intersection of geotechnical engineering, construction materials and space exploration, with a particular focus on the development of infrastructure for future lunar missions. As part of the Andy Thomas Centre for Space Resources at the Adelaide University, my doctoral research investigates the mechanical behaviour and compaction response of lunar highlands regolith simulants, with the aim of supporting site preparation and ground improvement for future lunar infrastructure.

A key component of my research involves the development and use of scaled terrestrial compaction equipment to evaluate the surface and subsurface response of lunar regolith simulants under different operating and loading conditions. My work combines experimental geotechnics, laboratory instrumentation, density and penetration testing, subsurface stress measurements, 3D surface characterisation and data analysis to assess and optimise compaction performance.

My broader research interests include advanced and sustainable construction materials, ultra-high-performance concrete (UHPC), fibre-reinforced and polymer-modified cementitious materials, ground improvement, intelligent compaction, experimental optimisation and off-Earth construction. Through this research, I aim to contribute to the development of practical, sustainable and technically robust infrastructure solutions for both terrestrial and extraterrestrial applications.