I specialise in sustainable insect bioconversion, with a research focus on the biology, rearing systems, and industrial applications of the Black Soldier Fly (Hermetia illucens). My work centres on optimising BSF larval production for organic waste valorisation, alternative protein supply for aquaculture, and the development of circular bioeconomic systems.

My research integrates laboratory-based experimentation with pilot-scale production trials, investigating key factors influencing larval growth performance, nutrient composition, system efficiency, and economic viability. This applied research has directly contributed to the design, establishment, and optimisation of a functioning BSF insectary at the Roseworthy campus, bridging the gap between experimental research and scalable production systems.

A core strength of my work lies in translating biological outcomes into industry-relevant and economically informed solutions, supported by modelling approaches and real-world production constraints. Through close collaboration with the South Australian Research and Development Institute (SARDI), my research aligns with state and national priorities in sustainable agriculture, waste reduction, and alternative proteins. This partnership enables knowledge exchange, access to applied research platforms, and direct engagement with industry stakeholders.

I actively engage in interdisciplinary collaboration, international research networks, and stakeholder engagement to ensure that my research delivers practical outcomes and facilitates adoption within target markets. By contributing to the development of scalable, sustainable insect farming practices, my work supports broader global efforts in food security, resource efficiency, and environmental sustainability.