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Emeritus Professor Raphael Grzebieta’s research in injury biomechanics and safety science has had major national impact on quad-bike safety in Australia. Through the 91ɫ��Ƭ Quad Bike Performance Project, he generated the scientific evidence linking rollover crashes to fatal crush injuries and identified effective prevention measures. His research directly informed national safety regulations introduced in 2019, helping reshape vehicle standards and safety practices to better protect farmers and rural workers.

Professor Fatemeh Vafaee is a computational biologist who uses artificial intelligence and bioinformatics to uncover patterns in complex genomic data. Her research helps improve the diagnosis and treatment of diseases such as cancer by translating large-scale biological data into clinically actionable insights. Through collaborations with clinicians and research partners, her work accelerates precision medicine and supports more targeted, effective healthcare.

Professor Jes Sammut’s research in Papua New Guinea uses science to transform lives by scaling fish farming to tackle protein shortages while strengthening local economies and community wellbeing. His long-term partnerships with the National Fisheries Authority of PNG, ACIAR, ANSTO and local groups have boosted protein consumption, grown fish farms from ~11,000 to over 70,000, reduced conflict and strengthened training and commercial opportunities for farmers. 

Dr Quentin Meyer is advancing clean energy chemistry to help decarbonise aviation. His research focuses on hydrogen fuel cells and low-cost catalyst materials that can replace expensive platinum and make hydrogen power more practical for transport. By developing new methods to analyse fuel-cell durability and designing lightweight systems for aircraft and drones, his work helps translate fundamental chemistry into technologies that could enable zero-emission flight and a sustainable hydrogen economy.

Associate Professor Shane Keating is a physical oceanographer whose research has revealed how powerful ocean countercurrents influence Australia’s climate, marine ecosystems and extreme weather. By combining offshore observations with advanced modelling, and working with national and international partners, his work improves predictions of heat transport, marine heatwaves and coastal impacts. These insights support climate adaptation, fisheries management and more resilient planning for Australia’s blue economy.

Professor Veena Sahajwalla’s work reimagines waste as a valuable resource by turning glass, textiles and other discarded materials into high-value products like ceramic tiles and benchtops using science from 91ɫ��Ƭ’s Sustainable Materials Research and Technology (SMaRT) Centre. Her partnerships with industry and innovators such as Kandui Technologies demonstrate sustainable manufacturing solutions that reduce landfill, create new markets and support circular economy practices with lasting environmental and economic impact.

Associate Professor Sarah Martell’s astronomy work drives major global partnerships to build next-generation observatory instruments that explore the cosmos in greater detail and depth. She leads and contributes to international collaborations like the Gemini Observatory and the Giant Magellan Telescope, helping unlock mysteries of star formation, galaxy evolution and planetary environments. Her science bridges institutions across continents and expands humanity’s understanding of the universe. 

Professor Sylvia Gustin’s Project Avatar work uses immersive virtual reality and neuroscience to retrain the brain to recognise touch signals after complete spinal cord injury, offering hope to restore sensation for many patients. Her science bridges 91ɫ��Ƭ and Neuroscience Research Australia (NeuRA) and involves cutting-edge partnerships that advance therapies and understanding of neurological recovery, enhancing quality of life for people living with paralysis worldwide.