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manufacturer of hand-held metal detection technologies, has collaborated with researchers at the University of Adelaide to develop this industry PhD opportunity, to explore the use of semi-autonomous robots
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approaches to modelling CO2 injectivity. The successful candidate will work with researchers at the University of Adelaide and Shell Global Solutions to develop an analytical tool that predicts the nature
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use data from other hyperspectral platforms including PRISMA, ENMAP, and the recently launched NASA PACE satellite. This is a collaborative project lead by the University of Adelaide in partnership with
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modelling tools for molten metal and salt bubbling catalytic reactors to improve carbon separation and reaction rates. To be based at University of Adelaide. Research: Hydrogen from Photocatalytic Water
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citizens or permanent residents who are acceptable as candidates for a PhD degree at the University of Adelaide. Stipend: The scholarship will be for 3 years and has a stipend of $40,832 per annum. It is
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generation of innovation leaders with the skills to work at the interface of research and industry in Australia. Apply today to undertake this exciting project at the University of Adelaide. Project overview
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innovation leaders with the skills to work at the interface of research and industry in Australia. Apply today to undertake this exciting project at the University of Adelaide. Project overview Screening
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related field. Responsibilities: Conduct a literature review on the state-of-art battery degradation models for heavy-duty off-road vehicles with a focus on mining applications. Develop and validate physics