17 postdoctoral-mechanical-engineering PhD positions at University of Adelaide in Australia
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Job no:517174 Work type:Fixed term - Full-time Campus:Adelaide Categories:Level A, Level B (Level A/B) $102,024 to $135,932 per annum plus an employer contribution of 17% superannuation applies. Fixed term, full time position available for 2 years with a possibility of extension. About the...
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This scholarship is funded by Mr Ian Croser, who donated funds for the purpose of supporting postgraduate research in engineering. Value & Duration The value of the scholarship will be $50,000 p.a
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upcycling of spent metal oxide cathodes, particularly, high Ni-containing oxides, through chemical-mechanical approaches, ionothermal/molten salt methods, etc. Project 2 (2 PhD students): Direct Recycling
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-based approaches to understand the mechanisms driving SWR and evaluate potential mitigation strategies. This is an excellent opportunity for a motivated student to contribute to solving a nationally
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: Prof David Lewis and A/Prof Phil van Eyk School of Chemical Engineering School of Chemical Engineering Email: david.lewis@adelaide.edu.au ; philip.vaneyk@adelaide.edu.au Applying: Expression of
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: Contact Person: Dr Nataliia Sergiienko School/Discipline of: Mechanical Engineering Tel: (08) 8313 6465 Email: Nataliia.sergiienko@adelaide.edu.au EXPRESSIONS OF INTEREST: Expressions
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and technology. Engaging in solving a real-world problem requires a real solution to enhance housing resilience. Applying research skills to optimise and innovate AI-driven solutions for the housing
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or Environmental Engineering, Agricultural Economics, Management and Information Technology. Number of scholarships: One Contact person: Dr Matthew Knowling (matthew.knowling@adelaide.edu.au ) Project 2: Efficient
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engineering, economics, environmental, and communication expertise, 2XE offers bespoke strategies that integrate technical solutions and actionable sustainability insights. 2XE’s methodology prioritizes a
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, to quantify the spatiotemporal flux of natural hydrogen in distinct reservoirs ranging in age from Mesoproterozoic to Cenozoic, discriminate between potential hydrogen generation mechanisms, and assess