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This full-time, 3.5 year PhD scholarship is funded by the Faculty of Arts, Business, Law and Economics at the University of Adelaide as part of an Australian Research Council Discovery grant
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of Lithium Iron Phosphate Batteries - These projects aim to establish effective and sustainable approaches for the direct regeneration and component-level recovery of spent LFP batteries, focusing
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This project will investigate how Cryptosporidium and malaria parasites build and utilise host cell invasion machinery. These 3.5 year scholarships are part of Australian Research Council funded
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. Applications The awards are allocated as part of the domestic competitive scholarship rounds. When open, applications must be submitted using the Online Application Form . Please refer to the How to Apply page
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As part of a new collaborative Australian Research Council Discovery Project between the University of Adelaide, the University of Oxford and Durham University, we are seeking to fill three fully
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the following skills and qualifications (tailored to the specific project): Driven individuals who want to be a part of a world class team Some familiarity in healthcare or engineering/image based analysis
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, or international student; be enrolled in a PhD program in the Faculty of Health and Medical Sciences the field of medicine known as nuclear medicine; or a field of academic study where a substantial component of the
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(Level A) $78,544 to $105,611 per annum plus an employer contribution of 17% superannuation applies. Fixed-term, part-time position (0.6 FTE) available for 2 years. Grant Funded Early Career
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Job no:516615 Work type:Fixed term - Part-time Campus:Adelaide Categories:Level A, Level B (Level A/B) $78,544 to $131,335 per annum plus an employer contribution of 17% superannuation applies
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finite element methods, which demand extensive data and are costly, PINNs embed governing physical laws directly into the learning process. This allows effective management of limited and noisy data