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***Register for the upcoming webinar on 10 June 2025, 10.00am - 11.00am (ACST)*** The John Monash Scholarship enables talented Australians to pursue a master’s or PhD program at any world-class
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technologies, with a specific focus on electrode/electrolyte interface studies for secondary batteries. The successful candidate will have recently completed, or be nearing completion of, a PhD in a relevant
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undergraduate courses, including Astronomy I, Physics III, Atmospheric & Astrophysics III, and Classical Physics II, with additional involvement in Honours-level teaching and assessment. They should hold a PhD in
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Health and Medical Sciences building on North Terrace. This role is critical to the delivery of the Human Biology and Biodental sciences curriculum for the Bachelor of Dental Surgery Program (BDS) and
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the toxicity of degradation by-products. To be successful in this role, you will hold (or be near completion of) a PhD in chemistry, materials science, chemical engineering, or a related field. You will have
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the timing, scale, and rate of mammal declines in Australia. They will use critical inferences of past demographic change and high-performance computing to disentangle the ecological mechanisms that were
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an impactful career in quantum technology within a world-leading research institution. To be successful at Level A you will need: A PhD in Quantum Physics, good knowledge in the Physics of Quantum devices
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holds Bachelors’ degrees in English literature (with Honours) (1961), and musicology (with Honours) (1970) from The University of Adelaide, and a PhD from the same university (1979). Her work includes the
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, computational design, architectural engineering, or construction. In this position you will work with world-class researchers, academics, award-winning practitioners, and global thought leaders. We focus
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funded 3.5 year PhD projects that will develop an innovative approach for enabling the discovery of natural hydrogen accumulations in continental interiors. Using the unique natural laboratory