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density) influence energy dissipation develop mathematical models to predict and explain these effects collect and analyse data, including with the use of machine learning use this knowledge to design
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applications, and the collection of qualitative and quantitative data Prepare manuscripts for publication and contribute to competitive grant applications Support the Group Lead with the coordination of funded
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well-developed skills in Microsoft Office 365, research software and equivalent applications. For further information about the role, please contact Maree Withers – m.withers@unsw.edu.au #LI-DNI
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time management skills. Proficient level of computer literacy with well-developed skills in Microsoft Office 365, research software and equivalent applications. For further information about the role
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highly desirable. The role will involve designing and synthesising novel compounds, exploring scaffold modifications, and developing practical synthetic strategies. The candidate will also contribute
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discovery, generating mechanistic data that directly informs the development of next‑generation medicines for neurological disorders Base Salary, Academic Level A $113,400 - $121,054 + 17% superannuation
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. Tony Masters, and Dr. Alex Yuen; www.mmy-group.com.au ). Funded by an ARC Discovery Project 2026-2028, this position focuses on "turning air and water into nitrogenous chemicals"— developing a
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research theme Work Futures and Economic Security. As a research-focused academic at Level A, you will work closely with senior researchers while progressively developing greater autonomy in your research
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ecology related research topics, supporting their scientific development and academic progress lead extended, overnight field trips, including those in remote locations. About you The University values
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and literature in areas of research strength at JCU—the environment, mental health, and human rights (including but not limited to Indigeneity), this position supports the development of a proposed new