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to digital environments and/or the prevention of gender-based violence, including gender norms, masculinities, social media influencers, gaming, online harms and young people. Experience designing and
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PRIMARY DETAIL • Salary Package: $109,272 (Level A, Step 6 - PhD awarded rate) p.a., plus 17% employer's superannuation and annual leave loading • Full-time, fixed-term contract for 1 year at
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AUSTRALIAN NATIONAL UNIVERSITY (ANU) | Canberra, Australian Capital Territory | Australia | about 2 hours ago
leave entitlements of up to 32 weeks. We are one of the leading employers in Australia for parental leave entitlements, Designated parent rooms, quiet spaces and childcare facilities on campus, Career
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on existing clinical systems). Experience and interest in grant writing would be viewed favourably. To be successful in this position, you will have: A PhD in a relevant field (e.g., Medical Physics, Radiation
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entitlements, Designated parent rooms, quiet spaces and childcare facilities on campus, Career support, training, mentoring & upskilling opportunities. For more information on a range of lifestyle, financial and
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or implementing deep learning approaches on existing clinical systems). Experience and interest in grant writing would be viewed favourably. To be successful in this position, you will have: A PhD in a relevant
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or nearly completed PhD graduate with experience in protein biochemistry to join the Herbicide and Antimicrobial Innovation Laboratory led by ARC Future Fellow Dr Tatiana Soares da Costa. Working
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position is funded through an ARC Discovery Project entitled “Unravelling the role of amyloids in viruses (DP250101215)”, and will focus on the discovery, characterisation and biological interactions
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, and PhD students conducting research focussed on ocean dynamics, connectivity, hydrodynamic model development and observing system design. The team are based in the School of Biological Earth and
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through an ARC Discovery Project entitled "Unravelling the role of amyloids in viruses (DP250101215)", and will focus on the discovery, characterisation and biological interactions of aggregated amyloid