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or part of a research team and through an understanding of the subject matter within the discipline. Your key responsibilities will be to: conduct research, scholarly or professional activity, independently
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balwant.singh@sydney.edu.au . For all other matters, please contact Chris Masaoka, Recruitment Consultant by email at recruitment.sea@sydney.edu.au © The University of Sydney The University reserves the right not
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will contribute to advancing the faculty’s research agenda through independent and collaborative research activities. the role involves applying subject matter expertise to deliver high-quality research
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to work both independently and as part of a team, taking initiative and exercising sound judgement in resolving matters that may arise as part of normal daily work assist in all activities related
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-disciplinary research team led by Professor Edward C. Holmes FAA FRS and through an understanding of the subject matter within the discipline. Your key responsibilities will be to: conduct research, scholarly
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, cures and prevention strategies that have the greatest chance of success. Why Your Role Matters: The Post-Doctoral Fellow will conduct laboratory-based research to support projects focused on detection
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) Remuneration: Level A: $88,290 - $117,718/Level B: $123,620 - $145,730/ Level C: $150,148 + 17% superannuation Why this role matters UNSW Law & Justice is the top-ranking law faculty in Australia* and a global
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and the wider community. Why this role matters This role will support the academic activities associated with the Centre of Research Excellence in Depression Treatment Precision and will be actively
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for this position. Candidates must hold full rights to work in Australia to be considered for this position. Location: Kensington, Sydney Why this role matters Under the supervision of Senior Lecturer Dr Deborah
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collaboratively as part of a research team, through an understanding of the subject matter within the discipline. Your key responsibilities will be to: design and fabricate in vitro/microfluidic model systems