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appendage development. Develop and maintain embryonic and primary cell culture models to investigate gene regulatory networks and morphogenesis. Prepare ethics and OGTR applications, reports, and high-impact
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primary cell culture models to investigate gene regulatory networks and morphogenesis. Prepare ethics and OGTR applications, reports, and high-impact publications, contributing to grant proposals and lab
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and Master's students in bioinformatics analyses, data visualisation and best-practice workflows. Contribute to manuscripts, reports, funding proposals and regular presentations for academic, industry
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in mathematical modelling and Bayesian inference while learning from three collaborating chief investigators. You will also build your publication record and professional networks through seminars
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high quality undergraduate and postgraduate physics teaching, including lectures, practicals, assessments and subject coordination. Supervise and mentor honours, Masters and PhD students, supporting
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more via our website. Your next career opportunity You will drive advanced computational models in Julia to understand pest responses to changing climates. You will master an existing modelling framework
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institutional infrastructure, supervise Honours, Master to PhD students, teach across undergraduate and graduate chemistry subjects, and pursue external funding and industry partnerships to grow your research
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projects. You will quickly master multiple LC-MS platforms, then teach and mentor users to run their own analyses. You will gain broad exposure to cutting-edge methods while contributing directly to
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the University's primary academic home for global health. As Head of Department, you will shape its strategic direction, academic identity and culture while fostering a globally connected academic community