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. Magdalena Plebanski via magdalena.plebanski@rmit.edu.au A copy of electronic academic transcripts A CV that includes any publications/awards and the contact details of two referees. To apply, please submit
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. Magdalena Plenbanski via magdalena.plebanski@rmit.edu.au and Dr April Kartikasari via april.kartikasari@rmit.edu.au . A copy of electronic academic transcripts A CV that includes any publications/awards and
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Veluswamy (ganesh.veluswamy@rmit.edu.au ) or Prof. Kalpit Shah (kalpit.shah@rmit.edu.au ); Provide a CV that includes any publications and the contact details of 2 referees; an electronic copy of your
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, applied maths, physics, chemistry, computer science, computational modelling, earth science or similar. Strong programming skills. Experience in making gas flux measurements Excellent project management
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intensive approach to maximise resource recovery and minimise contaminants transfer into the environment. This project will involve a literature review followed by experiments and modelling closely working
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(pro-rata) for 3 years. 20/03/2023 20/03/2023 30/06/2026 30/06/2026 Two (2) scholarships available Two (2) scholarships available Meet RMIT’s entry requirements for the Doctor of Philosophy . Meet RMIT’s
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. To apply, please submit the following documents to Prof. Magdalena Plebanski (magdalena.plebanski@rmit.edu.au ) and Dr Kirsty Wilson (kirsty.wilson2@rmit.edu.au ). A copy of electronic academic transcripts A
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) and Dr Jennifer Boer (jennifer.boer@rmit.edu.au ). A copy of electronic academic transcripts A CV that includes any publications/awards and the contact details of two referees. To apply, please submit
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for this scholarship and project) a copy of electronic transcripts a CV that includes any publications/awards, experience relevant to the project and the contact details for 2 referees Potential candidates should
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@rmit.edu.au This project duties are: To assess the available energy resources in wastewater heat in the Australian food sector using measurement and modelling approaches To develop wastewater heat recovery