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from Phase 1 of the study. Work within a project that is heavily resourced and with substantial collaborations, including industry partners and Prof Daniel MacArthur’s Centre for Population Genomics
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from these sensors will be integrated into an existing platform composed of open-source, commercial and in-house developed software. Finally, QC points and a live process tracking system will be
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, Prof Anton van den Hengel and his research team to publish research outputs. The candidate will need to demonstrate agility in managing and leading multiple projects and work independently in this ever
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will involve identifying, sourcing, and installing various sensing equipment in Rux’s in micropilot plant. The data from these sensors will be integrated into an existing platform composed of open-source
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within a project that is heavily resourced and with substantial collaborations, including industry partners and Prof Daniel MacArthur’s Centre for Population Genomics and Immunologist collaborators. More
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be involved in interdisciplinary research at the interface of biomaterials engineering, regenerative medicine, and biosensors, under the supervision of Prof. Hala Zreiqat and A/Prof Khoon Lim. This
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, experimental methods, and simulation techniques, as well as access to state-of-the-art experimental facilities. Supervisors: A/Prof Pierre Rognon, Prof David Airey, Dr Benjy Marks Institution: SciGEM, School
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, experimental methods, and simulation techniques, as well as access to state-of-the-art experimental facilities. Supervisors: A/Prof Pierre Rognon, Prof David Airey, Dr Benjy Marks Institution: SciGEM, School
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be working under the supervision of A/Prof Khoon Lim . Work will be conducted in the Charles Perkins Centre at the University of Sydney, a multidisciplinary research centre which aims to generate
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and materials science to work within a research group led by Prof. Antonio Tricoli at the University of Sydney. The team has advanced research on materials science, nanotechnology, functional materials