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also co-supervise PhD students and Honours students. Outputs will include characterisation of novel genes, improved methods for RG-II analysis, and a better understanding of cell wall assembly and
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enthusiasm for method development and refinement. The postdoc will also co-supervise PhD students and Honours students. Outputs will include methods for successfully growing, fixing and analysing plant
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-doctoral researchers. Mentoring and professional development opportunities will be available at the University of Adelaide and Deakin University. To be successful at Level A you will: A PhD in a discipline
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engineering capability in machine learning while demonstrating the potential and impact of this knowledge for industries in Australia. To be successful you will need: 1. A completed or nearly completed PhD in
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sustainability challenges on Earth. To be successful you will need: 1. A completed or nearly completed PhD in Plant Sciences, Development, Molecular Biology, Plant Biochemistry or related subject. 2
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-imagine plant design and bio-resource production to support long-term habitation in Space and solve sustainability challenges on Earth. To be successful you will need: A completed or nearly completed PhD in