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or nearly completed PhD graduate with experience in protein biochemistry to join the Herbicide and Antimicrobial Innovation Laboratory led by ARC Future Fellow Dr Tatiana Soares da Costa. Working
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& Medical Sciences and School of Biological Sciences. To be successful you will need: A PhD in Optics/ Photonics/ Physics and/or Microscopy, with a strong focus on light-sheet and multiphoton microscopy
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to manufacture advanced fertilisers. The project will include development of flowchem synthesis core-shell bio-mineral fertilisers methods. Fertilisers to be tested include leached regolith minerals. A
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on the socio-cultural history of the Greek and Roman worlds. The eight-course major offers introductory topics in archaeological and historical methods, Classical and Australian archaeology, laboratory
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. They will ideally have some experience of using open-source software packages and a track record of delivery on project-based work. To be successful at Level B you will need: Demonstrated expertise and
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institutes such as the Institute of Photonics and Advanced Sensing and the School of Physics. To be successful you will need: A PhD in photonics and/or optical trapping development Experience in one of more of
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develop innovative software that supports world-class agricultural research? Join the Australian Plant Phenomics Network (APPN) and make a real difference in sustainable agriculture across Australia. Help
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The Applied Aerodynamics Research Group Supplementary Scholarship provided by the Australian Research Council has been established to support four full-time commencing PhD students who
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contribution of 17% superannuation applies. To be successful at Level B you will need: PhD in Mechanical Engineering, or closely related engineering discipline, with expertise in a recognised specialisation
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successful you will need: Completion of PhD degree in the relevant discipline or have equivalent qualifications or research experience in Materials, Environmental and Chemical Engineering in recent five years