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) Sydney, in partnership with ANSTO (Australia), Imperial College London (UK), and Tokamak Energy (UK), is launching a groundbreaking research program focused on developing new materials for compact tokamak
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ANSTO (Australia), Imperial College London (UK), and Tokamak Energy (UK), is launching a groundbreaking research program focused on developing new materials for compact tokamak reactors. We are recruiting
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and endothelial dysfunction. The project involves collaborative research with a team of experts in thrombosis, materials science, surface engineering, patient treatment and industry translation. You
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for the Future, and they may be involved with supervising honours and postgraduate research students. The postdoctoral researcher will have access to the advanced material characterisation and geochemical /isotope
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the project prepare materials for publications in journals and conferences collaborate with industry partners and leaders in the field of FPGA-based machine learning accelerators About you The University values
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. Your key responsibilities will be to: deliver outcomes in a research project and ensure that milestones are met work with colleagues and postgraduates within the project prepare materials
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synthesis, biofabrication/bioprinting (lithography-based technologies), and materials characterization techniques experience conducting original research and/or engaging in scholarly activity a developing
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– biomaterials, bioengineering, tissue engineering and regenerative medicine demonstrated proficiency in biomaterials synthesis, biofabrication/bioprinting (lithography-based technologies), and materials
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including processing and analysing human and/or animal samples, multi-colour flow cytometry, cell sorting, ELISA, PCR, molecular cloning and RNA sequencing workflows (e.g., single-cell or bulk). High
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-ray, neutron, and charged-particle flux; material selection for structural and functional reactor components; exploration of advanced and conventional cooling systems; energy extraction and conversion