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technologies and improve people’s way of life. Our research spans physics, chemistry, biology, applied mathematics and engineering, culminating in research and property analysis of materials to optimise
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complete any other CSIRO requirements. Ideally, the applicant will have: a bachelor’s degree in chemistry, chemical engineering, material science or engineering or relevant fields. Preference will be given
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equipment, electrochemistry, inert-atmosphere synthetic chemistry, characterisation, and analysis. Student type Future Students Faculty Faculty of Science & Engineering Science courses Course type Higher
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exempt, subject to Taxation Office approval. Enquiries: Contact Person: Professor Simon Holford School/Discipline of: School of Physics, Chemistry and Earth Sciences; Discipline of Earth Sciences Tel: 08
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offers an excellent opportunity for a chemistry graduate with a passion for applied research, a willingness to learn and apply radiochemistry skills, and an interest in contributing to environmental
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engineering, materials science, chemistry, and engineering. This project relies on polymer science and synthetic chemistry to design the novel polymer chemistry and nanofibre structures for advanced membrane
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her to fulfil both her personal and professional ambitions. After completing her PhD in chemistry, Dr Seibt secured her dream job at the Australian Synchrotron. Life after graduate research: Dr Susi
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technologies for green energy and chemistry This project will focus on the design and evaluation of enzyme-modified nanocarbon electrodes, with applications in energy production (e.g. hydrogen fuel cells
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on thematically linked PhD projects, spanning all areas of imaging science, from synthetic chemistry, chemical engineering, physics, biology, 3D-printing and quantum technologies. Supervisory Team: Derek Irvine
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8 PhD scholarships are available within the ARC 4-year research program on developing the next generation of ZBLAN fluoride fibres. The PhD projects span disciplines of physics, chemistry, materials