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@rmit.edu.au) Advanced Materials, Manufacturing and Fabrication Advanced Materials, Manufacturing and Fabrication
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are highly toxic and can only be reliably tested at >1ppm levels. To overcome this limitation, new sensing materials such as 2D materials and their heterostructures will be investigated to enable ppb level
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Fluorescent colour centres in diamonds are at the heart of many emerging quantum sensing technologies, which are used in applications ranging from biomedicine to defence. This project aims
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This project is supported by a full scholarship within the context of ARC discovery project DP240101215. Candidates with a background in Chemistry, Chemical Engineering and Materials science are
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PhD Scholarship for a chemistry, materials or chemical engineering student looking to apply their skills in electrode development for electrocatalytic CO2 reduction. Research will be conducted
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, cover letter, and academic transcript to Dr Keng-Te Lin ([email protected] ). Now Now 30 June 2024. 30 June 2024. Preferable with background in materials science, optics, and engineering. This
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masters. Send details CVs to supervisor [email protected] . Send details CVs to supervisor [email protected] . Background in materials science, chemistry, nanotechnology. Background in materials
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are now open. 31/12/2027 31/12/2027 One (1) scholarship available One (1) scholarship available Have a first-class Honours in chemical engineering (Bachelors or Masters). be an Australian citizen
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background and/or previous experience or publications in materials science, chemistry, engineering physics, nanotechnology. Experience or strong interest in modelling, and/or clean energy. Preferable
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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