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Work at the cutting edge of next‑generation biomanufacturing within a globally recognised synthetic biology research environment. Grow your career in an interdisciplinary, well‑resourced ecosystem
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research program within the School of Physics. This role will contribute to a cutting edge project developing a new generation of radio frequency photonic signal processors using integrated nonlinear and
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‑edge project developing a new generation of radio‑frequency photonic signal processors using integrated nonlinear and analogue photonic technologies. Working closely with academic leaders and an industry
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analysis. The role will undertake both collaborative and self-directed research in the general areas supported by the grant, including labour supply modelling, optimal tax modelling within an overlapping
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equipment to general specifications Undertake advanced elements of research in microbial strain engineering and precision fermentation. Apply specialist technical skills and knowledge in molecular cloning
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of Mechanical and Manufacturing Engineering is internationally recognised for its excellence in research and teaching. Our mission is to nurture students to become industry leaders who will generate societal
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, or clinically linked datasets · Experience in generative AI for medical imaging · • Experience working with professional bodies, including RANZCR · Experience with privacy-preserving techniques
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/overseeing statistical analyses and preparing peer-reviewed journal publications and conference presentations Develop and submit research proposals and applications to external funding bodies Generate high
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traceability and species identification, including optimisation of laboratory and field-deployable protocols. Generate, manage and analyse genetic/genomic datasets using appropriate bioinformatics, statistical
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Develop and submit research proposals and applications to external funding bodies Generate high-quality, timely and accurate research in line with the Matilda Centre's identified research priorities Foster