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Lead the development, optimisation, and implementation of molecular synthetic biology technologies for programmable plant trait engineering. Full-time appointment on a fixed term basis until June
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research project for the application of ion exchange technology to a unique hydrometallurgical process. This could include (but not necessarily be limited to identification/development of: suitable ion
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collection, DNA preparation, long-read sequencing and development of bioinformatic analysis pipelines. Undertaking innovative research to identify resistance alleles and contribute to theoretical advancement
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who loves running fermentations, troubleshooting real systems, and contributing directly to next-generation process development tools. Key responsibilities will include: Research: Set up, optimise and
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the ability to purchase additional leave; flexible working arrangements to help manage your work-life balance; ongoing learning and development opportunities to grow your career; an inclusive and
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% Superannuation (Academic Level A) Based at our St Lucia Campus About This Opportunity Focus your research on the development of new polymer sorbents for the removal of emerging global contaminant per- and
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Fermentation and support the development of fermentation workflows in close collaboration with clients, collaborators, and students. You will be primarily laboratory based and will work closely with our
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operational oversight, including equipment management, staff training, financial planning, and strategic development. The successful candidate will drive research excellence, foster collaborations, secure
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experimental and analytical plant research, including field trials, phenotypic and anatomical analyses, NIR method development, genetic and genomic studies, publication and presentation of findings, funding
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manage the successful operations and development of the MSBIR. perform the role of the clinical site liaison for MSBIR. co-lead the MS clinical trials unit, including as site Primary Investigator for some