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team. You will contribute to the development of the Ambient CO2 Harvester (ACOHA) technology, which uses liquid absorbents and thermal regeneration to capture CO2 directly from air. Your work will focus
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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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. Undertake specific research project/s under the guidance of a research leader and contribute to the development of research activities. Support the dissemination of research outcomes through appropriate
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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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key part in supporting Australia’s transition to green ironmaking by developing a quantitative framework that connects impurity content, process parameters and microstructural evolution to scalable, low
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industry-partnered project in synthetic biology and precision fermentation. In this role, you will contribute to the development of engineered microbial systems using advanced synthetic biology tools
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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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alcohol and drug prevention initiative, you will lead the development of resources, webinars and workshops to disseminate research evidence and equip school staff, allied health professionals and parents
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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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environmental sensing. The incumbent will contribute to the development and deployment of real-time correction algorithms and hardware systems, leveraging GLAO technologies in collaboration with ULTIMATE-Subaru