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contribute to a growing research ecosystem, drive meaningful community impact, and be at the forefront of healthcare innovation aimed at improving outcomes for children and families for years to come. With
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. In order to deliver on the University’s ambitious strategic plan, we are seeking professionals & academics who are passionate about improving health outcomes and/or health equity in the local, national
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closely with academic teams across institutes. This position will play a key role in conducting statistical analyses and contributing to research design, interpretation, and dissemination, including grant
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and flow processes that convert biomass-derived sugars into sustainable aviation fuel (SAF). You will design solid acid catalysts, optimise continuous flow reactions, contribute to high-impact
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them The Opportunity Are you an ambitious researcher looking to drive innovation at the intersection of non-Newtonian fluid mechanics, rheology, and advanced mineral processing? Join our world-class team
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the boundaries of spinal cord research. Your day will involve: Advanced Preclinical Research: Designing, executing, and analysing complex studies using mouse models of neurological injury. Surgical and
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conditions (e.g., epilepsy, multiple sclerosis). You will provide psychological assessment and therapy, support clinical trial design and management, and contribute to impactful research that advances digital
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programs that lead to research impact. The program is designed to support the development of high-performing teams, as well as ensuring JCU’s teaching is relevant to regional needs. More information can be
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methods development for high-dimensional omics and cell-level data at the quantum–biology interface. You will design reproducible software, publish internationally, and build collaborations across QUBIC
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-quality laboratory and bioinformatic research, working both collaboratively and, where appropriate, independently to generate and interpret genomic data. You will contribute to the design and delivery