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licence Willingness and ability to undertake shift work, including weekends, public holidays, and regular night shifts Capacity to quickly learn and apply technical and computer-based systems knowledge
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to guide the planning, evaluation, and validation of research opportunities, identifying the best pathways to market, business models, and key partners to engage for impact. You’ll lead early-stage
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project activities include formulating and fabricating functional sponges, optimizing the filtration process using modelling, conducting system characterisation and preparing research papers for publication
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(DSS) across both laboratory and field environments. You'll collaborate closely with a multidisciplinary team to design experiments, develop software tools, and leverage machine learning to automate and
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support this work by contributing expertise, cultural guidance, and strategic engagement across a portfolio of research projects. In this role, you will work within a decentralised model—formally part of
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connects real people, physical test facilities, and sophisticated modelling to support researchers, innovators, and policymakers in shaping the energy landscape of the future. NEAC includes: The Living Lab
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process-based models and collaborating with state partners in Western Australia, South Australia, and New South Wales, to ensure our research is impactful and results-driven. If you're passionate about
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protein derivatives in human and mouse ex-vivo neuronal model systems. These experiments aim to generate therapeutic efficacy data for patent application and enable the selection of candidates for future
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environment. Desirable criteria Experience with CAD and FEA software, preferably the Solidworks software package, particularly with more complicated assembly models. Knowledge of high-temperature thermo-optical
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. Desirable criteria Experience with CAD and FEA software, preferably the Solidworks software package, particularly with more complicated assembly models. Knowledge of high-temperature thermo-optical