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to their culture and pay our respects to their Elders past and present. View our vision towards reconciliation . Role highlights Apply Model-Based Systems Engineering to real-world energy challenges. Collaborate
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innovation. It 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
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this role, you’ll work closely with researchers to guide the planning, evaluation, and validation of research opportunities. You’ll help identify pathways to market, shape optimal business models, and engage
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sophisticated modelling to support researchers, innovators, and policymakers in shaping the energy landscape of the future. NEAC includes: The Living Lab – a real-world data network of homes, businesses and
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forecasting by designing, developing, and enhancing SAC planning models and solutions. Key responsibilities include ensuring platform stability and performance, leading the implementation of new enterprise
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modelling/software methods. We are seeking a creative and motivated Early Career Postdoctoral Research Fellow to join this team. This is a unique opportunity to take a lead role in eDNA modelling and software
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Engineering (with bioenergy focus), Environmental Science, Agricultural Economics, Data Science or Modelling (with agriculture or bioenergy focus). Please note: To be eligible for this role you must have no
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to their culture and pay our respects to their Elders past and present. View our vision towards reconciliation . Role highlights Great ongoing opportunity to apply your power systems modelling & simulation skills in
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optimised business models — including licensing, venture creation, and deal structures — while leading deal teams to successful completion. You will also mentor and support Partnerships & Business Development
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of compound stability, release kinetics, and bioavailability using simulated feed manufacturing and digestive models. Undertake in vivo validation of delivery technologies in model organisms (e.g. Artemia) and