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collaborative research environments, and is motivated to translate discovery into meaningful health outcomes. The team This role will sit within the School of Chemical Engineering, in the College of Engineering
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environment. Desired: Experience in supervising students. Experience in radioisotope techniques and the interpretation of isotopic measurements. Experience in conducting glasshouse experiments to evaluate plant
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approaches to maintenance planning in industrial facilities. Your work will support the development of dynamic risk models and optimisation methods that improve asset reliability, particularly in environments
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on extending interoperability for Digital Twins in process control and implementing prototype solutions for piloting in real-world industrial environments. Visit the AU website to learn more about this research
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the University of Nottingham, and the opportunity to build this capability in Australia and extend its application to Australian grain varieties and growing environments. Curious to learn more? Explore the full
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thinking in our pursuit of excellence. This role is ideal for someone who thrives in a collaborative and innovative environment with international visibility, and high-impact, conceptually driven cancer
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commitment to lifelong learning. We embrace authenticity, innovation and collaboration, and harness diverse thinking in our pursuit of excellence. This role would suit someone who thrives in a team environment
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to work with HDR students. Curious to learn more? Please read further to discover more about this opportunity. The team This role is ideal for a researcher who thrives in a focused academic environment