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Overview: Drive experimental research in next-generation propulsion, focusing on rotating detonation engines and high-enthalpy systems for future high-speed flight Work in a multidisciplinary team
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Drive experimental research in next-generation propulsion, focusing on rotating detonation engines and high-enthalpy systems for future high-speed flight Work in a multidisciplinary team to design
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of Engineering and contribute to industry-engaged research in construction materials and modelling. This role offers a rare opportunity to work across laboratory experimentation, scaled-up prototype testing, and
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the School of Engineering and contribute to industry-engaged research in construction materials and modelling. This role offers a rare opportunity to work across laboratory experimentation, scaled-up
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, building upon our recent work published in Nature (https://www.nature.com/articles/s41586-025-09889-w ). Your Responsibilities As part of the role, you will be required to operate and maintain state
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control systems. You will work collaboratively with a multidisciplinary team to advance renewable energy technology through cutting-edge simulation, experimental validation, and system integration. We
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, electrical systems, or intelligent control systems. You will work collaboratively with a multidisciplinary team to advance renewable energy technology through cutting-edge simulation, experimental validation
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control systems. You will work collaboratively with a multidisciplinary team to advance renewable energy technology through cutting-edge simulation, experimental validation, and system integration. We
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quality research outcomes in the area of animal behaviour. This project involves establishing and imaging butterfly courtship interactions within experimental enclosures with the ultimate aim
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Accelerator: https://www.snowmedical.org.au/vision-accelerator The successful candidate will join the Sivyer Laboratory, led by Assoc. Prof. Benjamin Sivyer, which focuses on understanding physiological and