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control and quantum chip manufacturing. NQCT will include a large team of interdisciplinary researchers in quantum sciences and technology with ample opportunities for scientific growth and collaboration
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on superconducting circuits from the chip level to up to control software stack. That includes experience in chip design and fabrication, microwave engineering (both design and simulation), in design of
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contributing to the development of next-generation water management technologies. The role will initially focus on real-time control modelling and performance optimization of wetland systems, with potential
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publications and conference presentations. Proficient at working with large datasets in a command-line computing environment. Evidence of coordinating, leading or working in a successful and productive team and
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and larger consortium; conduct high quality experiments, keep meticulous records, handle and prepare human blood for flow cytometry analysis; set-up and perform quality control of flow cytometers; data
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, such as R or GAUSS. Strong coding skills in Python (or similar languages) for managing large datasets, developing custom models, visualisation, and automating analytical processes. 5. Demonstrated
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on Controlling the lifetime of biodegradable polymers in natural environments (ARC DP250102432) and one on Biodegradable and bioderived coatings for controlled release fertilisers (ARC DP250100855). The focus will
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quantitative data analysis skills, particularly with use of panel data. Evidence of understanding of tobacco control policy and commercial tobacco endgame approaches. A growing profile in research in public
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automated microscopes, and contribute to method development activities if time permits. Your responsibilities will include: Contribute to academic papers and other scholarly outputs to a high academic
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, Food and Wine at the University of Adelaide. Project overview Decoding airborne volatiles in environmental smoke that taint wine. Bushfires, stubble burns, and controlled burns all pose major risks