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environments investigate system-level mechanisms, including stability, path dependence, lock-in, and performance or creativity degradation in socio-technical decision processes design and implement quantitative
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-in, and performance or creativity degradation in socio-technical decision processes design and implement quantitative methods (for example, learning-based, network-based, or agent-based approaches
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of ageing. This is a molecular and cellular research project that is expected to generate new insights into brain metabolism, how glial cells and neurons communicate, and how these processes break down in
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, signal processing and inverse modelling. The role is based at the Image X Institute and will be led by Dr Chandrima Sengupta. You will benefit from a strong mentoring environment; lead and be part of high
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an outcome focused and inclusive workplace. To learn more about our culture and hiring process, visit our Jobs at Macquarie page.
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when liaising with collaborative research partners. Your key responsibilities will be to: develop advanced modelling, novel material synthesis, processing, fabrication and manufacturing sequence
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questions regarding the recruitment process - Please contact Anabel Wason, Talent Acquisition Partner. E: a.wason@unsw.edu.au Please apply through the application portal and not via the contact above. UNSW is
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workplace. To learn more about our culture and hiring process, visit our Jobs at Macquarie page.
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developing network of academic, industry and professional partners, supported by strong computer literacy and a commitment to responsive, professional service. Sponsorship / work rights for Australia You must
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experimental effort, including superconducting qubit measurements, development of a cryogenic cosmic-ray detector, dilution refrigerator operation, and nanofabrication of radiation-resilient qubit designs, with