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MACQUARIE UNIVERSITY - SYDNEY AUSTRALIA | North Ryde, New South Wales | Australia | about 1 month ago
their work performance and contributions to the University. See how we lead in flexible work to enable an outcome focused and inclusive workplace. To learn more about our culture and hiring process, explore
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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
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, senior researchers, and internal and external collaborators design and perform electrophysiology and/or calcium imaging experiments to assess ion channel and receptor function quantitatively link molecular
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discovery programs. Your key responsibilities will be to: design and execute wet‑lab experiments supporting neurological therapeutic development perform molecular biology and cloning, including construction
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industry partners, and contributing to a collegial and high-performing research environment. This position offers the opportunity to build your research profile within a leading research-intensive university
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, senior researchers, and internal and external collaborators design and perform electrophysiology and/or calcium imaging experiments to assess ion channel and receptor function quantitatively link molecular
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correlations to understand catalytic pathways under high-voltage conditions. Systems Analysis: Perform energy efficiency calculations and scaling analysis to bridge the gap between lab-scale discovery and
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our staff to manage their personal commitments, while optimising their work performance and contributions to the University. See how we lead in flexible work to enable an outcome focused and inclusive
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projections. Demonstrated experience in working with large data sets. Strong programming skills (e.g. Python, R) and ideally experience in high-performance computing. Demonstrated ability to work in a team
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work is done, we can support our staff to manage their personal commitments, while optimising their work performance and contributions to the University. See how we lead in flexible work to enable