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electronics, and nano-engineered sensing technologies. You will work on the development of flexible and stretchable sensing platforms for pressure, strain, bending, and tactile sensing. The project will involve
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innovative spectroscopic tools for EV analysis. The position consists of leading the development of new EV engineering platform for a better understanding of the chirality of EV for an enhanced cellular uptake
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, researchers, and policy makers to address clinically important questions Develop and evaluate effective strategies to improve the delivery of evidence-based care. About the Role The successful applicant will
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consumables to enable experimental workflows. Helping develop specialised techniques such as antibody-based assays, multiplex labelling, seed amplification assays, mass spectrometry, flow cytometry and cell
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Council (ARC). You will develop a new model of electrical energy distribution, including renewable energy generation and electric vehicles. It will be used to optimize network resources across the grid
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care. Key Responsibilities Support the development, implementation, and management of clinical trials and intervention programs. Assist in preparing materials for trial operations and ethical approvals
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work closely with clinicians, researchers, software developers, and aged care partners to ensure that the pharmacy and medication safety aspects of these digital innovations are clinically relevant
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the team at Macquarie University. Flexible, hybrid work arrangements 17% Superannuation Subsidised onsite parking options Extensive training and professional development programs Onsite childcare facilities
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training and professional development programs Onsite childcare facilities to support working parents Onsite vacation care during school holidays Discounted health insurance Subsidised membership at our