22 web-programmer-developer "https:" "https:" "https:" "https:" "https:" "https:" "University of Kent" research jobs at Macquarie University in Australia
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Macquarie University in Sydney, Australia. You will be working with A/Prof Benjamin Pope and A/Prof Christian Schwab on a full-time, fixed term period for 3 years. This role will develop and apply new data
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Observatory of Japan (NAOJ, under JSPS-KAKENHI International Leading Research (ILR) program; 22K21349) co-funded position offers a unique opportunity to work at the intersection of astronomy, optics, and
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conditions set forth by your Visa. Your proposed research program must closely align with at least one of the Macquarie University Strategic Research Initiatives. Please see the Funding Guidelines in
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options Flexible working options Training and professional development Onsite childcare facilities Discounted health insurance (Medibank) Onsite vacation care Employee Assistance Program Subsidised
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professional development Onsite childcare facilities Discounted health insurance (Medibank) Onsite vacation care Employee Assistance Program Subsidised membership at the Sport & Aquatic Centre Onsite GP, imaging
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of wireless electric vehicle charging. About Us Join a high-performing research team at Macquarie University to help develop next-generation wireless charging technology for electric vehicles. This industry-led
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onsite parking options Flexible working options Training and professional development Onsite childcare facilities Discounted health insurance (Medibank) Onsite vacation care Employee Assistance Program
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conditions set forth by your Visa. Your proposed research program must closely align with at least one of the Macquarie University Strategic Research Initiatives. Please see the Funding Guidelines in
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. Contribute to the development of competitive research funding applications and associated reporting (where relevant). 2. Collaboration, Engagement and Impact Work effectively within multidisciplinary research
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understanding of vestibular neurophysiology and develop innovative approaches to enhance the electrical excitability of vestibular tissues—laying the groundwork for future implantable balance prostheses. Working