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processes that arise in light–matter interactions, and to use these frameworks to extract fine spectral or temporal information from weak or structured optical fields. The successful candidate will work
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leaders, bringing clarity to complex data and helping them see the bigger picture. If you’re curious, collaborative, and ready to use your analytical skills to influence change, we’d love to have you on
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infrastructure, providing user inductions and technical training, ensuring safe and compliant facility operations, and supporting practical classes, student capstone projects, and research prototype development
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Scientist/Engineer, working towards development and validation of an innovative nanophotonic therapy to treat drugresistant hypertension. The ideal candidate will have advanced skills in optical design and
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administration: practical experience with Linux and Windows Server install/config, package management, logging, user environments, and imaging/virtualisation. Compute/GPU & schedulers: proven installation
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Degree in relevant discipline, preferably Master’s Degree. 2. Multidisciplinary Design Practice: Proven ability to engage with digital design across a broad range of disciplines, (animation, imaging
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for digital advertising, social media, electronic direct mail, print collateral, presentations, digital imaging, production support for creative campaigns and rich-media projects for RMIT Melbourne Ensure