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connects real people, physical test facilities, and sophisticated modelling to support researchers, innovators, and policymakers in shaping the energy landscape of the future. NEAC includes: The Living Lab
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challenges in Australia’s estuarine, coastal, and shelf waters – as well as in international settings. With a long-standing collaborative success, the team has cultivated a supportive and engaged environment
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, robotics, cybersecurity, modelling, and analytics. As part of the Distributed Sensing Systems research group, you will develop and deploy low-power embedded sensing technology for natural and built
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develop innovative solutions that address technology gaps, such as landscape scale optimisation of GxE interactions, epistasis and multi-objective breeding to support accelerated crop breeding and pre
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teams, you will help strengthen cultural capacity across the organisation and contribute to a more inclusive and collaborative science landscape. This is a meaningful opportunity for someone with strong
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supportive and forward-thinking environment that values technical excellence and innovation. This would be a great opportunity for an experienced power systems researcher, with confidence and expertise in
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fundamental to delivering the broad and ambitious science from one of the world’s largest telescopes. This role will evolve as the SKA-Low telescope is built: During the construction phase this role will be
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schedule: Specified term of 3 years Reference: 100101 As the successful candidate, you will bring: Essential A PhD (or an equivalent combination of qualifications and research experience) in a relevant field
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of 3 years, Full-time Reference: 100926 As the successful candidate, you will bring: Essential criteria A doctorate (or will shortly satisfy the requirements of a PhD). The doctorate must be in a
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specifically the Marine Survey and Measurement Group, plays a vital role in enabling scientific discovery across Australia’s marine environments. The Hydrochemistry team, based in Hobart, provides essential