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-flow experiments such as propulsion or combustion systems. Evidence of hands-on experimental capability, including facility operation, instrumentation, and troubleshooting under high-pressure and high
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2026 - 00:00 (UTC) Country Australia Type of Contract Other Job Status Full-time Is the job funded through the EU Research Framework Programme? Not funded by a EU programme Is the Job related to staff
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report on new and current research related to the research program, through generation of high-quality publications and conference presentations. In addition, this position will contribute
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motivated researcher seeking to build leadership, translational impact, and mentoring experience within a high-profile research program. About you: The successful incumbent will be a driven and accomplished
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technologies. This is a rare opportunity to conduct high-impact research that directly contributes to Australia's energy future. Furthermore, to be successful in this role you will: Support the electrical system
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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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imaging. Within our research program, you will perform grant funded research developing novel algorithms or building new dynamic imaging systems that account for patient motion (breathing, cardiac, etc
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models (LLMs) and AI systems for hardware design. This is an exceptional platform to conduct impactful research in high-performance systems, build new networks with world-leading researchers, author high
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program, you will perform grant funded research developing novel algorithms or building new dynamic imaging systems that account for patient motion (breathing, cardiac, etc.) during medical imaging and
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nationally by the GRDC Soil Borne Disease Initiative Program 1 – Economic impact of soilborne disease , with a focus on meta-analysis and economic impact analysis. In this role, you will develop an economic