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plant systems, and experience in designing control systems (e.g. heliostats) and/or high-temperature process applications. Proficiency with CAD software and digital simulation, including FEA and/or CFD
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, medium term storage, field modelling, site selection, metallisation and agrivoltaics. As a materials domain expert you will also be provided the opportunity to identify and lead projects into a new
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environment. Desirable criteria Experience with CAD and FEA software, preferably the Solidworks software package, particularly with more complicated assembly models. Knowledge of high-temperature thermo-optical
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. Desirable criteria Experience with CAD and FEA software, preferably the Solidworks software package, particularly with more complicated assembly models. Knowledge of high-temperature thermo-optical
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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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training and certifications relevant to high-pressure lab environments. Exposure to core flooding systems or fluid flow modelling in porous media. Background in instrumentation, automation, and data
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copy the link to this scholarship website into question two of the financial details section.
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into experiments, prototypes, and minimal viable products across various domains. You’ll need a strong engineering background with applied AI knowledge particularly in large language models (LLMs). Contribute
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psychological) and actively promote a healthy, safe and environmentally sustainable workplace, in doing so model appropriate and professional behaviour in the workplace and manage people matters proactively
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, most notably in the area of emergency animal diseases (including serious zoonoses), animal infection models, genetically modified animals, and the development and testing of vaccines and therapeutics