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a strong background in gyro-fluid modelling of turbulent plasmas, the numerical methods used to discretise such models, as well as the technical skills to implement these algorithms on high
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development and deep understanding of infrastructure complexity. However, the shift towards a more distributed, renewable, and digital energy system introduces new dynamics and challenge existing paradigms
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systems. We develop design technologies and computing platforms for distributed and embedded systems, with applications in IoT, Edge AI, safety-critical systems, and quantum computing. We are seeking new
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of the effects of climate change, habitats and recovery, dynamics and distribution of stocks, interactions between species (such as prey and predators), recreational and commercial fisheries, and the integration
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through collaboration. DeiC is a distributed organisation, where we work across locations with colleagues based throughout the country. In the DM department, we have a very broad network of contacts, both
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emphasis on impacts of climate and environmental factors on fish early life history, growth, reproduction, survival and distribution including invasive species. You will closely work with colleagues in