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-doctoral researcher to work on Computational Fluid Dynamics (CFD) simulation in the urban wind and thermal environment project. Position is commencing in June 2025. This posting will remain open until a
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engineering, artificial intelligence, advanced communications and cybersecurity capabilities for future urban mobility applications. We aim to develop innovative solutions that can be commercialized
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engineering, artificial intelligence, advanced communications and cybersecurity capabilities for future urban mobility applications. We aim to develop innovative solutions that can be commercialized
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engineering, artificial intelligence, advanced communications and cybersecurity capabilities for future urban mobility applications. We aim to develop innovative solutions that can be commercialized
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successful applicant will focus on expanding the capacity of the Centre for Water Systems’ existing methodologies and models to simulate urban runoff dynamic and water quality, analyse the propagations
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engineering, artificial intelligence, advanced communications and cybersecurity capabilities for future urban mobility applications. We aim to develop innovative solutions that can be commercialized
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engineering, artificial intelligence, advanced communications and cybersecurity capabilities for future urban mobility applications. We aim to develop innovative solutions that can be commercialized
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, or Python. Proficiency in using electromagnetic simulation software packages Strong interpersonal and communication skills, with the ability to collaborate effectively in a team environment. Strong problem
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at Brunel will be responsible for microclimate simulations using ENVImet and dynamic thermal modelling to study how physical parameters and microclimate of the playground impact on children’s thermal comfort
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and is a low-cost city compared to many cities in the US. Description of Duties To establish and routinely conduct plant-nematode interaction assays. To investigate the chemical ecology of plant