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computer architecture. ASiMoV will rely on exploiting future computer architectures in order to deliver the performance required within realistic monetary and power budgets. The Bristol HPC research group is
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; Architecture; Space & Asset Management; Leadership or equivalent. Extensive demonstrable experience of strategic Masterplanning and large-scale capital project principles, delivery and methodology. For informal
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underpinning mathematics; verification/testing of quantum devices; architectures for quantum computers; applications of quantum computers; quantum computational complexity and Hamiltonian complexity; algorithms
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to develop, formulate, deploy, and characterise the properties at every length scale from the molecules of the polymer matrix to the lay-up of final components, using new constituents and new architectures
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over deployed network testbeds in Bristol. Background and experience in AI/ML principles, workflows, and implementation, as well as networking protocols and architectures. Willingness and potential
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, including ability to deploy private networks, virtualisation solutions, and Kubernetes (K8s); also extensive knowledge of 5G architecture, O-RAN, and DevOps. Experience of exploring social and political
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devices using novel device architectures. Device performance, in particular the maximum power density, is often limited by heat extraction. Commercial devices operate at 5-10 W/mm, however there is need
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transformative research in the design of Future Communications Networks with a mission to address key themes in Data Centre Network architecture. This will be a Professorial appointment within the Faculty
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, simulation-based testing, including test generation, formal specification and verification of complex designs, and computer architecture. You have excellent research skills and experience of independent