48 parallel-computing-numerical-methods-"https:" uni jobs at Manchester Metropolitan University
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research and knowledge exchange. The Department of Computing and Mathematics is a large and successful academic community of students and staff in the Faculty of Science and Engineering that is committed
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technology sector—we recently achieved TEF Gold and an OFSTED Outstanding rating. The Department of Computing and Mathematics is a thriving academic community of over 80 staff and 2,500 students. We have
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vibrant and rapidly expanding technology sector. The University was recently awarded TEF Gold and was rated Outstanding by OFSTED. The Department of Computing and Mathematics is a successful academic
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, including projects funded under the Horizon 2020 programme, the AHRC, the Wellcome Trust, or commissioned by national agencies, local councils, and charities. We are recruiting a Postdoctoral Research
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-starter, comfortable with building and shaping a new role and managing a range of tasks and activities in parallel, under the direction of the Director. You'll have strong communication skills and prior
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to work with the AND architecture atelier, most likely in the final year of the M.Arch programme. The atelier explores the role of architecture in the creation of inclusive cities by making
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of projects using agile methods, removing blockers and ensuring alignment with IT strategy. Oversee quality assurance, governance compliance, and continuous improvement of engineering processes and tools
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. This team explores and investigates how novel methods of fabrication and manufacture can enable new capabilities and functionality in high-value devices. We have a large portfolio of externally funded
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comfortable working within a matrix management structure. You will have experience working strategically in a busy and fast-changing environment, managing several activities in parallel. You will have strong
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allowance (if applicable) A PhD training programme is part of the agreement. D1: This PhD project will explore innovative strategies to overcome zinc dendrite formation in rechargeable zinc-air batteries