41 programming-"IMPRS-ML"-"IMPRS-ML"-"IMPRS-ML" positions at Manchester Metropolitan University in United Kingdom
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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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energy consumption across campus. They drive the delivery of the University's carbon management plan, carry out annual Energy Performance Certificates (EPCs), and project-manage energy-saving initiatives
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discounted gym membership, travel benefits such as our cycle to work scheme, local and national discounts and our employee assistance programme About the role: In addition to providing confidential, efficient
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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
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to meet the employability needs of their students through a programme of curriculum delivery, extracurricular activities and 1:1 guidance. You will enhance the career development of students at all stages
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continues to be reflected in consistently high satisfaction ratings from both employers and apprentices. Over the past decade, our programme has grown significantly. We now work with over 700 employers—from
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intranet pages, the Annual Conference programme and website, and a broad range of digital resources for pedagogy and educator development. To succeed at this role, you will possess the ability to: work with
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new interdisciplinary research programme. Working closely with Professor Peter Coventry, Professor of Health, Environment and Society, you'll be part of a dynamic and ambitious team focused on public
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will join the Department of Engineering's academic team, working closely with colleagues including Programme Leaders and other Lecturers teaching on a joint Electrical and Electronic Engineering
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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