110 postdoc-in-thermal-network-of-the-physical-building positions at UNIVERSITY OF SOUTHAMPTON
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The University of Southampton is seeking to make the appointment to the role of Senior CAFM Manager. The University of Southampton is a leading research-intensive University, a founding member of
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The University of Southampton is a global top 100 university, and at the heart of our vision is the desire to make a valuable global contribution – socially, culturally and economically. We lead the
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and secondary phases Assessing trainees in their teaching, and in their written assignments Maintaining records and paperwork as required The role will therefore include regular travel to our network
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in the Faculty of Engineering and Physical Sciences. Successful candidates will strengthen our thriving culture within the University’s triple helix strategy, which emphasises cross-fertilisation
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activities across the two organisations. They would be able to make strategic judgements and contribute to the external profile of both the University and the Trust. The successful candidate will hold a
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activities. You will be based within ECCD at the University’s Boldrewood Innovation Campus, and you will be embedded within a professional network of academics and researchers addressing the energy studies
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National Technician Development Centre (NTDC) and is committed to supporting our technical staff. We offer a wide range of opportunities including networking, mentoring, training, professional registration
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Townsend, and gain exposure to a national network of academic and industry experts shaping the future of smart shipping and maritime decarbonisation. As a university, we are committed to creating
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in the BM5 cohort of CP 1 module and use the second session to deputise both CP1 and 2. You will enable students to develop skills and competencies needed for building a solid foundation in the early
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for individuals who will enhance our research, teaching and enterprise capabilities in: Energy in the built environment with emphasis on ‘micro-scale’ building physics and ‘macroscale’ energy modelling