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Dr Alan Goddard ([email protected] ). What we offer: Aston University is a vibrant campus located within Birmingham city centre, which has excellent transport links via bus or train Excellent
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accurate non-Newtonian surface rheology model ”. This project aims to develop a mathematical model that can reliably reproduce experimental findings to better understand how to control the interfacial
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stakeholders and beneficiaries. You will be educated to degree level and have experience in working on large scale projects throughout their lifecycle. You will understand strategic drivers and be able
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excellent student experience and outstanding student outcomes, which will underpin our ecosystem based educational provisions (omnichannel educational provision e.g. online and overseas hubs), in line with
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strategy within the College of Health & Life Sciences. We are now seeking to build upon and develop our established research strengths and wish to appoint a new senior colleague to contribute to the research
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, education and services to stakeholders. Candidates with a passion for inspiring teaching, an aptitude and interest to teaching broader subject areas in digital construction and related areas in construction
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Reference: R240020 Release Date: Tuesday 27 February 2024 Aston University stands as a dynamic and forward-thinking institution dedicated to fostering excellence in education and research, providing
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community. We are embarking on an ambitious transformation programme aimed at enhancing our teaching methodologies, expanding the scope of our research, and magnifying our societal impact. Why Apply? You will
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level, we seek a candidate to contribute to, develop and enhance Aston’s research activities. In particular, the post holder will be integrated in a unique platform of researchers to accelerate
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analytical characterisation of feedstock and reaction products, and mass and energy balances calculations. The optimised data will be shared with industrial partners and used to develop kinetic and