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structures. 3D print to generate bio-based and sustainable metamaterial architectures with programmable memory via learning/adaptive behaviours. You have, or are expected to receive a PhD in biochemistry
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opportunity to make a major impact on future RF device technology. Applicants should have postgraduate (PhD) experience in Physics, Materials Science or Engineering, with a good publication record. The position
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of, a PhD in a subject area relevant to the post. You have experience of teaching in undergraduate and postgraduate settings, for example tutorials, seminars, workshops, lectures, fieldtrips, project
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be asked to carry out cover for other minor teaching activities, as appropriate. You have completed, or are nearing completion of, a PhD in a relevant subject-area. You have recent experience
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, and rapid prototyping. The post will involve you conducting research in robotics and publishing in the leading journals in the field, applying for research funding, supervising PhD students and
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). Please also provide information for two referees (this does not have to be your PhD supervisor but should be able to talk directly to your research). The position will involve working with machine learning
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on the effects of ART on cardiovascular and neurological heath. Contribute to analytical methods development. Contribute to supervision of PhD students. Colaborate with local, national and international
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higher degree by research by the time of applying for the post (PhD or MD or equivalent), which must be awarded by the time of taking up the post. Contract type: Fixed term annually renewable basis for a
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-cutting themes (Human-Centred Design and Infrastructure and Governance). Research within each application domain and cross-cutting theme will be pursued by a team of academics, postdocs and PhDs working
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teaching. This is an excellent opportunity for someone grounded in fluid mechanics and who wishes to develop this through their career. You should have a PhD in mechanical, mechanical-electrical, chemical