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: Solid-state materials chemistry, Solid-state electrochemistry (including EIS and electrochemical modelling), Characterisation of air and beam sensitive materials and interfaces in solid-state batteries
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-, or photo-driven electrochemistry reactors. Have profound knowledge of semiconductor physics and catalysis concepts applied in these systems. You will be expected to manage your own academic research and
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must hold a PhD in Chemistry or a relevant subject area, (or be close to completion) prior to taking up your appointment. The research requires experience in electrochemistry, microfluidics and the
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with WIN’s Analysis Group. The post holder will also provide guidance and supervision to less experienced members of the research group, including junior postdocs, collaborators, and PhD and project
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able to demonstrate interest in developing new technologies for single molecule measurements of biological molecules and a basic knowledge in single molecule optical microscopy or electrochemistry. You
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responsibilities, and are at the forefront of the movement to make lab-based research more sustainable. The Dunn School has pride in supporting its postdocs and research staff in their career ambitions. It has a
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. You will have the opportunity to work with students and postdocs from the Kennedy’s world-leading research groups both to provide bioinformatics training and to make contributions to publications in
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degree, excellent organisational and laboratory management skills, and will be a team-player able to support other members of the group including a postdoc, graduate and undergraduate project students as
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. You will have the opportunity to work with students and postdocs from the Kennedy’s world-leading research groups both to provide bioinformatics training and to make contributions to publications in
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of twenty-first century social scientists. You should have a PhD or postdoc experience in social science research and experience of developing and delivering training. The ability to work independently and