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Electrochemistry with a focus on battery materials. Description of the workplace Lund University has since 2022 a close collaboration with a number of other top Swedish universities in battery research within
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The Department of Chemistry at Lund University, Faculty of Engineering, invites applications for a position as an Assistant Professor in Electrochemistry with a focus on battery materials
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electrochemical evaluation in an AEMFC at KTH. The project will result in strong competence in fuel cells, material science and electrochemistry. New electrocatalysts will be synthetized, characterised, and
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special weight will be attached to research merits in materials chemistry, electrochemistry and the interplay between these disciplines within battery cells. Significant research experience will be
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Doctoral student in development of novel catalysts for hydrogen fuelled alkaline membrane fuel cells
. Websites to the research divisions at KTH: Applied Electrochemistry and Aalto: Electrochemical Energy Conversion and Storage Admission requirements To be admitted to postgraduate education (Chapter 7, 39
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electrochemistry and battery materials. About the employment The employment is a temporary position according to the Higher Education Ordinance chapter 5 § 12. Scope of employment 5 % for 6 months. Starting date
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well as several other parties (Scania, AB Volvo, Alleima, Cell Impact, PowerCell, Intertek, Hydrogen Sweden). The PhD student will be employed at the division of applied electrochemistry at KTH, with about 30 PhD
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applications/electrochemistry Experience in culturing of cells (bacteria and/or mammalian cells) Industrial experience in topics relevant to field in question Has a curiosity to learn new things and increase own
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: Good knowledge of electrochemistry, fuel cells and electrolyzer cells Knowledge of heat transfer and experience of Computational Fluid Dynamics (CFD). Ability to communicate with researchers in other
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(besides the PhD studies) in academia and industry is a merit. Further merits are expertise in (1) density functional theory (DFT) simulations, (2) electrochemistry, (3) 2D materials, (4) polymer composites