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physicochemical characterization of metal oxide cathodes, advanced characterization using ex-situ and in-situ/operando techniques, electrode design and development using environmentally safe water-based processing
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tensions between scientific, political and economic dimensions of these biomedical innovation processes. Focusing on the visions and practices of developers, researchers, funders and regulators in the field
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matter and computer simulations. Knowledge on programming is essential. Experience in using simulation packages will be appreciated. Excellent command in written and oral English (C1) Team player and high
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that flexibility is essential, so an individual start date can be arranged to accommodate your needs. Selection process:• Document Check: • The recruitment board reviews all submitted applications. Candidates
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Cities" supports cities and their stakeholders in the cross-sectoral transformation process, combining expertise in climate, energy, mobility, and urban planning. With the aim of creating climate-neutral
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Cities" supports cities and their stakeholders in the cross-sectoral transformation process, combining expertise in climate, energy, mobility, and urban planning. With the aim of creating climate-neutral
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leveraging advanced computer vision and deep learning-based pose estimation from football match footage to analyze pre-injury biomechanical patterns and joint load dynamics. The research aims to create
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processing. • You have already a background in solid state spectroscopy and material science. • You have an excellent command of written and spoken English. What we offer: Inspiring working atmosphere
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who are expected to receive their MSc degree soon are also encouraged to apply) Enthusiasm for new technologies and innovation processes You rejoice in application-oriented problems for industry