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on the candidate's profile to make our choice, since this is a highly challenging, project, requiring unique blend of skills in the fields of high-voltage engineering, power electronics and general electrical
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mainly focus on the candidate’s profile to make our choice, since this is a highly challenging, project, requiring unique blend of skills in the fields of high-voltage engineering, power electronics and
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organics like e.g. pharmaceutics, vitamins and advanced polymeric materials. Plasma technology, especially our pursued fast pulse power plasma concept, could provide pathways of lower activation energy than
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blocks for specialty organics like e.g. pharmaceutics, vitamins and advanced polymeric materials. Plasma technology, especially our pursued fast pulse power plasma concept, could provide pathways of lower
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mechanisms underlie this ability? This project will address these and other questions regarding the neural basis of sensory uncertainty and visual decision confidence. The positions will be affiliated with
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. Responding to the future needs for sustainable mobility, rapid thermoplastic composite processes that can be applied in digital micro-factories powered by increased automation technology will be developed
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science candidate, as well as other PhD and postdoctoral researchers involved in the project, who focus on design and environmental assessment analysis. In this context, it is expected that you will not
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consumption practices across different everyday life settings. You will work in an interdisciplinary team together with the other ENP social science candidate, as well as other PhD and postdoctoral researchers
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that can be applied in digital micro-factories powered by increased automation technology will be developed. Here, we focus on zero-defect manufacturing processes for resilient and adaptable data-driven