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on geo-information science as the foundation of our research endeavours, we employ participatory methods and integrate qualitative and quantitative information to analyse the dynamic interactions within
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discipline of the chemical sciences and a major challenge for the coming decades is the development of sustainable chemical synthesis methods and processes. Electrochemical organic synthesis, electrocatalysis
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innovation and the development of courses at Bachelor’s, Master’s, and PhD levels including the use of innovative teaching methods; you have proven experience in leading multidisciplinary teams. Your
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the development of courses at Bachelor’s, Master’s, and PhD levels including the use of innovative teaching methods; you have proven experience in leading multidisciplinary teams. Your leadership style
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methods and processes. Electrochemical organic synthesis, electrocatalysis and photoredox-catalysis have the potential to replace current synthetic methods in organic chemistry and allow production
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outcome of this project is to develop an accelerated theoretical and experimental method for the evaluation of polymer aging with different chemicals. The project will be executed at the University
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to metabolic activity and interspecies interactions. By integrating taxonomic identity with functional state and spatial positioning, imaging-based methods provide a unique window into the organizational logic
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to curriculum innovation and the development of courses at Bachelor’s, Master’s, and PhD levels including the use of innovative teaching methods; you have proven experience in leading multidisciplinary teams
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intelligence and industrial policy. Scouting the best suited production practices, methodologies, hardware/software implementation, etc. Coordinating with ESA programmes, directorates and external initiatives
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Bachelor's and Master's students and (PhD) researchers working on these diverse projects. In addition, part of your work may involve consultancy activities (commercial assignments for external partners) and