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is the development of sustainable chemical synthetic processes. Electrochemical synthesis, electrocatalysis and photoredox-catalysis have the potential to replace current synthetic methods and allow
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synthesis, electrocatalysis and photoredox-catalysis have the potential to replace current synthetic methods and allow production based on low-cost electricity and low-waste transformations. Both in research
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. Qualifications The ideal candidate has a Bachelor's or Master's degree (university of applied sciences or university) in Computer Science, Artificial Intelligence, Robotics, Electrical/Mechanical Engineering
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partners will co-develop scientific solutions to unlock the true societal potential of the current heterogeneous digital heritage collections. It will provide easier, richer, and more reliable data access
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global center of knowledge. Qualifications The ideal candidate has a master’s degree in physics, electrical engineering, materials science, or another related field previous experience in optics
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Humanities researchers, and a wide range of public and private partners will co-develop scientific solutions to unlock the true societal potential of the current heterogeneous digital heritage collections. It
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MEMS, nanotechnology, control engineering, and robotics. This current postdoctoral project is a collaborative project between the Discrete Technology and Production Automation (DTPA) group, hosting Dr
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fuels/technologies such as hydrogen, synthetic fuels, ammonia, electricity, etc. The scope of the project may encompass road and/or maritime transport. The PhD position is embedded in the research
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benefits. Despite the growing impact of biocatalysis in industrial chemistry, the full potential of this technology is yet to be unlocked. Important current limitations are the following: i) only a limited
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engineering science research and covers a broad area of mechanical engineering, electronic materials and MEMS, nanotechnology, control engineering, and robotics. This current postdoctoral project is a collaborative