612 augmented-workers-using-smart-robats-in-manufacturing-cell PhD positions in Germany
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PhD Position - Organic Electrosynthesis: monitoring of reaction transients with real-time techniques
. Organic synthesis under electrochemical conditions is a powerful tool for future sustainable chemical manufacturing, for which robust catalytic materials are of high demand. A unique platform for online
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with the availability of funds) in part time 65% (26 hours per week) with a salary of TV-L E13. About the project: The project will investigate patterns of hyperactivity using electrophysiological
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the structure and function of matter, from the smallest particles of the universe to the building blocks of life. In this way, DESY contributes to solving the major questions and urgent challenges facing science
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The successful candidate will conduct cutting-edge empirical research in at least one of the following areas Natural resources and environment, Climate change and policy, Digitalisation, AI and smart technologies
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results in materials with diverse microstructures and mechanical properties Perform experimental characterizations of additive-manufactured and heat-treated steels, using state-of-the-art methods, such as
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smart technologies in the bioeconomy, agricultural, food and environmental policy impact analysis, and/or production efficiency and food markets. leading to an internationally competitive PhD degree and
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highly automated, networked mobility, featuring international collaboration with mentors from the USA, Asia, and Europe. TUD and the RTG embody a university culture that is characterized by cosmopolitanism
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automated, networked mobility, featuring international collaboration with mentors from the USA, Asia, and Europe. TUD and the RTG embody a university culture that is characterized by cosmopolitanism, mutual
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conference funding. Flexible, family-friendly working hours and a vibrant campus. Active support for career development in academia or industry. A large research campus with green spaces, offering the best
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tracking T cell tissue entry and exit over time in matched organs by single-cell chimerism analysis. Using multimodal state-of-the-art technologies and specialized high-throughput cell culture methodologies