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they lead to electrochemical failures under low and high voltage bias. The project will also include the development of secondary electrochemical models as digital twins. This PhD project is part of CreCon
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the mechanisms underlying inflammatory diseases and their role in tissue damage and disease development. The research is characterized by close integration of basic and translational approaches, as well as well
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development of computational tools that will enable automated structure-property correlation. The research will be supervised by Associate Professor Stavros Gaitanaros. Responsibilities and qualifications We
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and how they lead to electrochemical failures under low and high voltage bias. The project will also include the development of secondary electrochemical models as digital twins. This PhD project is
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oral delivery. The project includes both methodological development within MSI and experimental drug delivery studies, including in-vitro incubations and in-vivo models, followed by detailed tissue
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a 3D printing system for melting and extruding lunar regolith, while also advancing the field of composite 3D printing through experimental testing and process development. This position bridges hands
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the development of advanced renewable power plants in collaboration with top universities and industry in the field of wind energy research in Europe and beyond. We offer a rewarding and challenging job in an
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simulation and testing: Developing and using digital twin models to simulate the integrated sensor suite and multi-vehicle behavior. These models will allow for iterative development and testing
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including GNNs, generative models, or foundation models). Scientific software development, high-performance computing and data infrastructure. Are comfortable programming in Python and working with modern
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biomass, and algae. This project will pioneer the development of a high-resolution assessment framework that integrates techno-economic analysis (TEA), environmental life cycle assessment (E-LCA), and