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. You will be working on a research project in developing new approaches for the control of future energy systems with up to 100% integration of Renewable Energy Sources (RES). Future energy systems
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representation of real-world marine structures and their corrosion processes. By integrating comprehensive sensor measurements, experimental data on corrosion, and advanced predictive modelling (including physics
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Maintaining the integrity of our genome is essential to preventing genetic diseases such as cancer. While it is well known that DNA damage can compromise this integrity, recent research shows
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goal-oriented mindset, and a passion for (scientific) challenges, you are the right person for us. Our lab develops technologies that integrate advanced imaging, computational analysis, and single-cell
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high-fidelity CFD–machine learning (CFD–ML) framework capable of efficiently analyzing and optimizing rooftop aerodynamic duct structures for building-integrated wind energy systems. The aim is to push
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toward the commercialization of this innovative platform, which has the potential to revolutionize the development of OA treatment strategies. By integrating advanced technologies such as MS and
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, structural logic integration, and cross-scale design automation. Your research will contribute to digital tooling that supports scalable, flexible, and sustainable building production. You will play a key role
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inventories and atmospheric models (TM5-MP, MAGRITTE, LOTOS-EUROS, CAMS). Integrating GEO (GEMS) and LEO satellite products, including diurnal cycle analysis of NOx emissions. Delivering results on time within
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platform, contribute to accelerating the realisation of PEDs? How can standards (e.g. in terms of data models and APIs) support this process, e.g. by streamlining data retrieval, integration and usage? How
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. Each program has a clear goal, where collaboration within and outside our organization is highly valued. We integrate care, education and research in partnership with our patients to ensure that our