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will be part of a leading team in network data science within the Multimedia Computing Group (MMC) in Computer Science. We share a drive to understand and optimize complex systems ranging from social
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, and complex mechanical designs. The MagHeat project introduces groundbreaking innovations to overcome these barriers, including a novel stationary permanent magnet assembly and the use of a high
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Network Engineering. Our research involves complex information systems at large, with a focus on collaborative, data driven, computational and intelligent systems, all with a strong interactive component
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complex task and outcomes of a certain decision in practice often becoming apparent only after several years. Therefore, effective and long-term breeding programs require reliable insights in
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developments in AM will reshape repair and remanufacturing practices within a circular economy. Recent advances in AM enable the production of highly complex components, including multi-material parts, smart
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Administration or similar studies. A research master would be an advantage but not a prerequisite. Analytical and curious – You have a sharp eye for detail and enjoy exploring complex questions. Strong in
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problematic social and political dynamics that discourage national support and spark local opposition to the renewable energy projects energy communities are involved in. The resulting complex social dynamics
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in AM enable the production of highly complex components, including multi-material parts, smart architectures, composites, and components with embedded electromechanical functionality. While
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developments in AM will reshape repair and remanufacturing practices within a circular economy. Recent advances in AM enable the production of highly complex components, including multi-material parts, smart
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or birth; children and teens still desperately need their guidance and support. The observational and experimental research conducted by Van IJzendoorn and his team has led to new insights into the complex