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and work at the interface between science and industry? Research Group: Grid Control and Grid Dynamics The dynamic behavior of power systems with high shares of inverter-based resources (IBRs) is
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on the other, Fraunhofer ISIT is an exciting employer with innovative prospects for the future. Our »Power Electronics« business area focuses on the development of gallium nitride-based processes and devices
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The increasing share of renewable energy sources and the transition of European electricity markets toward higher temporal resolution are fundamentally changing price dynamics and system operation
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communication systems programming with MATLAB and/or C/C++ software development and version control software such as Gitlab Fluent in English Team player with a structured approach and the ability
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. Within this Master thesis, you will contribute to the evaluation of GridFM-inspired machine learning approaches for power grid analysis. The main goal is to develop a reproducible benchmarking workflow and
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technology—is offering the opportunity to write a thesis on the topic: »Real-Time Spectroscopic Monitoring of Microvias Powering the AI Revolution«. The explosive growth of artificial intelligence is driving
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power electronic systems – from innovative assembly, interconnection, and cooling concepts to advanced circuit topologies and intelligent control algorithms. The use of wide-bandgap power semiconductors
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Future. Discover. Together. The Computer Vision & Graphics group of the Vision & Imaging Technologies (VIT) department is looking for a student assistant in the area of deep learning for scene
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, this master’s thesis aims to develop a methodology for deriving representative distribution grid models (“typical grids”) for Germany based on publicly available data from medium- and low-voltage power networks
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In Prof. Heiko Wende's research group, we investigate magnetic hybrid systems. Our focus is on both fundamental magnetic interactions and applications for efficient energy conversion. We use element