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AI Project Play a central role in developing a novel, high-impact performance prediction system for PEM water electrolyzers. Cutting-Edge Research Environment Access to modern HPC infrastructure, AI
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heating networks in combination with heat pumps. To design and operate these systems effectively, advanced simulation tools are essential for analyzing their thermal and hydraulic performance. In
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operation of an integrated pulp and paper plant. The model will combine various technological components and demand response. The aim is to minimize costs and global warming impact, thereby improving both
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Your Job: Operation and administration of the server infrastructure for high-throughput data at IBG-4 Operation, maintenance, and further development of the backup system Setup and administration
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system towards a dynamic, supply- and demand-driven approach, often organized in local energy communities with a high penetration of renewable resources. Power grids are critical infrastructure requiring
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parallel programming using C++ Basic understanding of the functionality of LLM Interest in the High Performance Computing field Ability to communicate with colleagues and discuss various problems in
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Developing of methods based on artificial intelligence Developing new energy system models on high performance platforms Developing new approaches for graphical presentation of energy system model results
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, parallel/distributed computing, as well as diverse architectures and understanding of its impact on application performance Knowledge in GPU-based programming and modelling of scientific simulations
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project, focuses on the development of ICs for novel computing devices using memristive elements and a futuristic advance into the Beyond-Moore computing regime. To achieve this, we are investigating the co
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to PANDA in the recent years, with the needs of being commissioned and the request of implementating modern data collection and analysis tools. Furthermore we support to perform own high profile research in