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include feasibility and scalability considerations (e.g., approximate solutions, application of symbolic data structures). Task 2: Simulation of quantum circuits with high-level structure and under noisy
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methodological development and applied research by: Collecting, structuring, and analyzing data on existing energy supply (electricity, heating/cooling, fuels), infrastructure, and industrial consumption patterns
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interpretation of data, and the dissemination of results in high-quality scientific outlets. Your daily work will typically involve a combination of independent research and collaboration in project teams, where
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activities cover electrical, thermal and mechatronic energy technologies, and we work closely with industrial partners and other academic environments to address real-world energy challenges. The department is
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development of networks. This will be an advantage and may cover experience as editor and/or reviewer for peer-reviewed journals, organizing conferences or the like, participation in boards of directors and
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, controlled, validated, and deployed to enable stable, efficient, reliable and electromagnetically compatible operation in industrial and societal applications. The positions collectively cover (and applicants
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deployed to enable stable, efficient, reliable and electromagnetically compatible operation in industrial and societal applications. The positions collectively cover (and applicants may contribute to one
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. The group's research interests and activities cover the entire spectrum of marketing with a quantitative and/or qualitative focus. Our research aims to contribute to science, business practice, and society. An
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, with a particular focus on identifying dominant loss and noise channels and quantifying their impact on quantum information transfer. The key elements that the project could potentially cover includes
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of student projects and participation in courses related to human-computer interaction and software engineering. Your competencies Applicants should have a strong interest in human-robot interaction and the