37 telecommunications-and-signal-processing Postdoctoral positions at Aarhus University in Denmark
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The Section for Software Engineering and Computing Systems, at the Department of Electrical and Computer Engineering (ECE), invites applicants for a two-year postdoctoral position within the area of
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The Section for Electrical Energy Technology at the Department of Electrical and Computer Engineering (ECE), Aarhus University, is in a phase of rapid growth in both education and research
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twinning for production and process optimization. A first-of-its-kind pilot factory is now based at Aarhus University (AU Viborg), and has been equipped with about 200 sensors and a production management
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department committed to excellence in research, education, and innovation. Our research spans Internet of things, machine learning, signal processing, to digital twins, all with a strong emphasis on high
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, or soon thereafter. It is possible to apply for both positions or to indicate which of the two positions you apply for. The positions will be in the research unit Behaviour, Stress and Welfare (BSW). Your
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://math.au.dk/en/about/vacancies/postdoc/ When applying, you will be asked to indicate, which of the areas listed on the page above are of interest to you. The list includes positions covering Operator Algebras
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to excellence in research, education, and innovation. Our research spans Internet of things, machine learning, signal processing, to digital twins, all with a strong emphasis on high impact research and societal
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broadly. Qualifications and specific competences: The ideal candidate has a PhD in computer science, human-computer interaction, or child-computer interaction and can construct IT-based research prototypes
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in written and spoken English is required. Who we are The Institute of Biological and Chemical Engineering (BCE) has strong research sections in Environmental Engineering and Materials & Process
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on aspects of fracture processes, stochastic material behavior, and the development of physics-based models that can bridge the gap between continuum mechanics descriptions and disorder-driven statistical