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, Control Engineering, Computer Science, or a closely related field, with a strong foundation in robotics, autonomous systems, planning, and/or control theory. We particularly value strong programming
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, completed before enrolment. A foundation in quantitative social-science research design and comparative political analysis. Demonstrable proficiency in R or a comparable programming environment and
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content of the programmes is available here: https://www.aau.dk/uddannelser/bachelor/kommunikation-og-digitale-medier-aalborg , https://www.aau.dk/uddannelser/kandidat/informationsvidenskab , https
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HYSYS or other related software and are motivated to develop and apply dynamic models of energy and chemical processes. You are familiar with programming languages and computational tools. Expertise in a
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Computational Engineering profile, together with relevant programming skills such as Python or C# For the Computational Design and Robotic Fabrication profile: practical experience in robotic
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start date 1 February, 2027. Further details and application instructions are available at: https://math.au.dk/en/about/vacancies/phd The webpage includes brief subject descriptions and links to
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Thomas Neumann, [email protected] for nærmere information. Se også Instituttets hjemmesiden om ph.d.-uddannelsen https://www.law.aau.dk/forskning/phd/ Ved bedømmelse af ansøgere lægges særlig vægt på
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focus on leading Human-Computer Interaction venues. For further information about the project, see: https://dff.dk/en/our-funded-projects/meet-the-researchers/research-leaders/eksterne-personer-en
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Department of Animal and Veterinary Sciences (au.dk) for further information about the department: https://anivet.au.dk/en Place of work and area of employment The place of work is the Department of
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), University of Southern Denmark in Odense, you will be part of the Robotic Intercropping ( https://roboticintercropping.eu ) team working to break new ground at the absolute forefront of what is possible in