36 computational-"https:"-"https:"-"https:"-"https:"-"https:"-"https:"-"U.S" positions at Aalborg University
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application deadline is Monday, November 9, 2026. Interviews are tentatively planned for December 10, 2026. The positions are hosted within the Natural Language Processing (NLP) research group https
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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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contributing to the management of international projects. Spoken Danish is an advantage, but it is not a requirement. Read more here: https://www.staff.aau.dk/inclusive-recruitment-n64477 Who we are The
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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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interests. Scientific dissemination is expected to focus on leading Human-Computer Interaction venues. For further information about the project, see: https://dff.dk/en/our-funded-projects/meet-the
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colleague, you are open, collaborative, and curious about connecting your work with related research groups in the department, such as Biomechanics, Exoskeletons, Solid and Computational Mechanics
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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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hereafter. The duration of the position is three years. Your work tasks This PhD position focuses on the application of quantum computing to computational challenges in power systems with high shares of
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problem-baseret læring og projektarbejde(PBL). Ansøgere kan orientere sig om semestrenes faglige indhold på: https://studieordninger.aau.dk/Kommunikationogdigitalemedier-Bachelor-Aalborg-Dansk
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control, and evaluate their accuracy, robustness, computational efficiency, and practical applicability. They could also be implemented in real-time systems. Investigate interactions across