17 power-electronics-"https:" "https:" "https:" "https:" "https:" "https:" research jobs in Denmark
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: Safeguarding Users’ Cognitive Autonomy in Human-AI Interaction Cognitive autonomy, our fundamental ability to think independently, is under threat from growing reliance on artificial intelligence (AI) technology
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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-researchers/research-leaders
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20 Sep 2026 Job Information Organisation/Company Aalborg Universitet Department The Faculty of Engineering and Science, Department of Energy, Section for applied power electronic systems Research
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consist of the PI, one postdoc and one PhD. Read more about the project here: https://dff.dk/en/our-funded-projects/meet-the-researchers/research-leaders/eksterne-personer-en/research-leaders-2025/mathias
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demonstrated ability to communicate scientific research results effectively. The ability to work independently as well as collaboratively in a research environment. For non-Scandinavian candidates, a commitment
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interventions and commercial marketing measures, consumer-oriented innovations, and social dynamics can be combined to support sustainable change. Please make sure to read more about the project here https
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communication skills, the ability to work independently, and the ability to collaborate with researchers and partners from different disciplinary backgrounds. Excellent written and spoken English is required. Who
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. Qualifications Applicants at Postdoctoral Researcher level should hold a PhD in AI enabled learning, educational technology, information systems, computer supported learning, social entrepreneurship, innovation
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excellent knowledge of English (written and spoken). Be able to work well and communicate expert knowledge in an interdisciplinary team. Have high self-motivation to learn. Have the ability of working
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phase change materials used in photonic devices, using synchrotron X rays and X ray free electron lasers (XFEL). Optical phase change materials can be reversibly switched between amorphous and crystalline