88 development-"https:"-"https:"-"https:"-"IBE-CNR" positions at Aalborg University in Denmark
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physiotherapy to develop sustainable technological solutions. Our mission is to contribute to increased quality of life for the benefit of the individual human being and society. We take an active part in
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. Publish research results in international peer-reviewed journals and present at scientific conferences. Participate in national and international research projects. Develop interdisciplinary research
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dynamics and control of building energy systems. Develop innovative solutions in the field of building energy systems and indoor environment and carry out related patent processes. Contribute
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on mitigating its negative impacts with limited attention given to the development of tools and processes for planning and managing waste handling in order to increase reuse and recycling rates. The purpose
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of the position is two years. Your work tasks The main task of this postdoc position will dedicate on research and development of advanced process control augmented by some AI techniques, e.g., using reinforcement
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development of inclusive practices in educational and welfare contexts. Practice-oriented and collaborative research methodologies, that support innovation and intervention in educational psychology practice
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for an Associate Professor for the Section for Thermal Engineering who can strengthen and further develop our activities within carbon capture and related thermal energy systems. The position includes research
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. The candidate should demonstrate research on emerging technologies for collaborative learning, including areas such as video-based competence development, digital mediation of learning processes, and the use
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contributions to research on teaching, curriculum development, and educational innovation in engineering or closely related STEM and professional fields. The successful candidate will bring an original and
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integrated systems for Power-to-X applications, where you work with both detailed component models and system-level analyses. You will develop and apply high-fidelity models that describe coupled thermal