33 postdoctoral-soil-structure-interaction-fem-dynamics PhD positions at NTNU Norwegian University of Science and Technology
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important that you are able to: Work independently Work in a structured way, set goals and make plans to achieve them Get involved and contribute constructively with feedback Show curiosity and a strong
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candidate will become part of a dynamic and internationally connected research environment at the Department of Engineering Cybernetics, renowned for its leading expertise in optimization, control, and
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, alongside a floating turbine concept for deeper waters, to assess their behaviour, sensitivity to wave–current interactions and associated structural and performance challenges. Key research topics include
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regulations that provides both incentives and constraints for the maritime energy transition and emission reduction. The research objective of the PhD is to develop models that capture the interaction between
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will develop models to understand non-equilibrium transport of orbital angular momentum in superconducting hybrid structures. This is part of an effort to determine the merits of superconducting
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that support the human learning and improving the learning outcomes. The AI agent development will focus on semi-autonomous interaction using single-shot/mutli-turn interaction. This includes training the models
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and written presentation skills in Norwegian. Personal characteristics To complete a doctoral degree (PhD), it is important that you are able to: Work independently Work in a structured way, set goals
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should establish models, frameworks, and technologies to create interactive, personalized and game-based learning experiences, and evaluate these. Duties of the position The candidate will be a member of
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criteria for the position. Personal characteristics To complete a doctoral degree (PhD), it is important that you are able to: Work independently Work in a structured way, set goals and make plans to achieve
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of magnetic skyrmion dynamics in thin film devices» (NIMSKY). Magnetic skyrmions are nanoscale stable magnetic quasiparticles which move when a current is applied. This process requires very little electrical