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research that combines theoretical development with system-level understanding, and you are able to approach complex problems in a structured and analytical manner. You take responsibility for your own
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strong privacy guarantees in complex data in a spatial setting. This is a chance to work on mathematically challenging problems with real-world impact, contributing to the safe and responsible use
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understanding in complex acoustic environments, moving beyond traditional audibility-based solutions toward systems that enhance intelligibility, meaning extraction, and user-specific listening intent. Your work
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turbine measurements to expected variability across large real-world turbine populations). Your competencies We are looking for a candidate who is driven by complex, interdisciplinary challenges and has a
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PhD researcher in AI:GENOMIX, you will contribute to next-generation models that rethink polygenic prediction and support the future of precision medicine. AI:X is an ambitious initiative at Aalborg
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complex electromagnetic problems, Modeling of power electronic systems and component, particularly magnetic components, Optimization and surrogate-modeling in Python, Integration of machine learning and
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AI:X is an ambitious initiative at Aalborg University that aims to advance AI research and create real-world impact through interdisciplinary collaboration, and nine labs will be initiated in 2026
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collaboration can move from experimental interaction scenarios to sustainable integration within hospital workflows, healthcare infrastructures, and professional work practices. The project is conducted in close
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. The announced position is part of this venture, and the successful candidate will participate in the joint effort to achieve this goal. Would you like to contribute to the green transition of the built
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the complexity of the system identification is reduced. Quantifying fundamental limits on transduction fidelity imposed by thermodynamics, coupling constraints, and noise. Analyzing which error channels dominate