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-collar workplaces. The project combines fieldwork in real-world settings with the design and evaluation of AI-driven tools. You will join an active, collaborative team in a supportive research environment
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of Electronic Systems at The Technical Faculty of IT and Design invites applications for a PhD stipend in the field of Safe Learning Based Control for Autonomous Robots in Dynamic Environments within the general
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collaboration advancing next-generation HVDC subsea infrastructure and be part of a supportive, international research environment, working closely with academic and industrial partners as you develop into a
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collaborative and inclusive research environment. Experience working with quantitative data, statistical analysis, or survey research is expected, and prior experience with Danish register data or other
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) research group at AAU Copenhagen, and are supervised by Professor Johannes Bjerva. The NLP group is a rapidly expanding research environment with strong activities in multilingual NLP, LLM security
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vehicles (UUVs) into a unified, collaborative robotics system designed for inspection and surveillance tasks. These vehicles will operate in challenging marine environments to perform monitoring of cables
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that tops quality-of-life charts. The successful candidate will enjoy a world-class research environment, excellent working and networking conditions, and full employment benefits accompanied by a competitive
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administrative staff, and regularly hosts 30–40 guest researchers from around the world. We offer advanced laboratory and workshop facilities, and a collaborative environment that supports innovation, knowledge