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)." Successful applicants for this position will have the opportunity to work on cutting-edge research at the intersection of reinforcement learning (RL), world models, embodied intelligence, and human learning
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evaluation of human-centered artifacts. This would include working on research projects involving assistive technologies for people with visual impairments, personalized learning platforms, and Human-Computer
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the human body, supporting device design, performance optimization, and clinical applications. 6, Collaborate closely with clinical partners to support clinical protocol development, imaging data
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control probe positioning and ultrasound imaging parameters. 4, Design and test intuitive human-machine interfaces to support non-specialist users in operating wearable ultrasound devices. Conduct
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At Building Robotics Laboratory, we develop state-of-the-art sensing, learning and control systems for energy efficient, human-centered, comfortable and healthy environments. Building Robotics lab
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feedback. The aim is to enable robots to act in real-world industrial settings — including aerospace MRO, semiconductor manufacturing, and offshore platform operations — even when continuous visual input is
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AI, education, and human–computer interaction. Mentorship and Grant Development – Mentor graduate and undergraduate researchers and contribute to grant writing and proposal development. Research