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. The research areas include multimodal sensing, artificial intelligence, environmental perception and situational awareness, as well as real-time motion planning and decision-making, allowing humanoid robots
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electronics-free and hybrid soft robotic intelligence through fluidic computation, enabling soft robots to perform programmable control, memory storage, communication, decision-making, and autonomous behaviours
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systems that integrate explainable on-device AI and small language models (SLMs) to support human operators in making faster, safer, and more confident decisions. You will collaborate with a
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multi-agent robotic systems, drone swarms, or autonomous decision making. Experience in integrating prediction, planning, decision-making, and control modules within a simulation or experimental framework
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frameworks, and autonomous decision-making capabilities for robotic systems involved in the handling, moving, and stacking of various materials with different shapes, sizes, and weights within confined spaces.
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concepts, including crew interaction, trust, workload and decision-making in nominal and contingency situations; contributing to the definition of lifecycle processes for AI-enabled systems, including
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surveillance for endoscopic and surgical planning and decision making. The project will provide an opportunity to collaboratively work with physicists, computer scientists, clinical team and industry exploring
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make livestock, crop or food systems healthier, more resilient and lower emission? Could AI, sensing, modelling, robotics or engineering biology change how decisions are made across farms, food, animal
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, modelling, robotics or engineering biology change how decisions are made across farms, food, animal health or the environment? Could you create better ways to restore nature, use land and water, or support
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, large language models, AI agents, and 3D reconstruction techniques to generate structured digital representations from multimodal data and support infrastructure monitoring, management, decision-making