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integration for robotic manipulators, sensors, and actuators to build reliable, high-performance experimental setups. Plan and execute experimental validation in laboratory and field settings; evaluate
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drones. You will develop SLAM that combines radar, inertial sensors, lidar and cameras, and control methods that let a drone fly alongside a ground robot and land on it. We value good collaboration skills
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of statutory leave. You need a good knowledge of state estimation, sensor fusion or robot perception, and documented experience of experimental work with drones. Previous work with experimentally verified
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good knowledge of state estimation, sensor fusion or robot perception, and documented experience of experimental work with drones. Previous work with experimentally verified results in at least one of
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information from tactile sensors—which characterize the contact between the robotic system and the object—with biosignals acquired from the operator or user, in order to provide the system with complementary
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, you must also apply for the PhD below. https://www.phdscanner.com/opportunities/phd-vacancies-university-of-southampton-united-kingdom-robotic-monitoring-for-place-recognition-and-change-detection-in
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Starting Grant, aims to develop a new class of chemical touch sensors that can be incorporated into robotic prototypes. What are you going to do? As an experienced material scientist and mechanical engineer
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. Key Responsibilities: Develop and implement perception and control algorithms for robotic arms and embodied AI systems. Assist in integrating multimodal AI models (vision, language, force sensors) with
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apply for the PhD below. https://www.phdscanner.com/opportunities/phd-vacancies-university-of-southampton-united-kingdom-robotic-monitoring-for-place-recognition-and-change-detection-in-dynamic-underwater
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apply for the PhD below. https://www.phdscanner.com/opportunities/phd-vacancies-university-of-southampton-united-kingdom-robotic-monitoring-for-place-recognition-and-change-detection-in-dynamic-underwater