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of technical-scientific documentation within an applied research context. 3. BRIEF PRESENTATION OF THE WORK PROGRAMME AND TRAINING: Study of robotic systems at the Center for Robotics and Autonomous Systems
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autonomy in societal-critical domains. Information Teams of connected autonomous systems such as robots, vehicles, and smart infrastructure, rely on sensing, communication, and coordination to accomplish
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engineering bio-statistics and AI-healthcare smart/semi-conductor manufacturing AI/robotics/autonomous systems aerospace and microelectronics engineering energy generation and storage digital business and
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-healthcare smart/semi-conductor manufacturing AI/robotics/autonomous systems aerospace and microelectronics engineering energy generation and storage digital business and innovation management fintech
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-healthcare smart/semi-conductor manufacturing AI/robotics/autonomous systems aerospace and microelectronics engineering energy generation and storage digital business and innovation management fintech
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positions. The postdocs will support an exciting new project that is focused on autonomous, soft, tip-extending robots for stroke treatment. The overall goal is to enable fully autonomous navigation
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the Manchester Centre for Robotics and Artificial Intelligence and is a recognised leader in the development of robots for extreme environments, particularly nuclear. The CRADLE Project Manager will be located in
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involving large companies under the “Autonomous Systems, Robotics, and Machine Tools” track of the IASMIN Platform (a FAPESP Applied Research Center in AI). The work is to be carried out on-site
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are reshaping the future of construction. In the HARPA project funded by the EIC Pathfinder Challenge, you will explore how heterogeneous aerial robotics teams can collaboratively and autonomously assemble a
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Advanced Autonomous Flight Control, you will develop the autonomous control methods that will shape the next generation of uncrewed aerial vehicles. By advancing agile, robust and cooperative flight control