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sensing to transform construction and construction management; innovate in infrastructure systems adaptation, operations, control, and inspection; and advance human-robot collaboration. The term
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control; autonomy in complex and dynamic construction environments under uncertainty; AI-enabled digital twins for construction; human-robot interaction for construction and infrastructure focusing on
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, manipulation and grasping, and motion planning and control. Faculty also study human-robot interaction and teaming, the design and soft robotics that give machines their physical form, and the safe
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, control and deployment of robotic systems across every scale and environment—from nano- and microrobotics to soft, bioinspired, humanoid and assistive technologies; from human–robot interaction and robot
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environments. Areas of interest include machine perception and multimodal sensing, embodied and egocentric AI, world models and planning, wearable and interactive systems, robot manipulation and mobility
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first step you will be collecting experimental evidence of the heat generation using dedicated experimental setup with a robot and an induction heating coil. The process control of integrated
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conceptualization through prototype development. The course emphasizes the application of robotics to enhance therapeutic and rehabilitative outcomes, with key engineering topics including robot
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, and/or robotics for greenhouses and vertical farming systems. The successful candidate will focus on robot hardware development, automation system design, machine vision, and intelligent control
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are welcome: Robotic and mechatronic system design Human–robot interaction and ergonomics Automation and robotised workplaces (industry use-cases) Field robotics and harsh-environment robotics
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and control. Faculty also study human-robot interaction and teaming, the design and soft robotics that give machines their physical form, and the safe autonomy that keeps these systems reliable in the