We combine Artificial Intelligence with Mechanics to provide mankind the next generation of Humanoid Robots that will help us face the looming societal challenges.
We research on giving humanoid robots the ability to help and collaborate with humans in dangerous and industrial environments
Aerial Humanoid Robotics
Towards flying humanoid robots: we give humanoid robots the ability to fly to help humans in disaster responses and heavy payload delivery.
Technology for robots and Industry 4.0 together with human health monitoring: we give humanoid robots the ability to help and collaborate with humans.
Control and teleoperation systems for humanoids robot: we give humans the ability to exist in another place via humanoid robots, for remote maintenance or emergency response.
We project research outcomes onto real application scenarios through joint labs and spin-offs
Joint lab with Honda Research Institute to develop advanced control, perception and planning algorithms for humanoid-robot collaboration scenarios.
Joint lab with Danieli Automation to use advanced control, perception and planning algorithms, developed for the humanoid robot iCub, in metal processing environments.
Joint lab with Camozzi Automation spa to use advanced control, perception and planning algorithms, developed for the humanoid robot iCub, in pneumatic environments.
Joint project with INAIL to devise future wearable technologies and humanoid robots to maximise work ergonomy and technological acceptability of future industry and healthcare environments.
Spin-off idea to provide an integrated platform enabling real-time human health monitoring of motion tracking, articular stress monitoring, and fatigue analysis.