The Lab grounds on an interdisciplinary approach merging mechatronics, materials science and molecular biology, to achieve tissue\organ healing and regeneration

Study, design, and clinical validation of integrated platforms and intelligent systems to ensure therapy and diagnosis that are effective, reliable, and minimally invasive

Soft, elastic and deformable systems with variable stiffness are key factors for safe and effective interactions with physical unknown environments, opening to robots a wide range of application possibilities

Robotics, Internet, cloud and mobile technologies for new applications in healthcare, agriculture, logistics and manufacturing assistance to citizens in daily life activities

The mission of the Wearable Robotics Laboratory is to invent, develop, and validate innovative wearable robots (also known as exoskeletons or active orthoses) to assist, rehabilitate, or enhance specific movements

We develop and integrate novel transducers, both synthetic and bio-hybrid. We implement neuromorphic systems, with natural spiking coding of tactile information