A new generation of lower-limb prostheses for people with a lower extremity amputation

The project aims to develop novel wearable robotic devices for robot-assisted rehabilitation and functional hand recovery of workers affected by occupational diseases or following work-related injuries

The project aims to develop an innovative and completely portable upper-limb active orthosis, for patients having brachial plexus injury

Innovative and modular solutions for the restoration of urinary function following neurological damage or surgical removal

A new human-machine interface for the control of prostheses

Sensorised osseointegrated implants for the treatment of hand finger amputations

Portable exoskeleton for the rehabilitation and care of the plexus-leso patient: follow-up

Bi-directional multi-mode bionic interfaces

Integrated assessment system for functional hand recovery

Treatment of lower limb amputation by osseointegration and myoneural interfaces

Active patches and biophysical stimulation to accelerate healing of chronic wounds

ERC grant coordinated by Christian Cipriani for the development of a dexterous hand prosthesis with tactile sensors that is naturally controlled and perceived by the amputee

ERC grant coordinated by Stefano Palagi for the development of microrobots that could autonomously move in soft body tissues

ERC Grant to develop and clinically assess soft external muscles (exomuscles) intimately connected and naturally controlled by the user

Data Aware efficient models of the urbaN microclimaTE GA 101115741

ERC project coordinated by Veronica Iacovacci for the development of implantable microrobots able to navigate in a controlled and non-invasive way through the human body

ERC project coordinated by Christian Cipriani aimed at promoting the clinical translation of technology developed within the ERC project MYKI

The project aims to find out how plants are affected by electrification and whether the generated charge can be used to power man-made devices

The project aims to develop a new generation of implantable artificial organs capable of fully replacing the functions of compromised native organs.

The goal of the project is to design, develop and pre-clinically validate a robotic medical system to non-invasively treat oncological diseases

Development of microrobots able to navigate inside the human body

Methods for creating prosthetic hands which are semi (or potentially even completely) autonomous from the conventional myoelectric human-machine interface

Development of a complete prosthetic system able to intuitively manage the main phases of human-object interaction