Joint Lab established in 2020 with BeDimensional, society that was born as a spin-off of Graphene Labs at IIT. The aim of the project is to develop innovative materials for the use of batteries and electrolyzers.

Joint Lab established in 2019 with the initial scope to scout for a project of common interest that was identified in 2020 and is therefore focused on wearable sensors for smart injections. Topics of common interest currently include: diagnostic imaging, omics sciences, biotechnology for the development of biological models, materials science and nanotechnology, computational science and artificial intelligence.
Duration: 4 years, extended

The company is a leading manufacturer of components for industrial automation, particularly in the field of pneumatic automation for applications in the life sciences, health and textile machinery areas. The research activities aim to develop new gripper prototypes by increasing their autonomy, adaptability, connectivity, data acquisition and processing.
Duration: 5 years, extended

Joint lab established in 2020 for the development of new 3D physiological in vitro models (organ-on-a-chip) to study cellular and molecular mechanisms in physiological and pathological conditions by mimicking in vivo conditions. Duration: 6 years

Joint Lab established in 2021 to pursue research in rehabilitation and assistive medicine. The joint lab aims to co-design new technologies and rehabilitation protocols and validate them directly in a clinical context.
Duration: 5 years

Joint Lab established  in 2022 and focused on researching and developing of prototypes based on Brillouin spectroscopy to develop a user friendly system of mechanical microscopy.

Created in Genoa in 2017 to research and development activities in the fields of advanced robotics and artificial intelligence applied to industrial automation in hostile environments.
Duration: 4 years, extended

Joint Lab in the microscopy and medical diagnostic sectors, established in 2022. It is focused on techniques that are able to detect the early phase of neurodegenerative disorders and cancer. Extended.

Created in Genoa in 2019 to develop and realize a control framework able to allow a humanoid robot to help a human being in the execution of specific tasks.
Duration: 3 years, extended

Joint Lab created in Genoa in 2013 in an agreement between IIT Rehab Technologies and INAIL to develop and implement new prosthetic, orthotic, and rehabilitation devices with a high technological impact.
Duration: 3 years, extended.

Joint Lab created in Bergamo at Kilometro Rosso Innovation District with the aim to realize a teleoperated humanoid robot embedding most of the IIT technologies as a demonstrator for the Intellimech Consortium and its 30+ companies.
Duration: 5 years.

Joint Lab established in 2020 to group ongoing and future joint research activities under major thematic clusters such as genomics, autism, etc.
Duration: 3 years

Joint Lab established in 2020 to study preclinical and clinical neuroplasticity. The joint lab aims to test the upper limb FLOAT exoskeleton in the case of upper limb paralysis, develop customized protocols regarding cerebral neuromodulation after stroke and innovative algorithms to analyze electrophysiological data.
Duration: 3 years

Joint Lab established in 2018 to develop clinical tests and rehabilitation technologies for young patients with visual impairment and analyze their perceptive, motor, cognitive, and neuropsychological abilities.
Duration: 5 years

Joint Lab established in 2020 and focused three strategic areas: robotics, supercomputing and artificial Intelligence.

Joint Lab created in Genoa in 2014, the Nikon Imaging Centre at IIT (NIC@IIT) is a core facility for light microscopy. NIC@IIT addresses the needs of a wide community of scientists and professionals on an international level.
Duration: 3 years, extended.

Joint Lab established in 2021. The joint laboratory aims to pursue research in multisensory integration and interaction and psychiatric diseases, with the goal of co-designing new rehabilitation protocols and validate them in a clinical context.
Duration: 5 years