Located at the GREAT Campus in Genoa, one of Italy’s largest science and technology parks, the Center for Human Technologies (CHT) focuses on developing innovative technologies for human health, rehabilitation, and human–machine interaction.
The centre brings together researchers from different scientific disciplines and collaborates with hospitals and clinical institutions to develop new technologies and improve existing ones.
During IIT Open University Day 2026, university students will have the opportunity to discover selected research laboratories, explore their activities, and learn about the technologies developed at IIT.
Laboratories You Can Visit
Discover the research units participating in IIT Open University Day 2026:
1. Nanoscopy and Nikon Imaging Center at IIT (Nanoscopy & NIC@IIT)
Develops advanced microscopy and imaging technologies to observe biological structures at extremely small scales. Its research focuses on improving optical techniques to investigate cells, molecules, and biological processes.
2. Unit for Visually Impaired People (U-VIP)
Investigates how the brain develops and processes sensory information, particularly in people with visual impairments. Its research aims to develop assistive technologies and rehabilitation approaches that improve accessibility and quality of life.
3. Pattern Analysis and Computer Vision (PAVIS)
Develops artificial intelligence and computer vision technologies that enable machines to understand images, videos, physical environments, and human behaviour.
Uses advanced computer simulations and artificial intelligence to study how atoms and molecules behave and interact. Its research helps scientists understand complex physical and chemical processes and explore new materials.
5. Cognitive Architecture for Collaborative Technologies (CONTACT)
Investigates how humans perceive, learn, and interact with their surroundings to develop more intelligent and adaptable robots. Its research combines cognitive science, artificial intelligence, and robotics to improve human-robot collaboration.
6. Optical Investigation of Dynamical Systems (OIDS)
Develops and applies advanced optical techniques to investigate how microscopic systems change and behave over time, helping researchers better understand dynamic physical and biological processes.
7. Molecular Microscopy and Spectroscopy (MMS)
Develops innovative microscopy and spectroscopy technologies to observe molecules and biological processes inside living cells. Its research aims to achieve more detailed imaging at extremely small scales.
8. Social Cognition in Human-Robot Interaction (S4HRI)
Investigates how people perceive and interact with humanoid robots. By combining neuroscience, psychology, and robotics, its research explores how humans understand robots' actions, intentions, and social behaviour.
For more information about each research unit and its activities, explore the boxes below.