FIELDS
Smart and Sustainable Industry
Industry 4.0 enhances efficiency through connectivity, digitalization, and real-time data analysis. Industry 5.0 focuses on human-machine collaboration, leveraging AI and robotics to optimize processes.
Digital Transformation
Digital Transformation uses technologies such as cloud computing and artificial intelligence to redesign business processes, changing everyday and industrial life while requiring new solutions and increased cybersecurity.
Energy Transition and Ecosystems
Actions supporting decarbonization will contribute to the protection of the environment and ecosystems. Prioritize the use of CO2-free energy sources, process electrification, and improvements in energy efficiency.
Digital Health
Digitalization and digital technologies are transforming how we perceive care and our own health, representing a true revolution that drives advancements in disease treatment, diagnostics, and therapies.
Smart, Safe and Sustainable Mobility
Smart, safe, and sustainable mobility solutions are transforming transportation. By leveraging connected vehicles and automation, they enhance efficiency, reduce emissions, and increase safety.
Heritage and Social Resilience
Smart, safe, and sustainable mobility solutions are transforming transportation. By leveraging connected vehicles and automation, they enhance efficiency, reduce emissions, and increase safety.
LATEST NEWS
PCoreS – Research into a Parametric Family of IP Cores for Accelerating Vendor-Agnostic SNNs on FPGAs and ASICs
PCoreS project to strengthen the microelectronics and semiconductor value chain (ICM/ME).
Duration: 2025–2026
CLIC: Local, Integrated and Compatible Construction – Transforming industrialised construction through interoperable, modular and locally adapted systems
The project aims to ensure, through research into key aspects of construction industrialisation, that industrialised construction meets the expectations and objectives set out in the Strategic Project for the Recovery and Economic Transformation (PERTE) for Housing Industrialisation, delivering measurable and transferable results to the sector.
Duration: September 2025 – August 2026
ANASTRA – Research on new technologies for real-time analysis of agricultural soils to calculate CO₂ sequestration capacity
ANASTRA is a research project that brings together ITAGRA and ITCL to develop an autonomous robotic platform with hyperspectral sensors and digital technologies. Its goal is to accurately and in real time measure the capacity of agricultural soils to act as CO₂ sinks.
Duration: September 2024 – August 2027
