Mission

The DIETI carries out research activities in the following research areas:

• Numerical Analysis
• Automation
• Electronic and Computer Bioengineering
• Electromagnetic Fields
• Converters, Electrical Machines, and Drives
• Electronics
• Electrical Engineering
• Computer Science
• Electrical and Electronic Measurements
• Optimization and Operations Research
• Information Processing Systems
• Electrical Systems for Energy
• Telecommunications

The DIETI carries out research activities oriented towards the following application domains:

INDUSTRIAL APPLICATIONS

• Systems for industrial applications (e.g. aerospace, automotive, transportation, logistics, energy production, medical, etc.)
• Embedded systems
• Intelligent systems for transportation and logistics
• Robotics and intelligent systems
• Human-machine interfacing and interaction systems (industrial, control, home automation)
• Certification, qualification, and testing of systems
• Remote control of industrial systems
• Design support tools (virtual reality, simulation, etc.)
• Non-invasive diagnostic systems
• Analysis and verification of electromagnetic compatibility

ENVIRONMENTAL AND CRITICAL INFRASTRUCTURES

• Tools and devices for environmental monitoring
• Homeland security
• Tools and devices for infrastructure monitoring
• Systems and techniques for large-scale environmental control
• Remote sensing and non-invasive diagnostics
• Territorial information systems, GIS, localization, and georeferencing
• Green Technology
• Monitoring and verification of electromagnetic field levels

INFRASTRUCTURE FOR ENERGY, INFORMATION TECHNOLOGY, AND TELECOMMUNICATION NETWORKS

• Management and sizing of plants and systems
• Analysis, design, and control of high-technology transmission network systems, distributed generation and smart grids, photovoltaic systems, intelligent microgrids, and SOA systems oriented towards the free energy market
• Innovative infrastructures and techniques for energy planning and management of production, transmission, distribution, and utilization of electrical systems
• Energy efficiency and savings in energy conversion systems and utilization
• Network Methodologies, Infrastructures, Systems, and Applications
• Web and Cloud Computing systems, Data Centers
• Transmission systems for guided and free propagation
• Analysis, sizing, and design of telecommunications networks for delivering broadband services in fixed and mobile modes
• Power Quality of energy networks and QoS of telematics networks
• Energy-saving strategies for railway systems
• Direct and Indirect Lightning effect on transmission and distribution lines
• Ultra-fast charging infrastructures and strategies for EVs
• Integration of HVDC links in interconnected power systems
• Power systems stabilizers design for improving interarea oscillations damping
• Advanced voltage control strategies based upon data-driven technologies
• Identification and state estimation of interconnected electrical power systems

DESIGN AND MANAGEMENT OF SERVICES FOR PUBLIC ADMINISTRATION AND ENTERPRISES

• Systems and services to support the management of knowledge, processes, and infrastructures of public administration and enterprises
• Social networks
• Support systems for the management of economic systems and decision support systems
• Graphic systems, natural language processing, multimedia, TV, cinema, and new digital media

APPLICATIONS IN THE MEDICAL AND BIOLOGICAL HEALTH FIELD

• Technologies and management models for healthcare facilities
• Technologies and equipment for biological and medical applications
• Health and social management and organization
• Instrumentation, devices, and technologies for medicine and social inclusion
• Health information systems
• Bioinformatics
• Diagnostic and therapeutic applications of electromagnetic fields
• Electrical safety of electromedical equipment and installations.