Design and characterization of plasmonic nanostructures for applications in sensors, photovoltaics, near field enhancement.
Design and characterization of nanoantennas for optical wireless network on.chip.

• Design and characterization of plasmonic nanostructures for applications in sensors, photovoltaics, near field enhancement.
• Design and characterization of nanoantennas for optical wireless network on.chip.
• Design and cha

•    ELECTRICAL DRIVES FOR ROBOTICS AND INDUSTRIAL AUTOMATION
- Evolutionary Algorithms for identification and control
- Control techniques for mobile robots and industrial manipulators

The Optoelectronics Laboratory exhibits expertise in the modeling, design, simulation, fabrication, and c

• Smart instruments for measurements on components and systems
• Model identification, parameters estimation and characterization of electrical machines, equipment, apparatus and electrical drives
• Development and characteriz

The scientific activity concerns the following 2 main topics of the Electrical Engineering:

The Electrical and Electronic Measurement Lab activities are, among others, mainly focused on two institutional objectives: didactics for bachelor/master of science/doctoral degree and applied as well as theoretical research in the areas of: A/D c

In the Signal Processing Laboratory, the main expertise are in Remote Sensing (design of Earth Observation satellite systems as Synthetic Aperture Radar, Doppler Altimeter and Multispectral sensors), in machine learning (supervised/unsupervised cl

The Design of Electronic Integrated Systems Laboratory (DEISLab) (http://193.204.50.76/DEIS/index.html) is a scientific laboratory born in 2003 and actively involved in the design and development of integrated circuits and systems, smart sensors ,

Electronics for Telecommunications Lab (ETL) focuses on studying, designing and deploying innovative electronic systems for telecommunications, operating at high frequencies.