by prof. Giacomo Oliveri and dr. Marco Salucci
The activity shown during the Open Lab will involve the design and simulation of complex EM devices including 5G and IoT antennas systems as well as the electromagnetic simulation of large-scale wireless scenarios.
Laboratory description
The Wireless Technologies educational laboratory addresses a wide variety of teaching tracks that include
- radiating systems for wireless communications, sensing, and radars
- radio-frequency circuits and electromagnetic compatibility
- industrial, biomedical, and structural diagnostics
- innovative EM materials and smart EM devices.
The laboratory offers the Bachelor, Master, and PhD students the possibility to develop hands-on experience on state-of-the-art tools and methodologies.
The design, simulation, and validation of advanced devices, systems, and control algorithms is addressed in several different applicative scenarios ranging from 5G communication and beyond towards smart EM scenarios to satellite antennas, and from biomedical EM diagnosis to subsurface structural diagnostics and smart material design.
The objective of the teaching process is to enable the young students and researchers to learn and develop skills that connect the wireless propagation theory to the practical implementation of complex applications, algorithms, and devices