The biological effects of exposure to electromagnetic fields are investigated using advanced in silico, in vitro, and in vivo analytical techniques through a multidisciplinary approach that integrates expertise in biology, engineering, and physics. These activities include the development of exposure systems capable of simulating interactions with electromagnetic fields across a wide frequency range, up to 5G millimeter waves (27.5 GHz). Exposure is quantified using radiometric methods as well as numerical and experimental dosimetry, and systematic reviews are conducted to address specific questions on the biological effects of non‑ionizing radiation. A semi‑anechoic chamber and equipment for electromagnetic compatibility measurements are also available to support the development and analysis of electronic devices, both in the biomedical field and in other application sectors.