There is an increasing number of devices and networks that are based on wireless electromagnetic fields transmissions: 

• Health hazard TBD to some extent → Downward revision of emission limits
• Social unrest due to the lack of reliable and rigorous information

Analysis under two points of view:

• Consequences: analysis of the potential health effects (Operational restrictions / Regulatory framework)
• Causes: EMF measuring and monitoring

Assets and expertise: 

Setting and configuring an instrumentation system for measuring local:

• Environmental EM exposure: Worst case scenario
• Accurate instanteneous EM exposure sort per radiocommunication service
• Personal EM exposure

Characterizing the changing behaviour of materials under EM exposure:

• Organic tissues
• Fabrics

EM exposure continuous monitoring in an area:

• Design of monitoring networks:

-Topology (Sensor nodes; Processing hubs; Cloud DDBB)

-Sampling and data conditioning.

• Measured data processing:

-Statistical characterization of EM exposure levels

-EM exposure maps

Theoretical-empirical models por EM exposure prediction in the far field region:

• SOCER: Software for the estimation of radioelectric emissions.
• Theoretical propagation models complemented by statistics based on on-the-field measurements.

Channel models for wireless communications of body area networks:

• In-body & on-body sensors
• NFC, Bluetooth...