This research group focuses on the development of advanced sensors and electronic systems for medical and biomedical applications. Its work includes the design of sensors for monitoring physiological signals such as EEG, EMG, and ECG, as well as sensors integrated into bandages and biosensors for the detection of pathologies using body fluids. The group also develops temperature, humidity, capacitive, and motion sensors, along with functional elements such as heaters and electroluminescent devices, and explores embedded electronics in plastics using in-mold technologies.

In addition, the group works on electronic systems for electrostimulation, controlled drug delivery, and optogenetics, with a particular focus on applications in nerve tissue regeneration. It also designs magnetic and optical hyperthermia systems for cancer treatment. Another key line of research involves the development of intracorporeal microelectronic devices powered and controlled by infrared radiation, enabling applications such as controlled drug release and irreversible electroporation.

The group also specializes in the development of biosensors based on multiple technologies, including electrochemical sensors, capacitive sensors in Wheatstone bridge configurations, LC resonant tank sensors, and field-effect transistor (FET)-based sensors. These biosensing systems integrate electronic measurement equipment, sensor elements fabricated using various techniques (such as PCBs, screen printing on rigid and flexible substrates, and silicon-based microelectronics), and the functionalization of the sensing element through specific bioreceptors.