His early research focused on numerical analysis of the interaction between biological systems and electromagnetic fields, the development of high-performance electromagnetic simulation codes on parallel computing architectures, and the development of codes and solutions for the analysis of electromagnetic properties of fluids based on time-domain reflectometry.

Since 2006, he has added a research strand on emerging electromagnetic technologies enabling the "Internet of Things" (IoT), contributing to the evolution of RFID technology, its integration with sensors, and the development of rapid prototyping and electromagnetic characterization techniques for RFID tags.