Graduated in Telecommunications Technologies and Services Engineering from the University of Zaragoza, with interuniversity master’s degrees in Mathematical Modeling and Research, Statistics, and Computing and in Telecommunications Engineering from the same university, receiving the extraordinary award in both degrees. He also received the COIT-AEIT Award for Best Master’s Thesis in Fundamentals and Basic Technologies of Information and Communications and Their Applications. He holds the qualifying title of Master’s in Secondary Education Teaching.

He is currently pursuing doctoral studies, with expected completion in 2025 and in the process of defense. His research focuses on coherent optical communications with a strong experimental character, resulting in publications in top-quartile journals and presentations at prestigious conferences. Currently, at the Photonics & RF Research Lab, he works in integrated photonics, designing and operating experimental schemes for chip characterization and developing electronic systems for controlling thermo-optic devices.

As a member of the Photonics Technologies Group at the University of Zaragoza, he has contributed to several applied projects, including the development of a total NOx microanalyzer prototype for the automotive industry (MICRONOX), anti-pollution glasses with frequency-selective surfaces (FOTOFREC), distributed optical monitoring for smart infrastructures (MODITI), and the use of optical and microwave techniques for snowpack characterization (NIVIZ).