Remote Sensing of Water Systems
Room number: Y25 J 53
gabriel.oteroperez@uzh.ch
About Gabriel
Gabriel Otero Pérez received his BSc and MSc degrees in Telecommunications Engineering from the University of Vigo, Spain, and his PhD in Telematics Engineering from Universidad Carlos III de Madrid (UC3M), Spain. His past research has been focused on dynamic resource allocation and user association algorithms for post-5G/6G mobile networks, applying queueing theory and convex optimization to design decentralized algorithms for functional split placement, integrating backhaul, fronthaul, and radio access constraints.
Gabriel has contributed to numerous European Horizon and Spanish National projects (e.g., PASSION, BlueSPACE, PROTEUS-6G, 6G-INTEGRATION, 6G-Xtreme, ITACA), gaining extensive experience in high-rate optical fronthaul, satellite integration, and project management.
Beyond his theoretical work, he has contributed to hands-on developments in satellite communications and to several AMSAT small satellites launched by SpaceX. His work has encompassed the design of modulation and coding schemes, signal processing algorithms, and ground station control software. He has also taught and supervised Bachelor’s and Master’s theses on base station development and MAC protocol analysis for massive satellite IoT.
In 2025, Dr. Otero Pérez joined the Remote Sensing of Water Systems (RSWS) group at the University of Zurich (UZH), where he works on synthetic aperture radar (SAR) signal processing and the development of novel platforms for radar deployment.
What excites me most about my work at RSWS
I find it highly motivating to apply my engineering perspective and experience to develop tools and platforms that empower my colleagues to address real-world problems more efficiently. Water is one of the most essential and valuable resources on our planet, and advancing our ability to sense, monitor, and understand water systems is crucial for both society and the environment. I also greatly appreciate the freedom I have to explore novel ideas, which fosters creativity and innovation in my work. The opportunity to work with cutting-edge radar technologies, collaborate with talented scientists, and contribute to innovative solutions in remote sensing of water systems makes my work at RSWS both exciting and rewarding.