IMG_20230914_213202_532
Viviana Centritto Arrojo
ETSETB-UPC
Master Student
IMG_20230914_213202_532
Viviana Centritto Arrojo
ETSETB-UPC
Master Student
"Telecommunications Engineer. Currently studying a Master at Universitat Politècnica de Catalunya (UPC) specializing in the field of Wireless Communications and Antenna Design. I am working at N3Cat in a project related with wireless communications inside computer chips, in the context of designing an on-chip antenna at cryogenic temperature".

"I hold a Bachelor’s degree in Telecommunications Engineering from Universidad Católica Andrés Bello in Caracas, Venezuela, which I completed in 2024.

During my studies, I conducted research for my thesis on the analysis, synthesis, and practical application of linear and planar antenna arrays in 5G-New Radio (5G-NR) systems, aligning my work with the 3GPP international standards. This project allowed me to explore cutting-edge advancements in antenna design and their critical role in modern wireless infrastructure.

Building on this foundation, I am currently expanding my expertise through my involvement with the N3Cat research group, where I contribute to the design of on-chip antennas optimized for cryogenic temperatures.

Moving forward, I aim to work in fields where technologies converge, like combining AI with 5G systems to improve network performance or exploring how quantum technologies could shape future 6G networks. My goal is to help create efficient telecommunication solutions that are ready for tomorrow’s challenges".

"Telecommunications Engineer. Currently studying a Master at Universitat Politècnica de Catalunya (UPC) specializing in the field of Wireless Communications and Antenna Design. I am working at N3Cat in a project related with wireless communications inside computer chips, in the context of designing an on-chip antenna at cryogenic temperature".

"I hold a Bachelor’s degree in Telecommunications Engineering from Universidad Católica Andrés Bello in Caracas, Venezuela, which I completed in 2024.

During my studies, I conducted research for my thesis on the analysis, synthesis, and practical application of linear and planar antenna arrays in 5G-New Radio (5G-NR) systems, aligning my work with the 3GPP international standards. This project allowed me to explore cutting-edge advancements in antenna design and their critical role in modern wireless infrastructure.

Building on this foundation, I am currently expanding my expertise through my involvement with the N3Cat research group, where I contribute to the design of on-chip antennas optimized for cryogenic temperatures.

Moving forward, I aim to work in fields where technologies converge, like combining AI with 5G systems to improve network performance or exploring how quantum technologies could shape future 6G networks. My goal is to help create efficient telecommunication solutions that are ready for tomorrow’s challenges".