Fitxa persona

Vicente González Millán, Telecommunications Engineer from the Polytechnic University of Valencia (1993), PhD in Telecommunications Engineering from the University of Valencia (1998), Graduate in Physics (2019).

Professor of Electronic Technology in the Department of Electronic Engineering of the University of Valencia since 2016.

He is a member of the i2N research group (Electronic Instrumentation in Medical and Nuclear Physics) and responsible for the nuclear instrumentation research line, a member of IRIMED (UVEG-LaFe Joint Research Unit), a member of GFTENA (Consolidated Research Unit of the Junta de Castilla y León), a member of the TC-10 committee on Signal Integrity of the IEEE Electromagnetic Compatibility Society and a member of the IEEE Consultants Network.

His doctoral thesis on the evaluation of hierarchical and parallel architectures for data acquisition systems applied to particle physics experiments was published in the books 'Handbook of Sensor Networks: compact wireless and wired sensing systems' and 'Smart Dust: sensor network applications, architecture and design' published by CRC Press.

From 1995 to 2013 he worked on the realization of the Read Out Driver system for the TileCal hadronic calorimeter of the ATLAS/LHC experiment at CERN.

Since 2012 he has been participating in the AGATA collaboration in the development of the experiment's backend electronics. He also participates in the NEDA and GRIT experiments.

He is the author of more than 50 international publications in the first third or fourth of their categories. He has supervised 10 doctoral theses related to the development of electronics for data acquisition in high-energy experiments or nuclear physics and transfer to ICT companies.

He has participated in several research projects, 14 of them funded by the CICYT (6 of them as principal investigator), 2 by the European Union (one as an external advisor) and 5 by the Generalitat Valenciana (including several PROMETEO projects).

He is co-inventor of two patents in operation by the company FERMAX, S.A.U.

The scientific objectives pursued by his line of research are the establishment of a strong participation in international experiments both in the technical and scientific areas thanks to collaboration with other groups. In this sense, the medium-term objective is to consolidate the presence and importance of the pole formed by the AGATA-IFIC group of the Institute of Corpuscular Physics and the i2N group in the AGATA experiment.