Valerio Sabbatini is an Italian postdoc researcher at the Department of Architecture of Roma Tre University. He graduated with a B.A. and an M.Sc. from the Faculty of Civil Engineering at University of Rome “La Sapienza”. In 2013, Sabbatini was awarded the Erasmus+ scholarship and spent a period of study at Delft University of Technology in the Netherlands, focusing on structural dynamics, flood defenses, and material and ecological engineering. In 2016, he was awarded the “Torno Subito” and “SAHC Consortium” scholarships and completed the Erasmus Mundus Advanced Masters in Structural Analysis of Historical Constructions and Monuments with the thesis “Seismic assessment of ancient water towers in Pompeii” on the comparison of finite and discrete element modeling and collapse mechanisms based on in situ testing and dynamic monitoring. In 2022, Sabbatini received Ph.D. and postdoctoral grants on integrating the diagnosis of historical masonry construction with UAV photogrammetry, on-site testing and dynamic monitoring in Building Information Model working methodology and Finite Element Model. He collaborates with the PRiSMa laboratory (Laboratory of Test and Research on Structures and Materials) of Roma Tre University and Getty Conservation Institute on different national and international projects as the Rome Technopole, SISMI Project and Bagan Conservation Project.
Roma Tre University
Rome, Lazio, Italy
Architecture
Erasmus+
University of Rome "La Sapienza"
Erasmus scholarship at Delft University of Technology
Torno Subito 2016
Regione Lazio
Full scholarship to attend the Advanced Master in Structural Analysis of Historical Construction, Erasmus Mundus program
Graduate Research Intern
Getty Conservation Institute
Research grant at the Getty Conservation Institute of Los Angeles (USA) in the Bagan Conservation Project.
Post Doctoral Researcher
Roma Tre University
01 Dec 2022 - present
Post Doctoral Researcher
Roma Tre University
01 Feb 2022 - 01 Jun 2022
Ph.D. candidate
Roma Tre University
01 Nov 2018 - 01 Jan 2022