36° Cycle - End 31/01/2024 - Graduated in 2024 and 2025

Neri Banti

An intelligent building from an existing building: integrated development, innovative storage system of energy from renewable sources

Supervisor: Frida Bazzocchi and Vincenzo Di Naso Unifi, Dorota Krawczyk - Bialystok University of Technology, Poland

neri.banti(at)unifi.it

Thesis on FLORE

Alessandro Bruttini

Data-driven facility management system for complex buildings: enhancing operation & maintenance process with artificial intelligence

Supervisor: Pietro Capone Unifi, Markus Konig RUHR Universitat Bochum

alessandro.bruttini(at)unifi.it

Thesis on FLORE

Irene Cortesi

Artificial intelligence applied to multispectral imagery for fluvial macroplastics detection

Supervisor: Grazia Tucci Unifi, Andrea Masiero Unipd, and Norbert Pfeifer, Technische Universität Wien

irene.cortesi(at)unifi.it

Thesis on FLORE

Mohsen Daman

The mechanics of biological growth: a study through the vertex model

Supervisor: Roberto Paroni Unipi and Giuseppe Zurlo University of Galway

mohsen.daman(at)unifi.it

Thesis on FLORE

Zihan Liu

Multifunctional maritime structures for the mitigation of waves and the production of blue energy

Supervisors: Lorenzo Cappietti Unifi and Nils Giseberg TUB Branschweig

zihan.liu(at)unifi.it

Thesis on FLORE

Isabella Mazzatura

An integral methodology for the special inspection of concrete bridges with bonded post-tensioned cables

Supervisor: Walter Salvatore, Silvia Caprili Unipi, and
Joan Ramon Casas Rius, Technical University of Catalonia (UPC)

isabella.mazzatura(at)unifi.it

Thesis on FLORE

Gerardo Arcangelo Pacillo

Additive Manufacturing of Smart Building components and Smart Structures

Supervisor: Mario Fagone and Giovanna Ranocchiai, Unifi, and
Harald Kloft, TU Braunschweig

gerardoarcangelo.pacillo(at)unifi.it

Thesis on FLORE

Tommaso Sorbi 

Real-time construction site monitoring for automatic activity planning

Supervisor: Pietro Capone, Unifi and Farzad Rahimian, Teesside University

tommaso.sorbi@unifi.it

Thesis on FLORE

As a visiting student from Tongji University for a.y. 2020/21

Neyu Chen

Intelligent evaluation for wind-resistant stability of long-span bridges based on dataset and machine learning

Supervisor: Claudio Borri Unifi and Yaojun Ge, Tongji University

neyu.chen(at)unifi.it

Thesis on FLORE