Francesco La Gala, Researcher and founder of Spinitalia SRL, Italy
Website: http://www.spinitalia.com/app/unitylab/team.html
Title:Design of an high payload modular USV for autonomous surveying
Bio:Francesco La Gala, born on September 29, 1969, in Rome, Italy, holds a Laurea degree in Mechanical Engineering and a PhD in Applied Mechanics (Mechatronics) from the University 'La Sapienza', Rome. During his PhD, he served as an officer in the Italian army's R&D department, collaborating with Alenia Marconi (now Leonardo).
Since 2000, he has been a researcher at CNR-INM (National Council of Research), where he also served as the director of the experimental setup department from 2005 to 2010. Additionally, La Gala has been an Associate Professor at the University of Roma3 and Sapienza University of Rome since 2003, teaching courses in Digital Control, Automatic Control, Measurement for Control Systems, and Applied Technology of Control Systems.
In 2008, he founded Spinitalia SRL, a private company based in Rome specializing in custom device development. The company has a diverse product portfolio and has been contracted by the Italian army for driverless vehicle applications in recent years. In 2022 it has been contracted by ASPIRE for the support in MBZIRC Challenge
La Gala's research interests span electronic, robotic, and mechanical design, as well as computer science, measurement sensors, and fluid dynamics. He has collaborated with leading companies such as Siemens, Airbus, Thales Italia, Leonardo Finmeccanica, and military research departments including the Italian Army, Italian Navy, and Bundeswehr."
Abstract:The talk will focus on the design process of an electric USV with high payload capability, stability, modularity, and superior maneuverability, specifically developed for the MBZIRC 2023 Grand Challenge. Beginning with an overview of specifications, the presentation will delve into the technical solutions adopted for the realization of the MK1 USV. Topics covered will include mechanical design, naval architecture, hydrodynamics, and control systems. Join us for an immersive tour through the intricate process of designing a cutting-edge USV tailored for autonomous operation in challenging environments."