Sergio Di Giovannantonio

European Organization for Nuclear Research

Papers

Total Citations

H-Index

About

Sergio Di Giovannantonio is a robotics engineer specializing in system engineering design and robotic systems for extreme environments. His research focuses on developing teleoperated and autonomous robotic solutions for inspection and manipulation in hazardous settings, particularly within large-scale scientific infrastructure. Di Giovannantonio’s major contributions include the application of V-model-based system engineering methodologies to optimize the design process of complex robotic systems, as demonstrated in his work on a new charging arm concept for the Large Hadron Collider’s robotic TIM (2023, 4 citations). He is also the lead developer of CRANEBot (2024, 2 citations), a teleoperated crane-suspended robotic system designed for inspection and manipulation in harsh environments, showcasing his ability to translate theoretical frameworks into practical, high-impact tools. His work bridges the gap between rigorous engineering design principles and real-world deployment, offering scalable solutions for maintenance and safety in inaccessible or dangerous areas. Di Giovannantonio’s research is particularly notable for its direct application to CERN’s LHC operations, where his designs enhance operational efficiency and reduce human risk. His growing citation record reflects the emerging importance of system engineering in robotics, positioning him as a rising figure in the field of extreme-environment robotics.