Building on his background in mechanical precision and digital integration, his professional trajectory represents a bridge between traditional engineering and the future of medical technology.
He holds a Master’s Degree in Mechanical Production Engineering. His early research focused on Computer-Aided Surgery (CAS), specifically the dimensional and mechanical analysis of surgical cutting guides-work that ensured the theoretical precision of digital models could be reliably translated into the physical constraints of an operating theater.
In 2025, he reached a pivotal milestone by earning his PhD in Management, Production, and Design. His doctoral thesis, Augmented Surgery Solutions, served as a comprehensive exploration of how digital overlays and real-time data can enhance surgical accuracy and decision-making.
Currently, he is expanding this research horizon to the architectural and technological infrastructure of healthcare. By deepening his study of smart operating room design, he is working to create cohesive environments where augmented reality, data ergonomics, and mechanical precision converge.