Papers
12
Total Citations
385
H-Index
12
About
Roberto Teti is a prominent researcher whose work sits at the intersection of advanced manufacturing, robotics, and intelligent sensing systems. His scholarship spans three primary domains: digital factory technologies, robot-assisted polishing, and automated inspection systems, with each area reflecting a sustained commitment to enhancing industrial efficiency and precision through smart automation. Teti's most widely recognized contribution — a roadmap for automated power line inspection (99 citations) — addressed critical safety and cost challenges in infrastructure maintenance by proposing drone and robotic alternatives to expensive, hazardous helicopter-based surveys. This work exemplifies his broader drive to translate engineering innovation into real-world industrial impact. His extensive research on robot-assisted polishing represents another cornerstone of his career; through acoustic emission signals, force analysis, and machine learning, he developed sophisticated sensor monitoring frameworks capable of accurately estimating surface roughness and detecting process end-points — work collectively garnering over 140 citations. Equally significant is Teti's contribution to digital manufacturing methodologies. By applying Digital Factory simulation tools across aerospace and railway sectors, he enabled more flexible, efficient production cell design before physical implementation. With a body of work spanning over a decade and cited internationally, Teti's research continues to influence the advancement of Industry 4.0-ready manufacturing environments.
Research Focus
Key Achievements
Top Papers
- 1A Roadmap for Automated Power Line Inspection. Maintenance and Repair99 citations · 2013
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- 9Digital Manufacturing Cell Design for Performance Increase18 citations · 2012
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