Max Robotics — Global Service Robot Directory + US Certification

About

Marco Silvestri is a researcher whose work spans two distinct but mathematically rich domains: robotic motion planning and structural mechanics. He has made particularly significant contributions to the field of autonomous robotics, developing innovative trajectory planning frameworks for complex multi-arm systems. His most cited work, "Collision-free and smooth motion planning of dual-arm Cartesian robot based on B-spline representation" (2023, 27 citations), introduces a sophisticated approach to resolving self-collision challenges in dual-arm gantry systems while maintaining geometric smoothness — a critical requirement for precision industrial applications. This research is complemented by his 2022 framework for joint trajectory planning using time-parameterized B-splines (9 citations) and his 2025 extension to dual-gantry pick-and-place robotics (4 citations), establishing him as a consistent voice in B-spline-based motion generation. Equally notable is his structural engineering contribution, "Flexural tensegrity of segmental beams" (2020, 14 citations), which explores cable-tensioned segmental beam structures, demonstrating impressive interdisciplinary breadth. With over 50 cumulative citations and a growing publication record, Silvestri represents an emerging researcher bridging computational robotics and structural mechanics with rigorous mathematical precision.