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About

Rodolfo Finocchi is a leading researcher at the intersection of robotics and medical imaging, with a primary focus on co-robotic ultrasound systems and interventional automation. His most impactful work, "Force-assisted ultrasound imaging system through dual force sensing and admittance robot control" (70 citations), addresses a critical occupational health crisis: 63-91% of ultrasonographers develop musculoskeletal disorders from the physical demands of imaging. Finocchi’s solution introduces a cooperative force control approach that reduces operator strain while maintaining image quality, fundamentally rethinking human-robot collaboration in clinical settings. Beyond ergonomics, Finocchi pioneered synthetic tracked aperture ultrasound (STRATUS) imaging, a technique that extends effective probe aperture size through robotic motion to achieve higher resolution in deep tissue—a breakthrough validated in both 2D and 3D feasibility studies. His work on dynamic error compensation and virtual fixture control further enhances precision in robotic ultrasound acquisition. More recently, he has explored behavior-based robotic control for coronary guidewire crossing, demonstrating versatility in surgical robotics. With cumulative citations exceeding 100 and a clear trajectory from foundational force-assist systems to advanced aperture synthesis, Finocchi’s research directly improves clinician safety, diagnostic capability, and procedural autonomy—making him a key figure in the future of intelligent medical robotics.