Hiroyuki Suzuki

Papers

Total Citations

233

H-Index

About

Hiroyuki Suzuki is a leading researcher at the intersection of microsurgery and origami-inspired robotics, with a focus on developing miniature, teleoperated systems for high-precision medical interventions. His most impactful contribution is the "Origami-inspired miniature manipulator for teleoperated microsurgery" (2020), which has garnered 208 citations for its novel approach to creating compact, dexterous tools that can navigate confined surgical spaces. Suzuki’s work addresses critical challenges in bilateral micro-operation systems, particularly through the development of force-sensing forceps using Fiber Bragg Grating (FBG) sensors. His 2018 study on this topic, with 25 citations, demonstrates how precise force sensing can reduce intervening impedance and overcome noise from machine vibrations during robot motion—a key barrier to improving force control gain. By integrating origami principles with advanced sensing, Suzuki has advanced the safety and efficacy of teleoperated microsurgery, enabling more intuitive and responsive surgical tools. His research is widely recognized for bridging mechanical design and biomedical engineering, offering practical solutions for minimally invasive procedures.