Samuel Wild

Papers

Total Citations

100

H-Index

About

Samuel Wild is a rising leader in continuum robotics, specializing in the design, modeling, and control of slender, flexible manipulators for high-impact applications. His work bridges the gap between industrial inspection and medical surgery, addressing the fundamental challenge of operating in highly constrained, tortuous environments. Wild’s most cited paper, “A Continuum Robot for Remote Applications” (2022, 73 citations), establishes a unified framework for deploying these robots in settings ranging from critical infrastructure maintenance to minimally invasive procedures. He further advanced the field with “Efficient and Scalable Inverse Kinematics for Continuum Robots” (2023, 22 citations), solving the hyper-redundancy problem to enable precise, real-time control of backbone shape—a crucial step for practical deployment. Most recently, in “Helical Routing: Decoupling Segments of Tendon-Driven Continuum Robots” (2024), Wild introduced a novel routing paradigm that eliminates actuation coupling between segments, dramatically simplifying control while preserving dexterity. His contributions are not only theoretical but also deeply practical, offering scalable solutions that push continuum robots closer to widespread adoption in surgery and remote inspection. With a clear trajectory of innovation and growing citation impact, Samuel Wild is shaping the future of flexible robotic systems.