Kyle W. Eastwood
Hospital for Sick Children, University of Toronto, Dalhousie University
Papers
7
Total Citations
179
H-Index
6
About
Kyle W. Eastwood is a leading researcher in the design and development of miniature surgical instruments and continuum robotics, with a focus on enabling safer, more dexterous procedures in confined anatomical spaces. His major contributions center on the kinetostatic design of compliant, notched-tube joints—a class of mechanisms that balance flexibility with structural stiffness for use in needle-sized surgical tools. His most cited work, “Design of a Contact-Aided Compliant Notched-Tube Joint for Surgical Manipulation in Confined Workspaces” (2017, 58 citations), introduces a novel joint architecture that overcomes the traditional trade-off between range of motion and stiffness, a critical advance for millimeter-scale instruments. Eastwood has also made significant strides in integrating these compliant mechanisms into the da Vinci Surgical System, as seen in his 2017 paper on custom continuum tools (34 citations), and has explored haptic feedback for robotic bone biopsy using magnetorheological fluid actuators. His work on a 2 mm diameter compliant instrument for the da Vinci platform (2018, 23 citations) further underscores his impact on ultra-miniaturization. With a portfolio spanning surgical robotics, continuum mechanics, and haptic device control, Eastwood’s research is foundational to the next generation of minimally invasive surgical tools.
Research Focus
Key Achievements
Top Papers
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- 2Kinetostatic design of asymmetric notch joints for surgical robots36 citations · 2016
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