Kyle Chan

Papers

Total Citations

H-Index

About

Kyle Chan is a rising leader in the field of small-scale robotics and self-healing materials, with a particular focus on bio-inspired microswimmers. In his most-cited work, "Swimmers Heal on the Move Following Catastrophic Damage" (2021, 8 citations), Chan and his team pioneered the development of two-dimensional, self-healing swimmers that can autonomously propel themselves and recover their structure while in motion. By embedding magnetic Nd₂Fe₁₄B microparticles into specialized printed strips, they achieved rapid reorientation and reattachment of damaged components, enabling these tiny robots to “heal” even after catastrophic structural failure. This breakthrough addresses a critical limitation in microrobotics—fragility in large, uncontrolled environments—and opens new avenues for applications in targeted drug delivery, environmental remediation, and microsurgery. Chan’s work stands out for its elegant integration of materials science and fluid dynamics, and his innovative approach to “on-the-fly” recovery has already inspired further research into resilient, autonomous microsystems. As a young investigator, his contributions signal a promising trajectory in the design of durable, adaptive small-scale robots.