Matthew R. Edwards

Nanyang Technological University, Carnegie Mellon University

Papers

Total Citations

274

H-Index

About

Matthew R. Edwards is a leading researcher in bio-inspired robotics and micro-scale locomotion, with a primary focus on magnetically driven soft robots and bio-hybrid systems. His most influential work, "Continuously distributed magnetization profile for millimeter-scale elastomeric undulatory swimming" (2014, 240 citations), introduced a novel approach to untethered swimming robots at mid to low Reynolds numbers. By embedding a continuously varying magnetization pattern into a flexible elastomeric sheet, Edwards enabled millimeter-scale robots to achieve smooth, undulatory motion—mimicking natural swimmers like eels or worms—without complex onboard actuators. This breakthrough has become a foundational reference in soft robotics and micro-swimmer design. Edwards also contributed to the emerging field of bio-hybrid micro-robotics through his characterization of *Serratia marcescens* bacteria for propulsion (2014, 34 citations), exploring how living organisms can be integrated with synthetic structures. His work bridges materials science, fluid dynamics, and robotics, offering scalable solutions for medical microrobots and environmental monitoring. Edwards’ research continues to inspire innovations in minimally invasive devices and autonomous micro-systems.