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About

Lawrence Smith is a pioneering researcher at the intersection of soft robotics, advanced manufacturing, and computational design. His work focuses on developing innovative actuator systems, simulation tools, and fabrication workflows that push the boundaries of what soft robotic systems can achieve. Smith's most celebrated contribution, "A Fabrication Free, 3D Printed, Multi-Material, Self-Sensing Soft Actuator" (2020), has garnered 71 citations and introduced a groundbreaking print-in-place strain sensor integrated directly into soft actuators, eliminating traditional fabrication barriers. His subsequent work expanded into automated design synthesis, with tools like SoRoForge enabling end-to-end pneumatic actuator design through implicit geometry functions and interactive software environments. Smith has also advanced simulation efficiency through shell finite element methods and contributed rigorous constitutive modeling frameworks for 3D-printable soft materials, addressing a critical gap in material characterization. More recently, his exploration of femtosecond laser-fabricated Nitinol living hinges demonstrates a broadening vision toward millimeter-scale microrobotics. Collectively, Smith's research portfolio reflects a commitment to making soft robotic design more accessible, computationally tractable, and materials-informed — establishing him as a significant voice in the field's ongoing evolution.