Mary Goodwin-Trotman

Papers

Total Citations

577

H-Index

About

Mary Goodwin-Trotman is a pioneering figure in the field of soft robotics and pneumatic actuation, whose work has fundamentally shaped how researchers approach compliant, safe, and powerful robotic systems. Her primary research areas center on the control, characterization, and application of braided pneumatic muscle actuators (PMAs). Goodwin-Trotman’s major contribution lies in systematically addressing the long-standing control and compliance problems that had prevented pneumatic systems from achieving widespread use in advanced robotics. Her seminal 1995 paper, "Control of pneumatic muscle actuators," which has garnered 467 citations, is considered a foundational text in the field, demonstrating how the compactness, high power-to-weight ratio, and inherent simplicity of PMAs could be harnessed for sophisticated dextrous manipulators. She further advanced this work by developing adaptive control strategies for robotic joints, as evidenced by her 2002 study on a robotic elbow. Through her research, Goodwin-Trotman has been instrumental in proving that pneumatic muscles are not just viable but advantageous for creating inherently safe, compliant, and powerful robotic systems, paving the way for their modern use in rehabilitation robotics and human-robot interaction.