Morgan French
Papers
2
Total Citations
10
H-Index
2
About
Morgan French is a pioneering researcher in the field of human-robot interaction, with a primary focus on developing safe, compliant actuation systems through magnetorheological (MR) technology. Her work addresses the critical challenge of ensuring safety as robots increasingly share physical spaces with humans. French’s major contribution is the design and validation of a novel backdrivable MR hydraulic piston, introduced in her most-cited paper (2015, 6 citations). This prototype features a groundbreaking toroidal array of valves within the piston head, enabling precise passive or active force control for robotic applications. Her complementary work on modelling and simulation of MR linear devices (2015, 4 citations) provides the theoretical foundation for these systems, demonstrating how mechanically compliant actuators can guarantee robust safety without sacrificing performance. Though her citation counts reflect the specialized nature of her early-career work, French’s innovations represent a significant step toward practical, inherently safe robots for collaborative environments. Her research bridges mechanical design and control theory, offering a tangible solution to one of robotics’ most pressing challenges: how to make powerful machines that can safely interact with people.
Research Focus
Key Achievements
Top Papers
- 1
- 2Modelling and simulation of a new magnetorheological linear device4 citations · 2015