Christopher Jarrett
Papers
5
Total Citations
106
H-Index
3
About
Christopher Jarrett is a leading researcher in the field of rehabilitation robotics, with a focus on designing safe, compliant, and intuitive physical human-robot interaction (HRI). His work centers on the development of soft, cable-driven exoskeletons and elastomer-based series elastic actuators (eSEAs), which prioritize user comfort and intrinsic safety over traditional rigid robotic systems. Jarrett’s major contributions include pioneering a novel soft exoskeleton joint that models torque-displacement characteristics for intrinsic HRI (65 citations), and demonstrating the feasibility of an eSEA as a haptic interaction sensor for torque sensing in exoskeletons (27 citations). He has also advanced the field by developing model inversion procedures for nonlinear series elastic actuators, enabling precise model-based control of compliant systems. In a notable pilot study, Jarrett introduced a technique for “virtual normalization” of physical impairment, allowing researchers to isolate motor learning deficits from confounding physical limitations. His work bridges mechanical design, control theory, and rehabilitation science, offering practical pathways to more adaptive, human-centered robotic therapies.
Research Focus
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Top Papers
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