Benjamin Robertson
Papers
5
Total Citations
63
H-Index
4
About
Benjamin Robertson is a biomechanics researcher whose work sits at the intersection of robotics, neuromechanics, and comparative locomotion. His primary research areas include the design and control of elastic exoskeletons, muscle-tendon dynamics during locomotion, and the comparative biomechanics of animal gait. Robertson’s most impactful contribution is his 2014 paper, “More is not always better,” which models how elastic exoskeleton compliance affects underlying ankle muscle-tendon dynamics—a foundational study for understanding how robotic assistance interacts with biological tissues (38 citations). He has also developed innovative experimental platforms, including a benchtop biorobotic system for in vitro observation of muscle-tendon dynamics under exoskeletal assistance (8 citations), and has explored how mice adapt their gait on a continuum between trot and bound in response to perturbations (9 citations). His early work on simulated human hopping with spring-loaded exoskeletons (5 citations) laid groundwork for rehabilitation robotics. Robertson’s use of 3D modeling techniques for running rodents further demonstrates his commitment to cross-species biomechanical analysis. His research is notable for challenging the assumption that more assistance is always beneficial, emphasizing the nuanced interplay between robotic devices and natural neuromuscular control.
Research Focus
Key Achievements
Top Papers
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- 53D modeling of running rodents based on direct linear transform3 citations · 2017