Amanda H. Shultz

Papers

Total Citations

395

H-Index

About

Amanda H. Shultz is a leading researcher in the field of biomechatronics, with a primary focus on the design, control, and clinical implementation of robotic leg prostheses for individuals with lower-limb amputations. Her work directly addresses the challenge of restoring natural, adaptive locomotion through advanced engineering. Shultz’s major contributions include the development of powered knee and ankle prostheses that utilize sophisticated hybrid control systems to coordinate movement during level walking, as detailed in her highly cited 2014 paper (276 citations). She has also been instrumental in articulating the broader potential of this technology, as seen in her 2013 work (119 citations), which frames robotic prostheses as software-controllable systems capable of emulating the full biomechanical functionality of a healthy limb—analogous to the role of the central nervous system. Through her research, Shultz has demonstrated that these devices can move beyond passive components to actively restore mobility, significantly impacting the fields of rehabilitation engineering and assistive robotics. Her work is foundational for students and researchers aiming to bridge the gap between robotic design and real-world clinical benefit.