Thomas E. Augenstein
Papers
5
Total Citations
27
H-Index
4
About
Thomas E. Augenstein is a rising leader in rehabilitation robotics, with a focus on designing wearable and robotic systems to restore mobility after neurological injury. His work centers on human-centered design, soft exosuits, and novel actuation strategies for post-stroke gait training. In his most cited paper, Augenstein presents a human-centered design of a soft exosuit for post-stroke gait rehabilitation (2024, 10 citations), addressing a critical need for effective, accessible rehabilitation technologies. He has also advanced the field through the development of an eddy current-based wearable gait training robot with a pancake-style planetary gearbox (2024, 5 citations), enabling functional resistance training for individuals with neurological disorders. His contributions extend to quantifying ankle joint mechanical properties during standing and walking (2023, 6 citations), providing essential reliability data for clinical assessment. Additionally, Augenstein has pioneered a virtual robotic platform for controlling six-degree-of-freedom assistive devices via body-machine interfaces (2024, 4 citations) and a semi-passive robot for teaching motor skills without a motor (2023, 2 citations). His work bridges engineering and clinical application, directly impacting rehabilitation outcomes for stroke survivors and individuals with orthopedic conditions.
Research Focus
Key Achievements
Top Papers
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