Sean Suri
Papers
1
Total Citations
10
H-Index
1
About
Sean Suri’s research sits at the intersection of rehabilitation robotics and accessible medical technology, with a focus on developing affordable solutions for gait and balance recovery. His most cited work, the “vi-RABT: Virtually Interfaced Robotic Ankle and Balance Trainer” (2014), addresses a critical gap in post-stroke and ankle-injury rehabilitation. Recognizing that over 1.4 million Americans annually suffer from ankle sprains or strokes—and that stroke survivors are projected to rise sharply by 2030—Suri designed a cost-effective robotic trainer that integrates virtual reality interfaces to enhance engagement and motor learning. This innovation targets the absence of affordable, market-ready devices for balance retraining, offering a scalable alternative to expensive clinical systems. With 10 citations, the paper has influenced subsequent work in low-cost rehabilitation robotics, particularly in leveraging virtual feedback for neuroplasticity. Suri’s contributions highlight a pragmatic approach to engineering: translating clinical needs into accessible hardware-software systems. His work underscores a commitment to democratizing rehabilitation technology, making it viable for home or community settings. For students and researchers, Suri exemplifies how targeted engineering can address pressing public health challenges, bridging the gap between high-cost research prototypes and real-world clinical impact.
Research Focus
Key Achievements
Top Papers
- 1vi-RABT: Virtually Interfaced Robotic Ankle and Balance Trainer10 citations · 2014