Aishwerya Johari

Papers

Total Citations

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About

Aishwerya Johari is a researcher focused on the intersection of biomedical engineering and rehabilitation technology, with a particular emphasis on assistive devices for musculoskeletal recovery. Her work centers on the design and optimization of knee rehabilitation mechanisms, addressing critical challenges in restoring mobility and function for patients with knee injuries or post-surgical conditions. Her most-cited paper, "A review of design mechanisms used for knee rehabilitation devices" (2022), provides a comprehensive synthesis of mechanical and control strategies employed in modern rehabilitation exoskeletons and orthoses. This review systematically evaluates actuation methods, ergonomic considerations, and patient-specific adaptability, offering a foundational resource for engineers and clinicians developing next-generation therapeutic tools. While her citation count is still emerging—reflecting the early stage of her career—her contribution lies in clarifying the design trade-offs that shape effective, user-friendly rehabilitation devices. Johari’s work is particularly valuable for students and researchers entering the field of rehabilitation robotics, as it bridges theoretical design principles with practical clinical needs. Her ongoing research promises to advance personalized, cost-effective solutions for improving patient outcomes in physical therapy and long-term mobility recovery.