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About

Krithika Swaminathan is a leading figure in the intersection of rehabilitation robotics and human-machine interaction. Her research focuses on developing intelligent, wearable robotic systems—including exoskeletons and exosuits—to restore and enhance human mobility, particularly for individuals with neurological injuries like stroke and cerebral palsy. Swaminathan’s major contributions lie in personalizing robotic assistance using real-time muscle dynamics. Her groundbreaking 2021 study demonstrated that tailoring exosuit support to an individual’s muscle activity during versatile walking significantly outperforms generic bioinspired strategies, a finding that has garnered 144 citations. She also co-authored the highly influential 2022 review on the opportunities and challenges of locomotor exoskeletons (228 citations) and the 2023 overview of AI in medical robotics (180 citations), which charts the future of autonomous surgical and rehabilitative devices. Her earlier work on the MIT-Skywalker robot (60 citations) established a novel platform for gait neurorehabilitation. Most recently, her 2023 research on ankle-targeted exosuit resistance to improve propulsion in post-stroke patients (22 citations) showcases her commitment to translating lab innovations into targeted, high-impact clinical therapies.