Korawish Thanasit

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About

Korawish Thanasit is a researcher in rehabilitation robotics, focusing on the design and characterization of exoskeleton systems for upper limb therapy. Their key research areas include mechanical design, system characterization, and assistive robotics for shoulder rehabilitation. Thanasit’s most notable contribution is the development of an upper limb exoskeleton that supports shoulder flexion exercises, enabling patients to perform repetitive rehabilitation tasks independently with reduced therapist supervision. This work addresses a critical need in shoulder rehabilitation, where time-intensive exercises often require consistent monitoring. The paper, published in 2024, has already garnered 5 citations, signaling early impact in the field. By designing a system that balances mechanical support with user autonomy, Thanasit is advancing practical, patient-centered solutions for motor recovery. Their research holds promise for improving rehabilitation outcomes and accessibility, particularly for patients needing long-term therapy. With a focus on translating engineering principles into clinical tools, Thanasit is contributing to the growing intersection of robotics and healthcare.