Nassaree Benalie

National Electronics and Computer Technology Center

Papers

Total Citations

H-Index

About

Nassaree Benalie is a researcher in rehabilitation robotics, with a primary focus on assistive technologies for upper-limb recovery. Her key research areas include control systems for robotic rehabilitation, human-robot interaction, and the design of cost-effective therapeutic devices. Her most notable contribution is the introduction of the SEFRE (Shoulder-Elbow-Forearm Robotics Economic) Rehab System, a novel platform aimed at making rehabilitation accessible to a wide range of users—from patients with no muscle force to healthy individuals with muscle deficiencies. In her seminal 2013 paper, "Control concept of SEFRE Rehab System" (5 citations), Benalie detailed the control architecture that enables adaptive assistance, allowing the system to accommodate varying levels of user impairment. This work is significant for its emphasis on inclusivity and affordability in rehabilitation technology, addressing a critical gap in the field. While her citation count is modest, her research represents an important step toward democratizing robotic therapy, particularly for underserved populations. Benalie’s work continues to inspire further development in low-cost, adaptive rehabilitation systems.