Mohammad Ali Ahmadi‐Pajouh

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About

Mohammad Ali Ahmadi‐Pajouh is a researcher at the forefront of soft robotics and rehabilitation engineering, specializing in the design and modeling of compliant, safe, and effective assistive devices for human motor recovery. His work centers on developing soft robotic gloves and continuous passive motion equipment for hand rehabilitation, particularly for stroke patients. Ahmadi‐Pajouh has made significant contributions to the experimental modeling of soft actuators, including the design of sensing systems for finger rehabilitation devices (20 citations). He has also advanced the static modeling of soft reinforced bending actuators under external force constraints (19 citations), addressing the complex, hyperelastic behavior of rubber-based actuators. His research integrates principles of hyperelasticity, nonlinear mechanics, and human-robot interaction to create wearable, polymer-based, tendon-driven systems that provide safe, comfortable, and passive motion therapy. With a focus on translating theoretical models into functional prototypes, Ahmadi‐Pajouh’s work is instrumental in bridging the gap between soft robotics and clinical rehabilitation, offering innovative solutions for restoring hand function in patients with neurological impairments.