M.G. Faulkner

Papers

Total Citations

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About

M.G. Faulkner is a pioneering researcher in biomedical engineering, specializing in intelligent prosthetic systems and ocular rehabilitation. Their work focuses on developing robotic eye prostheses that restore natural, synchronized movement for patients with ocular implants, significantly improving quality of life. Faulkner’s major contributions include the creation of sensor-driven control systems that detect natural eye movement using processed electrooculography (EOG) signals and external infrared sensor arrays, enabling artificial eyes to mimic real-time motion. Their most cited paper, “A study of natural eye movement detection and ocular implant movement control using processed EOG signals” (2002, 35 citations), introduces a complete system with biomedical electrodes and microcontrollers for rehabilitation. Another influential work, “Development of a shape memory alloy actuator for a robotic eye prosthesis” (2005, 30 citations), advances actuation methods to achieve vertical and horizontal eye motion, addressing unmet clinical needs. Faulkner’s research bridges robotics and medicine, with over 70 total citations, demonstrating lasting impact. Their innovative prototypes, including models with eyeglass-mounted sensors, set a foundation for intelligent, responsive prosthetics, making Faulkner a key figure in assistive technology for ocular patients.