Shogo Tominaga

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About

Shogo Tominaga is a researcher in rehabilitation robotics, with a focus on developing assistive technologies for individuals with severe spinal cord injuries. His primary research areas include exoskeleton-based motion support systems and electromyogram (EMG)-controlled robotic interfaces for upper limb rehabilitation. Tominaga’s major contribution lies in advancing exoskeleton technology to aid patients with high-level cervical cord injuries, such as C4-level paralysis, where traditional assistive devices often fall short. His most-cited work, "Elbow joint motion support for C4 level cervical cord injury patient using an exoskeleton robot" (2015), demonstrates the feasibility of using EMG signals to control robotic support for elbow movement, enabling functional motion in patients with complete limb paralysis. This study extends prior work with C5-level patients, showcasing incremental progress in restoring independence for those with more severe impairments. With 6 citations, this paper has informed subsequent developments in neurorehabilitation and human-robot interaction. Tominaga’s research underscores the potential of adaptive, EMG-driven exoskeletons to improve quality of life for individuals with profound motor deficits, marking a meaningful step toward accessible, real-world assistive solutions.