Masoumeh Soleimani

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About

Masoumeh Soleimani is a rising force in the intersection of bio-inspired sensing and rehabilitation robotics. Her research centers on two transformative areas: the development of electronic olfactory systems (E-Noses) and the application of electromyography (EMG) for human-robot interaction. In her highly-cited 2023 comprehensive review, Soleimani systematically mapped the evolution of E-Nose design—from statistical analysis to robotic integration—demonstrating how artificial olfaction is transitioning from a biological curiosity to a practical tool for environmental monitoring and medical diagnostics. This work, with 39 citations, has become a key reference for researchers seeking to bridge sensor technology and autonomous systems. More recently, her 2024 review on EMG in rehabilitation has garnered attention for its novel approach to detecting interrupted wrist and hand movements through a robotic arm interface. By decoding the electrical signatures of muscle activity, Soleimani is pioneering methods that could restore dexterity to patients with motor impairments. Her work uniquely combines rigorous signal processing with practical clinical applications, positioning her at the forefront of assistive robotics. As her citation trajectory suggests, Soleimani’s contributions are shaping how machines perceive the world—both through chemical and electrical signals—with profound implications for healthcare and autonomous systems.