Mazoon Salim Al Maamari

Waseda University, Sultan Qaboos University, Uninova

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About

Mazoon Salim Al Maamari is a robotics researcher whose work bridges critical humanitarian needs with cutting-edge autonomous systems. Her primary research areas include search and rescue robotics, assistive medical devices, and multi-robot fleet management. Al Maamari’s most impactful contribution is the development of a hybrid locomotion robot designed for earthquake search and rescue in partially collapsed buildings (7 citations), offering a safer alternative to human responders by enabling remote access to hazardous debris. She also pioneered a brain-controlled hand exoskeleton for patients with motor neuron diseases (6 citations), addressing the needs of individuals with Locked-in syndrome by restoring voluntary muscle control through neural interfaces. Her work on fleet management systems for autonomous mobile robots in secure shop-floor environments (4 citations) advances industrial logistics, enabling secure coordination of robots in dynamic, security-heterogeneous factories. Al Maamari’s research is notable for its direct societal impact—saving lives in disaster zones, empowering patients with severe motor impairments, and optimizing industrial automation. Her interdisciplinary approach, combining mechanical design, neural interfaces, and multi-agent systems, positions her as a rising leader in human-centered robotics.