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About

Sulaiman O. Fadlallah is a robotics and control systems researcher whose work bridges assistive technology, autonomous machines, and intelligent control algorithms. His scholarship spans two interconnected domains: the social and practical dimensions of robotic applications for aging populations, and the engineering of sophisticated control systems for novel robotic platforms. Fadlallah's most influential contribution, "Assessment of Personal Care and Medical Robots from Older Adults' Perspective" (2017, 49 citations), addresses the growing global demand for healthcare automation by systematically evaluating how elderly users perceive and interact with assistive robotic systems — a critically human-centered approach in a technically driven field. Complementing this, his work on two-wheeled robotic machines with multi-directional handling mechanisms demonstrates considerable depth in mechanical design and control engineering, employing advanced optimization techniques such as Bacterial Foraging Optimization (BFO) for PID controllers and fuzzy logic control (FLC) to maximize stability and workspace flexibility in constrained industrial environments — work that has collectively attracted over 55 citations across multiple publications. His broader interests, including agricultural robotics through his review of weed detection systems, reveal a researcher committed to applying autonomous systems across diverse real-world challenges, making his work valuable to students exploring robotics, rehabilitation engineering, and intelligent control design.