Nader A. Rahman Mohamed

United Arab Emirates University, Misr University for Science and Technology

Papers

Total Citations

268

H-Index

About

Nader A. Rahman Mohamed is a pioneering researcher at the intersection of robotics, wireless sensor networks, and biomedical engineering. His seminal work, "Middleware for Robotics: A Survey" (2008), with 138 citations, established foundational frameworks for integrating diverse robotic systems, addressing the critical challenge of real-world application development. Mohamed further demonstrated his versatility in "A framework for pipeline infrastructure monitoring using wireless sensor networks" (2007), which garnered 127 citations by advancing the use of inexpensive, high-capability sensors for critical infrastructure surveillance. More recently, his innovative "Low-cost Electromechanical Bionic Model for Foot Drop Gait Disability" (2020) tackles global disability challenges, affecting over a billion people, by developing an affordable solution for gait abnormalities. This work showcases his commitment to translating complex engineering principles into accessible assistive technologies. Mohamed’s contributions span from middleware architectures that enable seamless robotic communication to sensor networks that enhance infrastructure safety, and now to biomedical devices that improve quality of life. His research trajectory reflects a deep engagement with both theoretical foundations and practical, impactful applications, making him a notable figure in advancing technology for societal benefit.