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About

Mohammed Faeik Ruzaij Al-Okby is a researcher specializing in IoT-based environmental monitoring, indoor air quality (IAQ) sensing, and safety systems for automated laboratory and industrial environments. His work sits at the intersection of sensor technology, robotics, and occupational safety, with a particular focus on developing intelligent gas detection systems that protect human workers in settings where hazardous chemicals and volatile compounds are routinely handled. Among his most significant contributions is the development of flexible IoT gas sensor nodes designed for integration with both stationary and mobile robots in life science laboratories, a paper that has garnered 33 citations since 2021. His research on TVOC and IAQ-index-based hazardous gas alarming systems has similarly resonated with the scientific community, earning 32 citations. His work on metal oxide (MOX) gas sensors for IoT applications further demonstrates his commitment to translating novel sensing technologies into practical safety solutions. More recently, Al-Okby has expanded his research into ultra-wideband (UWB) indoor positioning systems, enabling real-time tracking of robots, samples, and personnel during emergency scenarios. With a growing citation record exceeding 100 total citations, his research is making a meaningful impact on the future of automated laboratory safety and smart environmental monitoring.