Zainab Fardan

Papers

Total Citations

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About

Zainab Fardan is a researcher specializing in robotics, remote monitoring systems, and embedded control technologies, with a particular focus on safety and detection applications. Her most cited work, "ROBODEM Remote Monitoring System Using Web/Mobile Applications" (2015, 6 citations), introduces an innovative system that integrates LEGO Mindstorms NXT robotics with web and mobile platforms to detect explosive gases remotely. This contribution demonstrates her ability to combine accessible hardware with practical software solutions for hazardous environment monitoring. Building on this foundation, her paper "GPRS-Based Robotic Tracking System with Real Time Video Streaming" (2016, 3 citations) extends the concept by incorporating GPRS communication and live video capabilities, enabling real-time situational awareness for operators. Fardan’s work is notable for its emphasis on low-cost, scalable robotic platforms that can be deployed in dangerous settings, reducing human risk. Her research bridges the gap between educational robotics and real-world safety applications, offering a template for future developments in teleoperated detection systems. While her citation counts are modest, her contributions are significant in the niche of affordable, remotely controlled gas detection, highlighting her role in advancing accessible robotic solutions for critical infrastructure protection.