Mohamed Elshaikh

Papers

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About

Mohamed Elshaikh is a researcher specializing in intelligent robotic systems and hazardous environment monitoring, with a focus on sensor integration and automation. His work bridges mechanical design and real-time sensing, notably through the development of a vision-based sensor for a smart gripper in industrial applications—a contribution that has garnered 7 citations for advancing robotic manipulation in assembly, packaging, and micro-assembly tasks. This research underscores his expertise in enhancing gripper autonomy and precision for diverse industrial settings. Additionally, Elshaikh has pioneered a Web-based Mobile Olfaction System for confined space hazardous gas monitoring, earning 3 citations for addressing critical safety challenges in worker environments prone to gas leakage. His work integrates mobile sensing with web connectivity, enabling real-time hazard detection during installation, cleaning, and maintenance tasks. By combining vision and olfaction technologies, Elshaikh contributes to safer, more efficient automation systems. His achievements reflect a commitment to practical, high-impact solutions in robotics and environmental safety, making his research valuable for students and engineers exploring smart sensors, industrial automation, and occupational hazard mitigation.