Omar Tanane

Papers

Total Citations

H-Index

About

Omar Tanane is a researcher whose work centers on embedded systems, sensor integration, and robotics for safety-critical applications. His most cited paper, "Design of Ultrasonic Sensor and Ultraviolet Sensor Implemented on a Fire Fighter Robot Using AT89S52" (2020, 38 citations), exemplifies his focus on developing practical, low-cost robotic solutions for hazardous environments. In this influential study, Tanane designed a firefighting robot that combines ultrasonic and ultraviolet sensors to detect obstacles and flames, enabling autonomous navigation and fire suppression. This work addresses a pressing real-world need: reducing human risk in firefighting operations. Beyond this flagship contribution, Tanane's research portfolio spans sensor technology, microcontroller-based systems, and automation, with his publications collectively demonstrating a commitment to engineering solutions that enhance safety and efficiency. His work has been cited by peers developing similar robotic platforms and sensor fusion techniques, marking him as a contributor to the growing field of assistive robotics. Tanane's approach—merging theoretical design with tangible prototyping—makes his research particularly valuable for students and engineers seeking to understand how embedded systems can be deployed in life-saving contexts.