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About

Rammah Ibrahim is a rising researcher at the forefront of surgical robotics and medical instrumentation, with a focused expertise in flexible endoscopic systems and precision puncture technologies. His work centers on developing advanced force-sensing and control mechanisms to enhance the safety and accuracy of minimally invasive procedures. Ibrahim’s most impactful contribution is the design of a miniature triaxial force sensor based on fiber Bragg gratings for flexible endoscopic robots, a 2024 paper that has already garnered 24 citations, underscoring its significance in real-time haptic feedback for robotic surgery. He has also authored a comprehensive review on the development and prospects of flexible puncture needles, highlighting innovations that allow needles to navigate around obstacles in human tissue, thereby reducing surgical risk. Additionally, Ibrahim has advanced control theory with his work on improved sliding mode active disturbance rejection control for robotic arms in puncture robots, achieving 2 citations for its potential to boost surgical precision. His research, though early in its trajectory, demonstrates a clear commitment to bridging sensor technology and control systems, promising substantial impact on the future of autonomous and assisted surgical interventions.