The Hong Kong Polytechnic University | China
Dr. Shuai Qu, a dedicated researcher at the Photonics Research Institute, Department of Electrical and Electronic Engineering, The Hong Kong Polytechnic University, is actively advancing the field of optical fiber sensing. Born on March 3, 1996, he has established a strong academic and research profile at a relatively young age. His research interests span Rayleigh scattering, compressive sensing, distributed vibration sensing (DVS), distributed acoustic sensing (DAS), and optical frequency domain reflectometry (OFDR). These interdisciplinary areas are at the forefront of modern photonics and sensing technologies, bridging fundamental science with impactful real-world applications. Dr. Qu has already published an impressive 36 research papers in leading international journals and conferences. His works have collectively garnered 429 citations, reflecting both the quality and influence of his research contributions. With an h-index of 12, he has demonstrated consistent scholarly impact across multiple domains of optical sensing. Notably, his publications cover both theoretical advancements and experimental validations, ensuring his findings are of practical significance. His 2019 paper on phase-sensitive OTDR using compressive sensing, and his 2021 contribution on improving strain measurement range in OFDR systems, showcase his ability to enhance system performance with novel approaches. In 2022, his works in IEEE Internet of Things Journal and Sensors and Actuators B further highlighted his interdisciplinary outlook, extending optical fiber sensing applications to IoT infrastructures and environmental monitoring. Dr. Qu’s collaborations with peers in optics, materials, and electronics highlight his versatility as a researcher. His growing portfolio demonstrates not only academic excellence but also clear societal relevance in fields such as infrastructure safety, industrial monitoring, and environmental sustainability. At the age of just 29, his achievements signify remarkable potential for continued innovation. His research trajectory reflects dedication, creativity, and a commitment to solving complex sensing challenges. The recognition he has already received through citations is an early indicator of long-term scientific influence. Positioned at the intersection of photonics and smart sensing, Dr. Qu continues to contribute to the next generation of optical fiber technologies. His academic record and impact metrics make him a promising leader in the global photonics research community.
Featured Publications
“Study on vibration signals identification method for pipeline leakage detection based on deep learning technology”
“Machine Learning Enhanced Single Crystal Fiber Fabrication via Laser Heated Pedestal Growth”.
“High Spatial Resolution and Wide Strain Measurement of Optical Frequency Domain Reflectometry Based on Correlation Spectrum Self-Compensation Method”.