Prize winner: Key technologies and applications for high-speed high-capacity fiber optic sensing system

The first author: Zhu Lianqing. He currently is a professor and Ph.D. supervisor at School of Instrumentation Science and Opto-electromechanical Engineering. His research interests include integrated photonics technology and instrument, intellisense technology and system, infrared detection system and optical computing chips, bio-medical detection technology and instrument, etc. As a specialist in photo electronics, Beijing Scholar, being listed in National Hundred, Thousand, Ten Thousand Talents Project, and being honored as National Young and Middle-aged Experts with Outstanding Contributions, Prof. Zhu Lianqing is the head of MOE Key Laboratory of Photo Electronics Measurement and Testing Technology and Instruments and the head of Innovation and Talent Introduction Base for Advanced Optoelectronic Devices and Systems (a National 111 Project Base). He has in recent years chaired over 30 projects of National 863 Project, National Key Sci-tech R&D Project, National Key Scientific Instruments and Equipment R&D Project, National Natural Science Foundation, etc. In addition to over 160 papers and 4 monographs published and over 130 invention patents granted, he has also nurtured over 110 postgraduate and doctoral students. As the first author, he is the winner of a Second Prize in National Science and Technology Progress, a First Prize of MOE Technological Inventions Award, two Second Prizes of Beijing Science and Technology Progress Award, 1 First Prize of Technological Inventions Award by China Instrument and Control Society, 1 First Prize of Science and Technology Progress Award by Chinese Society for Measurement, and 1 First Prize and 1 Second Prize of Teaching Achievements in Beijing.

Informatization and intelligence of equipment technology requested new types of monitoring technologies and devices of high speed, high capacity, and high precision. This project has provided substantial support in this regard. It is development via self-reliance and has been commercialized.

Prize winner: Key technologies and applications for state assessment and intelligence maintenance of high-end numerical control machine tools

The first author: Wang Hongjun is currently a professor and Ph.D. supervisor of School of Information management. Her research interests include intelligent manufacturing and digital twin, fault diagnosis and intelligent operations and maintenance. As the Dean of Information Management School, Director of Beijing International Science and Technology Cooperation Base, executive member of Fault Diagnosis Committee of Chinese Society for Vibration Engineering, and member of Beijing Mechanical Engineering Society, she has chaired a number of key research projects on state level and published 18 textbooks and monographs and over 200 papers. Based on outstanding performances, she has been granted the honor of Preeminent Teacher of Beijing, Female Innovation Award for Manufacturing Process, pacesetter for high level academic innovation team of Beijing, pacesetter of high level teaching team of Beijing, and pacesetter for BISTU moral code of conduct.

High end numerical control machine tools were widely applied to the field of aeronautics and astronautics, rail transport, and energy. Technologies of state assessment and intelligence maintenance of high-end numerical control machine tools have long been in the hands of European and American countries. From industry perspective, the end to end data sensing, accurate assessment of running state, and intelligent maintenance is a huge challenge as well as urgent demand for related industries. Key technologies and applications for state assessment and intelligence maintenance of high-end numerical control machine tools could be applied to aeronautics, astronautics, industry for high end numerical control machine tools, building Beijing as an intelligent city, etc.

Aiming at implementing Xi Jinping Thought on Socialism with Chinese Characteristics for a New Era and the philosophies of the 20th National Congress of CPC, Beijing Municipal Government held fast to the principle of innovation-based development, viewed innovation as the first drive for development, and granted Beijing Science and Technological Progress Award to individuals and organizations who have made outstanding contributions to science and technology progress and social economic development of Beijing. The University would keep on researching with innovation awareness, strengthen fundamental research, and try to make breakthroughs on key technologies to make our contribution to municipal development.