Design and Development of Advanced Intelligent Microelectromechanical Sensor System

At present, the project team relies on the good scientific research environment of key provincial key universities, the National Bureau of Defense Science, Technology and Industry and Hebei Province's joint university - Hebei University of Science and Technology, School of Electrical Engineering Master's Degree in Electrical Machinery and Electrical Appliances, Detection Technology and Automation Devices, provincial key disciplines in detection technology and automation devices, AVIC general aviation Industrial Key Engineering Laboratory and Hebei Production Process Automation Engineering Technology Research Center, We have a complete electric drive experimental testing platform, high-performance digital oscilloscopes, and computer controlled experimental equipment, and have the ability to independently develop corresponding equipment. The team members are arranged neatly, with backgrounds covering electrical, control, measurement and control fields, all of which ensure the smooth completion of the research project. (1) The scale of the research team still needs to be expanded, and it is necessary to self cultivate and introduce high-level talents, actively learn from the experience and foundation of partners, strengthen the research strength and accumulation of the team in this discipline. (2) The influence of research results is not high enough, and the level of published papers needs to be continuously improved. In terms of independent intellectual property rights, it also needs to be continuously enhanced. (1) Further refine the research direction of the discipline, guided by the research on core application issues in the direction of new micro electromechanical sensors. Strengthen academic exchanges, encourage teachers to participate in international academic conferences and study abroad in related disciplines, or carry out collaborative research in the field of teaching and research with foreign research institutions. (2) Strengthen the curriculum construction of graduate students and hire as many domestic and foreign experts and scholars as possible to offer cutting-edge theoretical courses. Encourage graduate students to actively participate in important academic conferences in China. Further deepen the reform of talent cultivation mode and continuously improve the quality of graduate talent cultivation. (3) Based on the cooperation of the project, summarize the research results and publish more than 10 high-level papers in domestic and foreign academic journals, including 3 papers indexed by SCI and 3 papers indexed by EI. Participated in international academic conferences for achievement exchange and published more than 3 papers, achieving breakthroughs in sensor modeling, motor structure design, and control. Applied for more than 2 invention patents and trained 3 master's students on this basis. The School of Electrical Engineering of North University of Science and Technology currently has master's degree authorization for the first level discipline of control science and engineering and the second level discipline of motor and electrical appliances, and two master's degree awarding fields of control engineering and electrical engineering. Detection technology and automation devices are national defense characteristic disciplines. Our research team has published over 120 papers (including 30 SCI papers and 40 EI papers), published 3 monographs, obtained 7 invention patents, and trained 23 master's students. At the same time, relying on projects from the National Natural Science Foundation of China, the Provincial Natural Science Foundation of China, and the Provincial Department of Education, we have gradually achieved a transformation from academic research exploration to practical application orientation, and achieved certain results in industrial transformation. 12 projects were carried out, with a total budget of over 2.3 million yuan introduced. And the research on these topics