Ms Shu Zhaojun, born in March 1962, works as an associate professor and graduate advisor.
Areas of Research:
1. Study of intelligent grid monitoring, control, distributed power generation, and connection;
2. Study and application of the testing technology and automation equipment, instrument, controlling appliances and PLC.
Profile
During 1983 -- 1994, Professor Shu worked at Chengdu Research Institute for Machine Tool Appliances as electrical engineer mainly involving technological development, industrial computers management, information of science and technology, planning, criteria, PLC and computer application; independent chair over or participation in several ministerial level research projects, of which “study of products revitalizing targets of machinery industry (2000)”, a project of the Ministry of Machine Building and Electronics, awarded the 2nd technological advancement prize at the national level and the 1st advancement prize at the ministerial level. From 1995 to present, she has been teaching and researching at CEEIT as an associate professor and graduate advisor, during which she has assumed independently and participated in some 30 scientific research projects, and 7 teaching reform tasks. She has also published 39 papers and 6 books with one book being written. She acts as the executive director with Chengdu City Automation Association with a membership of the Electrical Engineering Society.
Teaching levels and courses/supervision
Undergraduate students: Essentials of Electrical Engineering Technology, Essentials of Electronic Technology, and Essentials of Analog Electronic Technology;
Postgraduate students: PLC Application’
Supervision: experiment, graduation designing, and postgraduate supervision.
Major scientific projects chaired over and participated in:
1. Study and development of salinity monitoring and control equipment; a crossing research project; as the project manager;
2. Research and manufacturing of salinity monitoring and control equipment; a crossing research project; as the project manager;
3. Research and development of distributed power protection, monitoring and control equipment; a crossing research project; as the project manager;
4. Study of the infrared thermal-imaging diagnostic technique for the heating problem of the enclosed high voltage switches; a crossing research projects; as the project manager;
5. Research and manufacturing of high precision resistance setting devices; a crossing research project; as the project manager;
6. Participation in 14 projects of hydropower and transformer stations’ effects on assessment; crossing research projects; the first leading researcher;
7. The first leading researcher in charge of electrical appliances for the technological research project of the Ministry of Machine Building and Electronics, the machine tools and electrical appliances in “study of products revitalizing targets of machinery industry (2000)”; the project has been awarded the Scientific and Technological Advancement prizes -- a second prize at the national level and the first at the ministerial level;
8. The first leading researcher for the electrical part of the nine machine tools and electrical appliances specific ministerial level scientific research projects.
Iconic prizes
Two Scientific and Technological Advancement prizes -- a second prize at the national level and the first at the ministerial level
Major academic works:
1. PLC Principle and Application, UESTC Press (University of Electronic Science and Technology of China), as the primary compiler;
2. User’s Manual for Machine Tools and Electrical Appliances, China Machine Press, as the primary compiler;
3. The Study of Electrical Engineering (Volume 1), Higher Education Press, as a participating compiler;
4. Digital Audiovisual Technology, under compilation, as the primary compiler.
Major papers:
1. The effect of current protection on distributed power supply connection positioning and allowed capacity limit, Power Supply Technology;
2. Study of salinity measuring and control devices and temperature compensation algorithm, Sensors and Microsystem;
3. Comparative study of the creditability and risk theories for the electric power system’s vulnerability, Automation for Apparatuses and Instruments;
4. Study of the enclosed switch cabinet application in online monitoring devices, Lanzhou University of Technology Press;
5. The analysis of the bus electromagnetic field in the enclosed switch cabinet upon normal operation and start-up, Machinery and Electronics;
6. Analysis of enclosed high-pressure cabinet bus chamber electromagnetic field, Chemical Automation and Instrument;
7. Designing of the PROFIBUS-based central control system for pharmaceutical factories, Microcomputer Information;
7. RFID-based RF control system designing, Automation Information;
8. VXWORKS-based oil well data acquisition remote terminal designing, Modern Electronic Technology;
9. VC-based PLC data acquisition management system designing and implementation, Modern Electronic Technology;
10. The CC-LINK Bus based boiler water feed monitoring system implementation, Modern Electronic Technology;
11. The electromagnetic compatibility of the variable frequency speed control drive system, Machine Tools and Electrical Equipment;
12. Exploring generation, hazard and solution of the frequency converter harmonic waves, Machine Tools and Electrical Equipment;
13. Application of the GPIB laser automatic diameter measuring system and logic analyzer, China Measuring and Testing Technology;
14. The RS-485 based network and Kingview configuration for elevator remote monitoring system, Machine Tools and Electrical Equipment;
15. The PLC control system designing for double-shaft lathes, Machine Tools and Electrical Equipment;
16. The PLC control system designing for hydraulic multiple tool lathes, Machine Tools and Electrical Equipment;
17. Application of FP3 in biological product fermentation control system, Machine Tools and Electrical Equipment.
