Introduction toSchoolofElectricand Electronic Engineering
School of Electric and Electronic Engineering has two undergraduate specialties including Electrical Engineering and the Automatization which is a national key specialty and Electronic Information Engineering which is a provincial key specialty. The school hasDoctoral Degree Granting in Electrical Engineering covering six second-class disciplines, which are High Voltage and Insulation Technology (a national key discipline), Electrical Machinery and Appliance (a provincial key discipline), Power Electronics and Power Drives (a provincial key discipline), Electrician Theory and New Technology, Electric Power System and the Automatization, and Dielectric Medium Engineering. Besides, the school provides Master’s Degree program in Signal and Information Processing, and Engineering Master’s Degree in the discipline of Electric Engineering. The School is also authorized to cultivate and grant Master’s Degree for university teachers in Electrical Machinery and Appliance, Electric Power System and the Automatization, High Voltage and Insulation Technology, Power Electronics and Power Drives, and Electrician Theory and New Technology. Electrical Engineering has the center for post-doctoral studies. Furthermore, the school is equipped with the Dielectric Medium Engineering Laboratory which is a key laboratory of the Ministry of Education, the Automotive Electronics R&D Center which belongs to the automobile R&D center of the Ministry of Education, theElectrical Engineering and the Automatization Experiment and Research Center, as well as the Electrical Machine and the Control Laboratory which is a key research-based laboratory of provincial regular institutions of higher learning.
The School with a strong research potential comprises two high-tec development corporations, one automotive electronicsR&D center, and five research laboratories in cable technology and materials, electric insulation measurement techniques, special electric machines and the control, power electronics application, and electrician theory and new technologies. These research branches are mainly engaged in all kinds of cable materials, cable industrial process control, electric insulation ageing and bug mechanism, insulation measurement techniques, the basic theory of large electric machines, special electric machines, high voltage equipment and the diagnostic techniques of insulation, the recuperation and control system of special electric machines, and the research and development of computer application soft wares and automotive electronics.
The School with proficient teaching staff possesses 106 teachers, among whom thirty professors, twelve doctoral supervisors, forty master supervisors, one academician of Chinese Academy of Engineering, one scholar under theResearch Fund for the Program of New Century Excellent Talents, two provincial scholars of Heilongjiang, one national prominent teacher, and six scholarsentitled to government subsidies of the State Council. Over 55% of the teachers have already received the Doctor’s Degree, and 85% the Master’s Degree, thus forming the teaching staff of doctors and excellent young teachers as the backbone. Currently, there are tens ofprojects of national, provincial and bureau level which are in the research.More than 300 papers are published every year, among which around 80 have been included by SCI, EI and ISTP. According to incomplete statistics, the school has cultivated and educated more than ten thousand graduates with professional skills, hundreds of achievements in teaching and scientific research are awarded, and tens of academic works are published. School ofElectric and Electronic Engineering has made significant contributions to the electric science and technology and the educational enterprises ofChina.
Introduction toElectrical Machinery & Appliance andthe Control
Electrical Machinery & Appliance andthe Control has the R&D Center of LargeElectrical Machinery & Applianceand Heat Transmission Engineering co-founded by HUST and Harbin Electrical Machinery Plant LLC., which is a key laboratory of provincial regular institutions of higher learning. Besides, the specialty has bothDoctoral Degree Granting and Master’s Degree Granting.
Principal courses
Circuit, Electromagnetic Field, Electromechanics, Power Electronics, Principles of Automatic Control, Electric Measurement Techniques, Modern Electrical Control Techniques, Power Engineering Basics, Fundamentals of Computer Technology, Fundamentals of Mono-Chip Computers and the Application, Electric Machine Design, Electric Machine Control, Modern Electric Machine Manufacturing Technology, Motor Measuring Technology, Motor Control Technology, Motor Motion Control, Alternating Current Speed Governing, New Technology of Large Electric Machines, New Energy Generation, Internet Applications of Electrical Engineering, etc.
Employment orientation
Graduates of this specialty are expected to engage in the design, development, production, marketing and management of electric machinery and appliance in the industry of electromechanical equipment manufacturing, and the operation, control, maintenance and management of electrical machinery and appliance in industries of electric power, chemical engineering, machinery, and transportation. The other alternative is to be high-level researchers and university teachers.
Introduction to Electrical Power System and the Automation
Electrical Power System and the Automation mainly focuses on the cultivation of engineering talents in electrical engineering, electric power operation, electric technology, electric power system and the automation, etc. The specialty has bothDoctoral Degree Granting and Master’s Degree Granting.
Principal courses
Circuit, Electromechanics, Computer Principles and Application, Computing Basics, Fundamentals of Power Electronics, Principle of Automatic Control, Electric Measurement Techniques, Steady-state Analysis of Power System, Transient Analysis of Power System, Relay Protection of Power System, Electrical Design of the Power Station, High Voltage Technology, Power System Automation Equipment.
Employment orientation
Graduates of this specialty are expected to engage in engineering design, technological development, application study, operation and management of power system and electric technology in related enterprises and other institutions. The other alternative is to be high-level researchers and university teachers.
Introduction to Power Electronics and Power Drives
Power Electronics and Power Drives, a provincial key discipline, has the Engineering Research Center of Drive Control and System Integration of Automotive Electronics. The specialty has bothDoctoral Degree Granting and Master’s Degree Granting.
Principal courses
Circuit, Analog Electronics Techniques, Digital Electronic Techniques, Power Electronics, Electromechanics, Principle of Automatic Control, Fundamentals of Power Engineering, Electric Measurement Techniques, Fundamentals of Mono-Chip Computers and application, Modern Power Supply Technology, Alternating Current Speed Governing, Programmable Logic Controller, Electronic Circuit CAD, New Energy Technology and application, etc.
Employment orientation
Graduates of this specialty are expected to engage in the research, design, development, operation and management of power electronics and power drives in industries of electric power, electronics, communication, aerospace, household appliance and new energy. The other alternative is to be high-level researchers and university teachers.
Introduction to High Voltage Technology
High Voltage Technology is one of the two specialties subordinated to the Doctoral Degree Granting disciplines of High Voltage and Insulation Technology and Dielectric Medium Engineering, which are both national key disciplines.
Principal courses
Circuit, Electromagnetic Field, Electromechanics, Power Electronics, Electric Measurement Techniques, Fundamentals of Power Engineering, Dielectric Physics, Electric Insulation Measuring Technology, High Voltage Testing Technology, Structural Design Principles of Electric Insulation and CAD, High Voltage Electrical Appliances and Electric Power System OVP, etc.
Employment orientation
Graduates of this specialty are expected to engage in the design, development, production, management, operation and maintenance of high voltage equipment in power equipment manufacturing industry. The other alternative is to be high-level researchers and university teachers.
Introduction to Electric Insulation and Cable
Electric Insulation and Cable, one of the specialties with the longest history, is a dominant and characteristic specialty in Electrical Engineering and the Automatization, which is a national first-class featured discipline. HUST is the only university with this major field inChina, and therefore enjoys a high reputation in electric insulation and cable manufacturing industry. This specialty isone of the two specialties subordinated to the Doctoral Degree Granting disciplines of High Voltage and Insulation Technology and Dielectric Medium Engineering, which are both national key disciplines. It has the key laboratory of Engineering Dielectrics and the Application which is jointly constructed byHeilongjiangprovince and the Ministry of Education, and the provincial key laboratory of Dielectric Engineering.
Principal courses
Circuit, Electromagnetic Field, Electromechanics, Power Electronics, Fundamentals of Mono-Chip Computers, Electric Measurement Techniques, Fundamentals of Power Engineering, Dielectric Physics, Electric Insulation Measuring Technology, Structural Design Principles of Electric Insulation and CAD, Principles of Photoelectricity Transfer, Fiber-optical communication, Principles of Polymer, Principles of Cable Materials and Cable Craft, etc.
Employment orientation
Graduates of this specialty are expected to engage in the design, development, production and management of products in electric equipment insulation and cable manufacturing industry. They can also engage in operation, maintenance and management work in the power system and communication system. Another choice is to be high-level researchers and university teachers.
Introduction to Electrical Technology
Electrical Technology is a provincial key specialty with the first-class Doctoral Degree Granting in Electrical Engineering. The field of Electrical Engineering has the center for post-doctoral studies, and it provides master’s degree programs for engineering students in the Insulation Technology of High Voltage, Electrical Machines and Electrics, Power Electronics and Power Information Processing.
Principal courses
Circuit, Electronic Techniques, Computer Principles and Applications, Computing Basics, Fundamentals of Power Electronics, Fundamentals of Automatic Control, Signals and Systems, Digital Signal Processing, Sensor Technology, Control Techniques and the Systems, Error Analysis and Data Processing, Intelligent Instrument Design, Measurement and Control Circuit, etc. This specialty also provides selective courses like Technology and Principles of Electromagnetic Compatibility, Principles and Development of Embedded System, Industrial Control Bus, Process Control Instrument and Appliance, Programmable Logic Device Application, etc.
Employment orientation
Graduates of this specialty are expected to be advanced electrical engineering talents in electric measurement and observation and control technology. They can engage in research work on information acquisition and processing in related fields. With the degree, they can work on theoretical studies, technological development and operations management in the field of electrical engineering technology. Another choice is to be high-level researchers and university teachers.
Introduction to Applied Technology of Electronics
Applied Technology of Electronics, with Doctoral Degree Granting in Power Electronics and Power Drives and Master’s Degree Granting in Information and Communications Engineering, is the combination of electrics and electronics, and of power electronics and information electronics. This specialty mainly cultivates engineering talents in fields of electrical engineering, technology of electronics, power electronic technology, automatic control, signal transformation and dispose, etc.
Principal courses
Circuit, Analog Electronics Technique, Digital Electronic Technique, Power Electronics, Principles of Automatic Control, Signals and Systems, Electronic Circuit CAD, Computer Communication Network, Electronic Measurement Technology, Fundamentals of Power Engineering, Intelligent Instrument Design, etc.
Employment orientation
Graduates of this specialty are expected to engage in the research, design, development, operation and management in the field of electronic technology in industries of electric power, electronics, communications, machinery, transportation and construction. The other alternative is to be high-level researchers and university teachers.
Introduction to Electronic Information Engineering
Electronic Information Engineering is a provincial key specialty with the Master’s Degree Granting in Signal and Information Processing and Communication and Information System, and the Doctoral Degree Granting in Power Electronics and Power Drives. This specialty mainly cultivates engineering talents in electronic engineering, information engineering, communications engineering and computer control and application.
Principal courses
Circuit Theory, Principles of Automatic Control, Technology of Electronics, Electronic Circuit of High Frequency, Computer Theory, Computer Theory and System, Information Theory and Coding, PC Observing and Controlling Connectors, Computer Graphics, Image Processing, Digital Signal Processing, Speech Signal Processing, Computer Control Technology, Signal Measurement Technology, Sensor Technology, Computer Communication Network and other featured courses.
Employment orientation
Graduates of this specialty are expected to engage in the research, design, development, operation and management in the field of electronic information in communications, electronics, electric power, machinery, transportation and construction. The other alternative is to be high-level researchers and university teachers.
RESEARCH PAPER
1. Tian Fuqiang, Bu Wenbin, Yang Chun, He Lijuan, Wang Yi, Wang Xuan, Lei Qingquan. A New Method for Direct Determination of Trap Level Distribution from TSC Measurement. ICPADM2009.
2. Zheng Dianchun. About Interior Insulating Design and Rectifying of the 35kV Power Cable Joints. ICPADM2009.
3. Gao Yuan, Chen Qingguo, Li Guojun, Wei Xinlao, Wang Yonghong. Analysis of Electrical Field on Valve Side Winding of Converter Transformer. 2009 IEEE lnt. Conf. Prop. Appl. Dielecte Mater. 2009
4. Zhang Mingyan. Analysis on the Structure and Electrical Property of PI/MWNTs Films. ICPADM2009.
5. Liang Liqun, Chang Yumei, Lei Qingquan. Association Analysis between Erythrocyte Membrane Surface Structure and Genes in Cyprinus Carpio with Ddifferent Vitality at Lower Temperature. ICPADM2009.
6. Li Jiahui, Wei Xinlao, Xu Xiangfeng, Wang Yonghong. Bacteria Inactivation by PEF with Coaxial Treatment Chamber and Tube-plate Treatment Chamber. ICPADM2009.
7. Wang Yonghong, Wei Xinlao, Chen Qingguo, Huang Yongrui, Nie Hongyan. Breakdown Characteristics of Converter Transformer Insulation under Composite AC and DC Voltage. ICPADM2009.
8. Song Wei. Characteristics of Electrical Tree and Effects of Barriers on Electrical Tree Propagation under AC Voltage in LDPE. ICPADM2009.
9. Liang Liqun, Chang Yumei, Zou Qingwei, Lei Qingquan. Cloning and Association Analysis with Cold Adaptation of NADH-quinone Oxidoreductase 3 Subunit Gene from Common Carp Cyprinus Carpio. ICPADM2009.
10. Li Jiahui, Wei Xinlao, Xu Xiangfeng, Wang Yonghong. Dependence of Transmembrane Voltage on Pulsed Electric Field Frequency. ICPADM2009.
11. Gao Junguo, Guo Ning, Liu Yali, Li Jing, Hu Haitao, Sun Liang, Zhang Xiaohong. Effect of Compound Technology on Polyethylene/ Montmorillonite Composites. ICPADM2009.
12. Yin Jinghua. Effect of Electrode Materials on Breakdown of Al2O3/PI Films. ICPADM2009.
13. Fenglian Ma. Effect of Magnetic Field on Conductivity Properties of Carbon Filler/LDPE Composites. ICPADM2009.
14. Han Baozhong. Effect of Magnetic Field Treatment on Properties of Thermosetting Polymers and Their Composites. ICPADM2009.
15. Yin Jinghua. Effect of Nanometer Inorganic Particles on DC Breakdown Characteristics of Al2O3/PI Films. ICPADM2009.
16. Guo Ning, Gao Junguo, Zhang Mingyan, Lu Zelun, Zhang Xiaohong. Effect of Organo-Montmorillonite Dispersion on Properties of Epoxy Resin Nanocomposites. ICPADM2009.
17. Zhang Mingyan. Effects of Inorganic Components on Aggregate Structure of the PI/SiO2 Hybrid Film. ICPADM2009.
18. Xiong Yanling. FBG Power Current Transformer Based on CWDM Demodulate. ICPADM2009.
19. Li Zhonghua. Investigation on Electrical Treeing Characteristics of Thermally Aged XLPE Cable. ICPADM2009.
20. Zheng Dianchun. Kinetic Behaviors and Dielectric Strength of SF6 and N2 over the E/N Range from 160 to 650 Td. ICPADM2009.
21. Si Changjian, Chen Qingguo, Li Guojun, Wei Xinlao, Wang Yonghong. Measurement of Dielectric Loss Factor High Voltage Capacitive Apparatus Based on DSP. 2009 IEEE lnt. Conf. Prop. Appl. Dielecte Mater.
22. Li Zhonghua. Mesoscopic FEM Simulation of Dielectric Properties of Composite Material and Experimental Verification. ICPADM2009.
23. Lan Sheng, Yang Jiaxiang. Modelling and Measurement of Active Particle Plasma Chemical Reactions in Water by Pulsed Discharge. ICACC 2009.
24. Yin Jinghua. Numerical Analysis of Space Charge Electric Field and Its Effect on TSDC Measurement in Thin Polymer Films. ICPADM2009.
25. Xia Junfeng, Zhang Yewen, Zheng Feihu, Lei Qingquan. Numerical Analysis of Various Space Charge Packet Behaviors in Low-density Polyethylene under Different High DC Voltage. ICPADM2009.
26. Lin Jiaji, Ni Haifang, Wang Chen, Lei Qingquan. Photoluminescence Measurement of Poly (Ethylene Terephthalate) Films. ICPADM2009.
27. Lin Jiaqi. Photoluminescence Measurement of Poly (Ethylene Terephthalate) Films. ICPADM2009.
28. Zhou Hong. Preparetion and Characterization of Polyimide/SiO2Hollow Spheres Composites with Low Dielectric System. 2009 IEEE ELECTRICAL INSULATION CONFERENCE.
29. Zhou Hong. Preparetion,Morphology and Dielectric Spectra of Polyimide/Alumina Nanocomposite Films. 2009 IEEE ELECTRICAL INSULATION CONFERENCE.
30. Xia Yafei, Lin Fu. Research and Development of Cable Used in Polar Region and Its Quality Control. ICPADM2009.
31. Zheng Dianchun. Research on PD Locating Method of Dry-type Transformer with Subsection and Layer Windings Based on Transfer Functions. ICPADM2009.
32. Zhang Dong, Song Wei, Wang Xuan, Lei Qingquan. Researches on Controlled Synthesis of a New Kind of One Dimensional Nano-material and Its Electric Characteristics. ICPADM2009.
33. Zhang Dong. Researches on Controlled Synthesis of a New Kind of One Dimensional Nano- material and Its Electric Characteristics. ICPADM2009.
34. Guo Wenmin, Zhang Rong, Lu Xiang, Li Zhonghua. Simulation of Transient Response Characteristics in Coaxial Electrodes with Non-linear Insulating Dielectrics. ICPADM2009.
35. Han Bai, Sun Zhi, Chen Yang, Tian Fuqiang, Wang Xuan, Lei Qingquan. Space Charge Distribution in Low-density Polyethylene (LDPE)/Pumice Composite. ICPADM2009.
36. Chen Chuntian. Structure and Optical Properties of Doped ZnO/CoO Films. ICPADM2009.
37. Xiong Yanling. Study of FBG Application in Acceleration Sensing. ICPADM2009.
38. Tian Fuqiang, Bu Wenbin, Yang Chun, He Lijuan, Wang Yi, Wang Xuan, Lei Qingquan. Study on Physical and Chemical Structure Changes of Polyimide Caused byCoronaAgeing. ICPADM2009.
39. Xia Chun, Zhang Yewen, Lin Jiaqi, Zheng Feihu, An Zhenlian, Lei Qingquan. Study on the Recombination Rate of Space Charge in LDPE Film during the Short-Circuit Discharge Process by Photon Calculation. ICPADM2009.
40. Chun Yang, Ying Zhang, He Lijuan, Xue Yucu, Tian Fuqiang, Jiang Xiuchen, Lei Qingquan. Study on the Trap Distribution in Polyimide Thin Film Based on TSDC Method. ICPADM2009.
41. Sun Zhi, Han Bai, Wang Xuan, Lei Qingquan. Study on the Surface Charge of Both Original and Corona-resistant Polyimide Films by Electrostatic Force Microscope. ICPADM2009.
42. Zhang Mingyan. Synthesis and Dielectric Property of Polyimide/MWNTs Nanocomposite Films. ICPADM2009.
43. Yin Jinghua. The Breakdown Characteristic of Al2O3/PI by Light Transmittance. ICPADM2009.
44. Zhang Peihong, Wang Xuan, Yang Chun, Lei Qingquan. The Charge Carrier Trap Energy Levels of Two Different Polyimide Films Characterized by Three Methods. ICPADM2009.
45. Han Baozhong. The Effect of Nanotubes on Electromagnetic Waves Absorption in Composite Radioabsorbing Materials on the Basis of Hexagonal Ferrites. ICPADM2009.
46. Liu Lizhu, Weng Ling, Zhu Xingsong, Yang Liqian, Lei Qingquan. The Effect of SiO2/Al2O3Weight Ratio on the Morphological and Properties of Polyimide/SiO2-Al2O3 ternary Hybrid films. ICPADM2009.
47. Wei Xinlao, Wang Yonghong, Chen Qingguo. The Electric Field Distribution in Oil Cardboard Composited Insulation System under a Polarity Reversed Voltage. ICPADM2009.
48. He Lijuan, Chen Yang, Yang Chun, Tian Fuqiang, Zhao Lei, Wang Xuan, Lei Qingquan. The Measuring System of Photo-Stimulated Discharge Based on the OPO Laser. ICPADM2009.
49. Li Zhonghua. The Mesoscopic Scale FEM Simulation of Dielectric Properties of Composite Material Based on Montecarlo. ICPADM2009.
50. He Lijuan, Chen Yang, Dai Li, Zhang Ying, Zhao Lei,Cao Jinglei, Wang Xuan, Lei Qingquan. The Observation of Photo-Stimulated Discharge of Typical Polymers by OPO Laser. ICPADM2009.
51. Song Wei, Zhang Dong, Wang Xuan, Lei Qingquan. Characteristics of Electrical Tree and Effects of Barriers on Electrical Tree Propagation under AC Voltage in LDPE. ICPADM2009.
52. Zhang Peihong, Wang Xuan, Yang Chun, Lei Qingquan. The Charge Carrier Trap Energy Levels of Two Different Polyimide Films Characterized by Three Methods. ICPADM2009.
53. Bu Wenbin, Yin Jinghua, Tian Fuqiang, Lei Qingquan. Numerical Analysis of Space Charge Electric Field and Its Effect on TSDC Measurement in Thin Polymer Films. ICPADM2009.
54. Han Bai, Sun Zhi, Chen Yang, Tian Fuqiang, Xuan Wang, Qingquan Lei. Space Charge Distribution in Low-density Polyethylene (LDPE)/Pumice Composite. ICPADM2009.
55. Sun Zhi, Han Bai, Wang Xuan, Lei Qingquan. Study the Surface Charge of Both Original and Corona-Resistant Polyimide Films by Electrostatic Force Microscope. ICPADM2009.
56. Liu Lizhu, Weng Ling, Zhu Xingsong, Yang Liqian, Lei Qingquan. The Effect of Si02/AI203Weight Ratio on the Morphological and Properties of Polyimide/Si02-AI 203 Ternary Hybrid Films. ICPADM2009.
57. He Lijuan, Chen Yang, Yang Chun, Tian Fuqiang, Zhao Lei, Wang Xuan, Lei Qingquan. The Measuring System of Photo-Stimulated Discharge Based on the OPO Laser. ICPADM2009.
58. He Lijuan, Chen Yang, Dai Li, Zhang Ying, Zhao Lei,Cao Jinglei, Wang Xuan, Qingquan Lei. The Observation of Photo-Stimulated Discharge of Typical Polymers by OPO Laser. ICPADM2009.
59. He Lijuan, Chen Yang, Yang Chun, Tian Fuqiang, Zhao Lei, Wang Xuan, Lei Qingquan. The Measuring System of Photo-Stimulated Discharge Based on the OPO Laser. ICPADM2009.
60. He Lijuan, Chen Yang, Dai Li, Zhang Ying, Zhao Lei,Cao Jinglei, Wang Xuan, Lei Qingquan. The Observation of Photo-Stimulated Discharge of Typical Polymers by OPO Laser. ICPADM2009.
61. Zheng Dianchun. Study about Interior Insulating Design of the Cable Joint Used in Outdoor. ICPADM2009.
62. Chen Ting. A New Robust Controller in the Network-based Teleoperation System with Force Feedback. ICIA 2010.
63. Liang Yanping, Fang Zhang. Leakage Inductance Calculation and Simulation Research of Extra-high Voltage Magnetically Controlled Shunt Reactor. MACE’2010.
64. Liu Chao, Liang Yanping. Researching on the Rotor Slot Pitches Selection Rule of Half-speed Turbo Generator Based on Equivalent Load Impedance Method. MACE’2010.
65. Liang Yanping, Liu Jinpeng. Calculation of Iron Loss and Stray Losses for High-voltage Induction Motor Using Time-stepping Finite Element Method. MACE’2010.
66. Liu Lizhu. Investigation on Morphology and Properties of pi/sio2-al2o3 Composite Films. ICPADM2010.
