According to the spirit of the 20 10 national conference on graduate enrollment and the relevant regulations of our university, the implementation plan of the 20 10 graduate enrollment in the School of Electrical Engineering is formulated. The specific arrangements are as follows:
I. Basic requirements
1, determine the retest score.
According to the Ministry of Education's "Basic Grades Requirements for Candidates Entering Re-examination in 20 10 National Postgraduate Entrance Examination" and the actual situation of online candidates in electrical engineering, the Institute of Electrical Engineering determined that the re-examination score for academic postgraduates in 20 10 was 325, and that for professional postgraduates in 20 10 was 275.
2, announced the second-round exam qualification, second-round exam method and the list of members to participate in the second-round exam.
Students with retest scores above are eligible to take the retest qualification examination. Some outstanding transfer students can take the re-examination qualification examination, and the re-examination notice will be notified by telephone. The list of students participating in the re-examination qualification examination is announced in the lobby on the first floor of the electrical building.
Second, the qualification examination
Candidates (who have been informed by telephone) who are qualified to participate in the re-examination must come to our hospital on time according to the specified date to participate in the qualification examination and re-examination. Candidates who fail to participate in the qualification examination and re-examination on time automatically give up. Candidates who take part in the re-examination should bring the following documents: unified examination admission ticket, undergraduate registration card, ID card, graduation certificate, original and photocopy of degree certificate (undergraduate graduates should submit student ID card), a recent bareheaded photo and other relevant materials. Candidates with equivalent academic qualifications should submit transcripts, papers and award certificates of make-up courses and other related materials.
Time of academic postgraduate qualification examination: March 3 1, March 20 1, March 314: 30-March 8: 00.
Examination time for professional master's degree: April 20 10, 12, 8: 30 am-1:30 am.
Qualification examination place: 706, Electrical Building, School of Electrical Engineering, Beijing Jiaotong University
Third, the content and method of the second interview
The re-examination consists of three parts: written examination of specialized courses, foreign language listening and comprehensive interview, and the re-examination score of 350 is full marks.
1. written test for specialized courses (full mark 150):
1) The examination method is closed, and the examination time is 150 minutes.
2) The written test subjects are power electronics, power system analysis, electromechanical, high voltage engineering and automatic control principle. Candidates can choose written subjects according to the research direction of the tutor and the professional requirements of the retest.
2. Foreign language listening (out of 50):
English listening is organized by the college, and minority language listening is organized by the school.
3. Comprehensive interview for academic graduate students (full score 150):
It consists of two parts: foreign language ability interview and comprehensive ability interview, and the time is not less than 20 minutes. Among them, foreign language ability is 30 points (including oral and professional English ability), and comprehensive ability 120 points (including basic knowledge and scientific research ability, professional knowledge and innovative quality, comprehensive quality and ideological and moral character).
4. Comprehensive interview for professional master (full score 150):
It consists of two parts: foreign language ability interview and comprehensive ability interview, and the time is not less than 20 minutes. Among them, foreign language ability is 30 points (including oral and professional English ability), and comprehensive ability 120 points (including basic knowledge and application ability, professional quality and practical ability, comprehensive quality and ideological and moral character).
Re-examination results = written test results of specialized courses+English listening+comprehensive interview.
Four. Admission principle
1) The initial test score is 500 points, and the retest score is 350 points. The total score of the entrance examination is the sum of the initial test score and the retest score;
2) Those who have passed the preliminary examination and re-examination will be admitted from high to low according to the total score of the entrance examination on the principle of fairness, justice and openness.
Five, the second interview time and place arrangement
Academic master students:
1. foreign language listening: (take the listening test according to the language you apply for)
English listening comprehension
Time: 2065438+April 00, 1, 14: 00: 00- 14: 30.
Venue: SX202, SX203 (written test subject is power electronics).
SX205 (written subjects include power system analysis and high voltage engineering)
SX203 (candidates who choose electrical engineering and automatic control principle as written subjects)
Minority Language Listening (Russian, Japanese)
Organized by the school, the specific time and place will be notified separately.
2. Written examination of specialized courses
Time: 20 1 April1afternoon14: 45—17:15.
Venue: SX202, SX203 (written test subject is power electronics).
SX205 (written subjects include power system analysis and high voltage engineering)
SX203 (candidates who choose electrical engineering and automatic control principle as written subjects)
3. Comprehensive interview:
Time: 20 10, starting from 2 April 2000 13: 00. Candidates who take part in the re-examination should check the re-examination grouping arrangement on the website of the School of Electrical Engineering on April 2 10: 00.
Professional master's degree:
1. foreign language listening: (take the listening test according to the language you apply for)
English listening comprehension
Time: 201April 13 pm 14: 00: 00- 14: 30.
Venue: SY 109 (candidates majoring in power electronics and high voltage engineering are selected as the written test subjects).
SY 106 (power system analysis, electromechanical and automatic control principles are selected as candidates for written examination)
Minority Language Listening (Russian, Japanese)
Organized by the school, the specific time and place will be notified separately.
2. Written examination of specialized courses
Time: 201April13pm14: 45pm-17:15.
Venue: SY 109 (candidates majoring in power electronics and high voltage engineering are selected as the written test subjects).
SY 106 (power system analysis, electromechanical and automatic control principles are selected as candidates for written examination)
3. Comprehensive interview:
Time: 20 10 April 14, starting at 3: 00 pm/kloc-0. Candidates who take part in the re-examination should check the re-examination grouping arrangement on the website of the School of Electrical Engineering on the morning of April 14100.
Sixth, medical examination arrangements
Physical examination time for academic postgraduates: On the morning of April/April/April/April, Beijing Jiaotong University Hospital had a physical examination (on an empty stomach), prepared the medical examination expenses, and submitted the medical examination form to the health care department after the physical examination.
Physical examination time for professional degree graduate students: On the morning of 201April 14, Beijing Jiaotong University School Hospital had a physical examination (on an empty stomach), prepared the medical examination expenses, and submitted the physical examination form to the health care department after the physical examination.
School of Electrical Engineering, Beijing Jiaotong University
20 10 March 3 1
Second, the introduction of research direction
Theory and technology of traction power supply system
This direction mainly studies the steady and transient analysis, digital simulation and operation optimization of traction power supply system; The monitoring and evaluation of negative sequence, reactive power and harmonics in traction power supply system, its governance technology and electromagnetic compatibility theory are studied. Study the theory and technology of traction network voltage compensation; Study the relevant theories and technologies of catenary design, operation and maintenance; The theory and technology of grounding, lightning protection, insulation coordination and operation reliability of traction power supply system are studied.
2. Electric traction and transmission control:
This direction mainly studies the electric drive system and other AC drive systems of various traffic vehicles to improve the efficiency and performance of AC drive systems, which is a comprehensive application of frequency converter, motor and control theory.
3. Overvoltage protection and insulation coordination of traction power supply system
This direction mainly studies the theory and technology related to the generation and protection of overvoltage in traction power supply system, and the insulation coordination theory of large dynamic power grid.
4. Traction motor and its control
This direction mainly studies the design, manufacturing technology and theory of electric propulsion system for railway high-speed bullet trains, locomotives, subways, electric vehicles, maglev trains and ships.
5. Dynamic analysis and electromagnetic field analysis of electrical machinery.
This direction mainly studies the calculation of steady and transient parameters of the motor, as well as the physical field characteristics, torque characteristics, frequency characteristics and mathematical models under the conditions of starting, running and short circuit, and studies the forms and parameters of the new motor structure according to the electromechanical energy conversion mechanism.
6. Test and identification of electrical parameters of motor.
This direction mainly studies the parameter test of sine wave and non-sine wave electric quantity of motors and electrical appliances, and the on-line identification of motor parameters.
7. Smart appliances
This direction mainly studies the on-line monitoring, intelligence and informatization of switching devices in power transmission and transformation systems.
8. Power system analysis, simulation and control
This direction mainly studies the steady and transient analysis of power system, modeling theory and law enforcement, and computer digital simulation; Research on modeling, simulation analysis and testing of secondary system equipment such as relay protection and automatic device; The theory and method of power system stability and its control are studied.
9. Power system monitoring, protection and information technology: this direction mainly studies the theory and application of monitoring, diagnosis, measurement and control of power systems and electrical equipment in industrial enterprises; Study the theory, development and application of power system relay protection; The application of information technology in power system operation, monitoring, protection and management is studied.
10. On-line monitoring and diagnosis of high-voltage power equipment
The main research objects in this direction are related theories and technologies of condition detection, fault diagnosis, sensors and signal processing of electrified railways and power system equipment.
1 1 ... electromagnetic transient process of power system
This direction mainly studies the lightning protection of power system, ferroresonance of power network, impulse corona of transmission line and numerical calculation of overvoltage of power system; Lightning protection reliability analysis of substation, computer simulation of ferromagnetic resonance of power grid, and corona characteristics of line impact; Lightning protection design of high-rise buildings and transient surge protection design of electronic information system in buildings.
12. electricity market theory, technology and operation
This direction mainly studies the operation mode of power market, electricity price theory, load forecasting and electricity price forecasting theory, analysis and pricing of transmission services and auxiliary services in power market, bidding strategy of power producers, technical support system and its key technologies in power market; Research on decision support system of risk management in modern power enterprises: application of information technology in power market.
13. Power safety technology and management
This direction mainly studies the safety theory and technology of electric energy production, transmission, distribution and application, and the theory and application of electrical safety management; Theory and application of condition-based maintenance: study the theory of power safety culture and safety economy, human safety management, safety evaluation and related expert systems and intelligent systems; Study the new technology of power system security.
14. power electronic conversion technology
This paper mainly studies the topological structure of various power electronic circuits in order to realize the effective conversion and control of electric energy, thus improving the quality and utilization of electric energy and providing power for various needs.
15. Electromagnetic compatibility technology of power electronic system
This direction mainly studies the causes and propagation ways of electromagnetic interference in power electronic converter devices, the measurement methods and related standards of electromagnetic compatibility, and the anti-electromagnetic interference technology.
16. System integration of power conversion circuit
This direction mainly studies the system integration of power conversion circuits, including the integration of conversion circuits and the rational configuration and system integration of various power conversion devices in large-scale systems.
17. networking and intelligence of power electronic system
This direction mainly studies information transmission, network control, information sharing, fault diagnosis and expert system between multiple power electronic converter devices and upper control.
18. Application of power electronic technology in the field of environmental protection and new energy.
This direction mainly studies how to apply power electronics technology to wind power generation, solar power generation, flue gas desulfurization (FGD) and other directions, so as to achieve the purpose of effectively utilizing renewable energy and protecting the environment.
19. gas discharge theory and its application in new technology
This direction mainly studies the application of gas discharge in environmental protection. It mainly includes: the new technology theory and technology of streamer discharge flue gas desulfurization; Gas emission phenomenon in waste gas and garbage treatment; Special power supply for environmental protection equipment; Study on plasma technology and its application.
20. Electromagnetic field theory and application
This direction mainly studies the basic theory of electromagnetic field and its application in engineering technology, electromagnetic compatibility, electromagnetic field calculation and numerical analysis.
2 1. New energy and new power generation technologies
This direction mainly studies various new technologies of electric energy, including the utilization of renewable energy, non-fuel power generation technologies such as wind energy, tidal energy and solar energy, and related technologies such as power transmission, grid connection, maintenance and management encountered by using these energy sources.
22. Superconducting electrical technology and its application
This direction mainly studies the electrical properties of superconducting materials, superconducting electrical theory and applications, including applications in power, magnetic levitation and filtering systems. ... I posted almost all the information about this in the college, and there are many more. . . .