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International Program

Education Program for Academic Graduate Students at Chongqing University


Education Program for Academic Graduate Students at Chongqing University

(PhD International Students)


School of Electrical Engineering    Major/Area(Code): Electrical Engineering

 

1. Training objectives and basic requirements

() Training Objectives

The program aims to cultivate high-level innovative research talents who can make outstanding and innovative achievements in this discipline or expertise with good scientific research ethics, rigorous and realistic scientific attitude, broad international vision and strong innovation consciousness, capable of engaging in teaching, research, design, management or Engineering and technical work related to electrical engineering.

() Basic Requirements

(1) Have a good scientific research ethics, a spirit of dedication to science, a concept of scientific development, a rigorous and realistic scientific attitude, a courageous and innovative work style, advocate to science, and pursue excellence;

(2) With a solid and broad basic theory of electrical engineering, systematic and in-depth expertise, rich knowledge of humanities, and a good psychological quality that actively faces difficulties and contradictions;

(3) With independent scientific research ability, strong academic identification ability, strong sense of innovation, and the ability to carry out in-depth research in the major needs of the frontier of the discipline, and achieve innovative results;

(4) Armed with strong professional writing, expression and academic communication skills.

2. Research Track

(1) High voltage insulation and matching track

Mainly studies the external insulation discharge mechanism of transmission and distribution equipment in complex atmospheric environment as well as its mathematical physical model, electrical characteristics and fault defense, lightning cloud discharge mechanism and lightning shielding model, power system overvoltage propagation mechanism and real-time monitoring as well as fault defense and grounding technology etc.

(2) Online monitoring and troubleshooting of electrical equipment

Mainly studies the generation and propagation of faults in transmission and distribution equipment, intelligent sensing and anti-jamming technology, multi-factor aging change law of transmission and distribution equipment insulation system, residual life prediction method and criterion, multi-factor failure modeling and Fault diagnosis and status maintenance strategies etc.

(3) New electrical insulation materials and new technology track

Mainly studies the preparation of new ecological and environmental nano-plant insulating oil and its aging mechanism as well as life model, nano-insulating paper preparation and its discharge and aging mechanism, solid micronanosecond composite pulse technology and its high-end medical equipment, high-power pulse generation and measurement technology and applications etc.

(4) Electromagnetic field theory and its application track

Mainly studies theory and calculations, electromagnetic measurement and its application, electromagnetic compatibility and its applications, magnetic detection and its application, power signal detection and analysis etc.

(5) Bio-Electrology track

Mainly studies the theory and application in medicine and life science, and the theory and application of magnetic field in biology and environmental science etc.

(6) Power system planning and reliability evaluation

Mainly studies the theory and model of power supply and transmission network planning as well as reliability assessment, the coordinated programming of power supply and transmission grid under high-permeability and high new energy proportion, and the power system probabilistic risk assessment model considering the randomness of new energy.

(7) Power system protection and control track

Mainly studies related technologies of power system economic dispatching, stability control, relay protection and power system automation, the analysis of operational characteristics of ACDC hybrid systems, operation control of grids with new energy, research on fault analysis methods, and relay protection schemes etc.

(8) New motor and its control system track

For new types of motor and their system, the electromagnetic design principle and method of the motor are studied; the related drive control technology of the motor is studied; the interaction between the design and control system of the motor from the perspective of integration, and the application of new-type motor and its drive control systems in related fields are studied.

(9) Newly-kind power generation and its system analysis track

Studies the new energy power generation systems and the characteristics of their access to power grids, mainly focusing on the design and system control of new energy generators, simultaneously including the interaction of new power generation systems after accessing the power grid.

(10)  Power electronic converter technology track

This track is devoted to the research of power electronic converter topology and control technology, including: new converter topology, new power electronics, power quality and its control, power electronic converter reliability, new energy generation grid-connected control, special power supply etc.

(11)  Electric drive technology track

This track is devoted to the control and application research of electric drive technology, including: AC and DC speed control system theory, electric vehicle power drive system and energy management system, and the application of modern control theory in electric drive.

(12) Industrial and civil electrical systems operation and energy saving track

To meet the requirements of high efficiency, high quality and energy saving for industrial and civil electrical systems, research on the intelligent power supply technology for medium and low voltage distribution system, the power supply safety technology, the power supply quality analysis and improvement technology, and the networking control technology of electrical equipment in buildings etc.

3Academic system and degree conferment

() Academic system: 4 Years

() Degree name and category: Electrical Engineering academic degree doctor

 

Training links and credit requirements

 

Training links

 

CoursesCompulsory

 

Other links

 

Thesis

 

Total credits

 

Credit

≥139

≥3

25

≥41

4. Curriculum

Course Categories

Course Code

Course Title

Credit Hours

Credits

Assessment Method

Semester Offered

Remarks (Course Requirements

Compulsory course

 

 

Common

compulsory course

 

G95004

Basic Chinese

64

4

 

By exam

1

Compulsory

G97004

China PanoramaEnglish

32

2

 

By exam

2

 

Compulsory

G06003

Mathematical statistics

40

2.5

 

By exam

1

 

Compulsory

(Choose one course)

G06000

Numerical Analysis

45

2.5

 

By exam

1

Professional

compulsory course

B11087

Modeling and Control of Power Electronics System

32

2

 

By exam

1

 

 

Choose arbitrarily

 one courses

 

 

EB11000

Computational Intelligence

32

2

 

By exam

1

G98058

 Academic Norm and Postgraduate Thesis Writing

16

1

 

By exam

2

BS11148

 

Multi-physics Fields Analysis and Calculation

32

2

 

By exam

2

Elective course

Common Elective Courses

ZG300001

Elementary Chinese

64

4

 

2

 

Compulsory

Professional elective course

B11016

Renewable energy power generation and smart grid

 

32

2

 

By exam

1

 

Choose one course

arbitrarily

 

ZS11036

Systems Health Monitoring and Fault Diagnosis

16

1

 

By exam

1

Other links

(Compulsory)

 

Opening Report

 

1

 

 

 

Compulsory

 

Academic Activity & Academic Report

8(1()

8 times (listening) 1 time (doing)

1

 

 

Compulsory, One third of them need to answer interdisciplinary academic reports or doctoral thesis

 

Phd. comprehensive examination

 

1

 

 

 

Compulsory

 

Phd. international academic communication

 

1

 

 

 

Must attend the high-level international conference recognized by the college

 

 

Thesis and

· Competitive examination

 

Phd. academic dissertation

 

25

 

 

 

Compulsory

 

5. Training guidance

1. The training of doctoral students is based on the tutor responsibility system, and the guidance group responsibility system based on the tutor can also be implemented; the postgraduate training guidance program is studied collectively by the graduate department, and the instructor (group) is responsible for specific guidance.

2. The tutor (group) is responsible for the daily management, academic style and academic ethics education of graduate students, formulates reasonable and scientific study plans, strengthens the cultivation of graduate students' creative thinking ability, and improves the comprehensive ability of graduate students' self-study, hands-on, expression, writing and innovation.

3. The tutor (group) organizes graduate students to participate in necessary academic lectures, academic reports, seminars, social practice and other activities according to actual conditions, in order to broaden the knowledge structure of graduate students, and to cultivate and improve their ability to analyze and solve practical problems.

4. The college is responsible for the supervision of postgraduate training, including postgraduate selection reports, comprehensive examinations, and mid-term assessments.

5. After the completion of the course, the doctoral student's comprehensive assessment of the doctoral students before the dissertation begins is an important part of the doctoral student training process. The main contents of the assessment include:

(1) Review the implementation of the doctoral program and the results of the course test. Pay special attention to the basic foreign language and professional foreign language mastery, and ask for necessary foreign language written and oral tests.

(2) Evaluate the doctoral students' understanding of the study area of the subject. PhD students are required to read the literature on the basis of reading 80 to 100 references, completing literature review combined with study track. The review should provide a detailed introduction to recent domestic and international research trends in related fields of the certain subject, including major advances in these fields, cutting-edge topics, and major research methods and tools.

(3) Evaluate the ability to independently engage in scientific research, the scientific research quality and scientific research style of doctoral students; examine their political and ideological performance, learning and work attitude etc.

The comprehensive examination is a necessary preparation for the opening report, and can be combined with the opening report, but the two are different links in the cultivation process and cannot replace each other.

The comprehensive examination for doctoral students is organized by a special examination committee consisting of three to five teachers with senior professional titles in the subject, and set a chairman for the examination committee, presiding over the examination. The doctoral tutor who directs the student can take part in the examination committee, but not the person in charge. Those who fail to pass the comprehensive examination may apply for re-examination within half a year (no later than the fourth semester). If the applicant has not passed, the paper will be terminated and the distribution system will be eliminated according to the relevant regulations of the school.

6. Thesis Requirements

1. The working hours of doctoral students' papers should generally be no less than 2 years, and the starting time of the papers should be counted from the opening of the report.

The members of the topic selection meeting will be composed of teachers with associate professor title or above related to the research direction of doctoral thesis. Among them, there are no less than 3 senior titles and no less than 5 members in all in the meeting committee. Ph.D. students whose opening report has passed can begin to work towards the thesis. Those whose opening report did not pass will be postponed to apply again for the thesis opening report for 4 months. Those who have passed the opening question but changed the topic for any reason should reorganize the topic selection report meeting under the arrangement of the tutor and the requirements are the same as above.

2. The doctoral thesis should focus on the issues that need to be solved urgently in the subject or related fields. The topic selection of the thesis has certain innovation and feasibility, be forward-looking and has important theoretical significance and engineering value.

3. The doctoral dissertation literature review should be comprehensive and in-depth, and can accurately extract key issues; the thesis has a full workload, written specifications, reasonable structure, clear hierarchy, typographic norms, and clear charts.

4. The research work of doctoral thesis should achieve outstanding and innovative results. The main innovations of the thesis should be published. The main forms include publishing papers in relevant academic journals at home and abroad, participating in international or domestic academic conferences, and applying for various patents, standards, awards for scientific and technological achievements at all levels.

7. Thesis review and defense

The review and defense of thesis are required to refer to the “Detailed Rules for the Implementation of Degrees in Chongqing University”, “Basic Requirements for Thesis for Postgraduate Application for Master and PhD Degrees of Science in Chongqing University”, “Administrative Measures for the Evaluation of Doctoral Thesis in Chongqing University”, “Methods for Examination and Management of Secret Thesis for Postgraduate in Chongqing University” and some relevant documents

8. Graduation and degree award

Those who get the required training credits and pass the thesis reply will be allowed to graduate and a diploma will be issued. The examination of the Academic Degrees Sub-committee shall be carried out. After the discussion and approval of the Academic Degree Evaluation Committee, the doctor's/master's degree will be awarded and the degree certificate shall be issued.

9. Classic bibliography for literature reading and related important academic journals

Classic bibliography for literature reading of postgraduate student and important journal catalogue in first-level discipline

 

 

No.

 

The name of the book or journal

 

Author or publishing unit

 

Remarks (compulsory or optional)

1

High Voltage Engineering - Fundamentals (Second Edition)

E.Kuffel, W.S.Zaengl, J.Kuffel

optional

2

 Power Electronics-Converters Applications and Design

N MohanTM UndelandWP Robbins

optional

3

Fundamentals of Power Electronics

Publisher: Kluwer Academic

optional

4

Electromagnetic Field Theory Fundamentals Second edition

Bhag Singh GuruHuseyin R.Hiziroglu  

optional

5

Discrete-time Signal Processing

 

Tsinghua University Press

optional

6

 

Electromagnetic field and electromagnetic wave

 

Mechanical Industry Press

optional

7

 

AC motor and its system analysis

 

Science Press

optional

8

 

Modern power system analysis

 

Science Press

optional

9

 

Journal of China Electrical Engineering

 

compulsory

10

 

Journal of Electrotechnics

 

compulsory

11

 

High voltage technology

 

optional

12

 

Automation of Electric Power Systems

 

optional

13

 

Power grid technology

 

optional

14

 

Science

 

optional

15

IEEE Transactions  on Power Systems

 

optional

16

IEEE Transactions on Power Electronics

 

optional

17

IEEE Transactions  on Energy Conversion

 

optional

18

IEEE Transactions on Dielectrics and Electrical Insulation

 

optional

19

IEEE Transactions on Magnetics

 

optional

20

IEEE Transactions on Power Delivery

 

optional

21

IEEE Transactions on Industry applications

 

optional

22

IEEE Transactions on Industrial Electronics

 

optional

23

IEEE Transactions on Plasma Science

 

optional

24

IEEE Transactions on Smart Grid

 

optional

25

IEEE Transactions on Sustainable Energy

 

optional

26

Applied Energy

 

optional

27

Energy Conversion Management

 

optional

28

International Journal of Electric Power and Energy System

 

optional

29

Risk Assessment of Power Systems

Wenyuan Li

optional

 

Signature of the Chairman of the Degree Sub Committee:

Official Seal:

Date: September 20th, 2019