How Do I Become a Power Systems Engineer?

Registered electrical engineers refer to the professional and technical personnel who have obtained the "Certificate of Qualification of Registered Electrical Engineers of the People's Republic of China" and the "Certificate of Registration of Qualified Electrical Engineers of the People's Republic of China" and are engaged in electrical engineering design and related businesses.

Electrical engineer exam

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The state implements a registration management system for professional qualifications for electrical engineering design activities.

Examination documents

Certified electrical engineer qualification examination January 12, 2018 09:29

According to the Notice of the Ministry of Personnel and the Ministry of Construction on Printing and Distributing the Interim Provisions on the Qualification System for Registered Electrical Engineers, Implementation Measures for the Qualification Examination of Registered Electrical Engineers and Measures for the Qualification Examination of Registered Electrical Engineers No. 25) the spirit of the document. Since 2003, the examination of registered electrical engineers has been held nationwide. The examination of registered electrical engineers implements a unified national outline, unified propositions, unified organization, and unified certificates.

I. Organization

Ministry of Human Resources and Social Security, Ministry of Housing and Urban-Rural Development

Application conditions

The electrical engineer exam is divided into basic exams and professional exams. Only those who pass the basic examination and have completed the years of professional practice in accordance with the regulations can register for the professional examination.

(1) Those who meet one of the following conditions can apply to take the basic examination:

1. Obtain a bachelor's degree or above in the major (see Attachment 1 for details, the same below) or a similar major (see Attachment 1, for the details below).

2. Obtain a bachelor's degree in this major or a similar major and have engaged in electrical engineering design work for at least one year.

3. Obtain a bachelor's degree or above in other engineering majors, and have been engaged in electrical engineering design work for at least one year.

(2) Those who pass the basic examination and meet one of the following conditions may apply to take the professional examination:

1. After obtaining a doctorate degree in this major, he has engaged in electrical engineering design work for a total of two years; or after obtaining a similar professional doctorate degree, he has engaged in electrical engineering design work for a total of three years.

2. After obtaining a master's degree in this major, he has engaged in electrical engineering design work for a total of 3 years; or after obtaining a similar professional master's degree, he has engaged in electrical engineering design work for a total of 4 years.

3. After obtaining a double bachelor's degree including this major or graduating from a graduate class in this major, he has worked in electrical engineering design for a total of 4 years; or after obtaining a double bachelor degree in a similar specialty or graduated from a graduate class, he has worked in electrical engineering design cumulatively. Worked for 5 years.

4. After obtaining a bachelor's degree or degree that has passed the education evaluation of this major, he has worked in electrical engineering design work for a total of 4 years; or after obtaining a bachelor's degree or degree that has not passed the education evaluation of this major, he has worked in electrical engineering design work. At least 5 years; or after obtaining a bachelor's degree or degree from a similar professional university, he has worked in electrical engineering design for a total of 6 years.

5. After obtaining a college degree in this major, he has engaged in electrical engineering design work for a total of 6 years; or after obtaining a college degree in a similar major, he has engaged in electrical engineering design work for a total of 7 years.

6. After obtaining a bachelor's degree or above from other engineering majors, he has engaged in electrical engineering design work for a total of 8 years.

(3) As of December 31, 2002, those who meet one of the following conditions may be exempted from the basic examination and only need to take the professional examination:

1. After obtaining a doctorate degree in this major, he has engaged in electrical engineering design work for a total of 5 years; or after obtaining a similar professional doctorate degree, he has engaged in electrical engineering design work for a total of 6 years.

2. After obtaining a master's degree in this specialty, he has engaged in electrical engineering design work for a total of 6 years; or after obtaining a similar professional master degree, he has engaged in electrical engineering design work for a total of 7 years.

3. After obtaining a double bachelor's degree including this major or graduating from a graduate class in this major, he has worked in electrical engineering design for a total of 7 years; or after obtaining a similar double bachelor degree or graduate from a graduate class, he has cumulatively engaged in electrical engineering design. Worked for 8 years.

4. After obtaining a bachelor's degree or degree from a major in the specialty, he has worked in electrical engineering design for a total of 8 years; or after obtaining a bachelor's degree or degree from a similar major, he has worked in electrical engineering design work for a total of 9 years.

5. After obtaining a college degree in this major, he has worked in electrical engineering design for a total of 9 years; or after obtaining a college degree in a similar major, he has worked in electrical engineering design for a total of 10 years.

6. After obtaining a bachelor's degree or above from other engineering majors, he has worked in electrical engineering design for a total of 12 years.

7. After obtaining a college degree in other engineering majors, he has been engaged in electrical engineering design work for a total of 15 years.

8. After obtaining the technical secondary school education in this major, they have engaged in electrical engineering design work for a total of 25 years; or after obtaining a similar technical secondary school education, they have engaged in electrical engineering design work for a total of 30 years.

Residents of Hong Kong and Macau who meet the requirements for examination registration can apply to take the qualification examination for registered public equipment engineer. You must submit your identity certificate, the corresponding professional education or degree certificate recognized by the education administration department of the State Council, and the certificate of working experience and relevant years of experience when registering.

3. Examination time and subject introduction

The registered electrical engineer qualification examination is held once a year in principle. For details of the examination time, please refer to the annual work plan of the professional and technical personnel qualification examination published on this website.

The basic test includes two parts of basic knowledge and basic knowledge, each part of the test time is 4 hours, the professional test includes two subjects of professional knowledge and professional case, professional knowledge is divided into two parts of professional knowledge and professional knowledge, each part Exam time is 3 hours. The professional case is divided into two parts: the professional case and the professional case. Each part takes 3 hours.

Application Procedures

The registered electrical engineer exam is implemented by online registration, on-site qualification review, on-site or online payment. Those who meet the requirements for the examination must fill in and submit registration information on the designated website within a specified period of time, upload photos, and conduct qualification review in accordance with relevant regulations to confirm compliance. After applying for the examination, the examination fee shall be paid within the prescribed time. (For detailed arrangements for registration, please refer to the relevant documents of each province (region, city).

Five, achievement management

Those taking basic or professional exams must pass all subjects within a year. Only those who pass the basic examination and have completed the years of professional practice in accordance with the regulations can register for the professional examination. Examination results are published on the national professional and technical personnel qualification examination service platform or the websites of personnel examination institutions of various provinces (autonomous regions and municipalities).

After passing the exam, the provincial (autonomous region, municipal) human resources and social security department will issue the "Certificate of Qualification of Registered Electrical Engineers" printed by the Ministry of Human Resources and Social Security and printed by the Ministry of Human Resources and Social Security and the Ministry of Housing and Urban-Rural Development. Effective nationwide. Those who have obtained the Qualification Certificate by improper means shall be withdrawn by the administrative department of professional and technical personnel in each province (autonomous region, municipality), and shall be in accordance with the Regulations on the Handling of Violations of Discipline and Regulations of the Qualification Examination of Professional and Technical Personnel (Human Resources and Order of the Ministry of Social Security No. 31).

Registration

Registered electrical engineers implement a registration system. Holders of qualification certificates shall apply for registration with a designated institution in accordance with relevant regulations.

For specific test information, please refer to the test notice or announcement.

(Editor in charge: Shen Wangyi, Wang Jinxue)

Applicable to professional and technical personnel engaged in engineering design and related businesses such as power generation, transmission and transformation, power supply and distribution, building electrical, electrical transmission, power system and so on.

With the rapid development of electrical intelligent technology, the status and role of electrical engineering becomes more and more important, which is directly related to the quality, construction period, investment and expected results of the entire project.

Electrical engineers should have a high sense of responsibility for the quality of electrical engineering they are responsible for, and fully apply their professional level to thoroughly and meticulously manage the electrical engineering technology, quality, schedule, visa, safety and other management tasks.

Electrical engineers must first have comprehensive professional knowledge. The construction of construction projects includes civil works, decoration, water supply and drainage, HVAC, electrical installation, etc. In construction, if only one major or only the progress of the profession is considered in one profession, it will inevitably affect the construction of other professions, and at the same time, the specialty is difficult to do well. During the foundation construction phase,

The registered electrical engineer qualification examination adopts a national unified outline and unified proposition examination system, which is held once a year in principle.

The exams are divided into basic exams and professional exams. The basic test is divided into two and a half days, each of which is 4 hours; the professional test is divided into two parts of professional knowledge and professional cases, each part of the content is divided into two and a half days, each half day is 3 hours.

The basic exam is a closed-book exam. Only the Exam Manual (withdrawn after the exam) can be used during the exam, and other reference materials are prohibited. Professional exams are open-book exams, and various professional specifications published by regular publishers are allowed during the exam. , Reference books, and review manuals.

1. advanced mathematics

1.1 Space Analytic Geometry

Vector algebra straight line cylindrical rotation surface quadric surface space curve

1.2 Differentials

Limit Continuous Derivative Partial Derivative Full Derivative Derivative and Application of Differential

1.3 Integral

Indefinite integral definite integral general integral double integral triple integral plane curve integral integral application

1.4 Infinite Series

Number series Power series Taylor series Fourier series

1.5 Ordinary Differential Equations

Separable variable equation first-order linear equation reduced-order equation constant coefficient linear equation

1.6 Probability and Mathematical Statistics

Random Event and Probability Classical Probability One-dimensional Random Variable Distribution and Digital Features Basic Concepts of Mathematical Statistics Parameter Estimation Hypothesis Test ANOVA One-way Regression Analysis

1.7 Vector analysis

1.8 Linear Algebra

Eigenvalues and Eigenvector Quadratic Forms of Determinant Matrix n-Dimension Vector Linear Equations Matrix

Second, general physics

2.1 Thermal

Parameter of gas state Equilibrium state Equation of ideal gas State of statistical interpretation of pressure and temperature of ideal gas Energy according to the principle of equalization of degrees of freedom Mean collision times and average free path of ideal gas Maxwell rate distribution law Work heat internal energy first law and its The application of the ideal gas equivalent process and the adiabatic process to the molar heat capacity cycle of the gas. The thermodynamic efficiency of the second law of thermodynamics and its statistical significance. Entropy of reversible and irreversible processes

2.2 Waves

Generation and propagation of mechanical waves and simple harmonic expressions

Ultrasonic infrasound Doppler effect

2.3 Optics

Obtaining coherent light Young's double-slit interference optical path thin film interference Michael interferometer Huygens-Fresnel principle single-slit diffractive optical instrument resolving power x-ray diffraction natural light and polarized light Brewster's law Marius law birefringence phenomenon Interfering artificial birefringence of polarized light and its application

3. General Chemistry

3.1 Material structure and material state

Electron distribution outside the nucleus Electronic structural formulas of atoms and ions Atomic orbits and electron clouds Concepts of ionic bond characteristics Covalent bond characteristics and types Molecular structure formula Hybrid orbital and molecular space configuration Polar and non-polar molecules Intermolecular forces and hydrogen bonds Of the pressure law and calculation of the vapor boiling point of liquid vapor

3.2 Solution

Solution concentration and calculation of non-electrolyte dilute solution permeability and calculation of osmotic pressure. Conception of the ionization equilibrium of the electrolyte solution. Ionization constant and calculation of the same ion effect. Ion product and pH value of the buffer solution. Hydrolysis equilibrium of salts. Ion equilibrium solubility product constant solubility concept and calculation

3.3 Periodic Table

Periodic Table Structure Periodic Group Atomic Structure and Periodic Table Relation Law

3.4 Chemical reaction equation Chemical reaction rate and chemical equilibrium

Writing chemical reaction equations and calculating reaction heat concepts Thermochemical reaction equations writing

Chemical reaction rate means the effect of concentration and temperature on the reaction rate. The rate constant, the activation energy of the reaction order, and the catalyst concept.

Chemical equilibrium characteristics and expressions of equilibrium constants Principles of chemical equilibrium movement and calculation of pressure entropy and judgment of chemical reaction direction

3.5 Redox and Electrochemistry

Formulation of oxidation-reduction reaction equations of oxidants and reducing agents, and composition of plain batteries and symbolic electrode reactions and battery reactions Standard electrode potential energy equation and electrode potential application Electrolysis and metal corrosion

3.6 Organic Chemistry

Organic matter characteristics, classification and naming functional groups and molecular structural formulas

Important Chemical Reactions of Organic Matters: Addition Replaces Elimination of Oxidative Addition and Polycondensation

Molecular formula, properties and uses of typical organics: methane acetylene benzene

Certified electrical engineer (power supply and distribution) qualification examination

Basic exam subject amount, time, and score allocation instructions

Morning segment:

24 questions in advanced mathematics, 12 questions in fluid mechanics

General Physics 12 Questions Computer Application Basics 10 Questions

12 questions in general chemistry

13 questions in theoretical mechanics, 10 questions in engineering economy

Material Mechanics 15 Questions

A total of 120 questions with 1 point each. The test time is 4 hours.

Afternoon Session:

Circuit and electromagnetic field 18 questions

Analog electronics and digital electronics 12 questions

Electrical Engineering Basics 30 Questions

A total of 60 questions, 2 points each. The test time is 4 hours.

A total of 180 questions in the morning and afternoon, with a perfect score of 240 points. The total test time is 8 hours.

Personnel Department

Professional and technical personnel of units affiliated to various departments of the State Council and enterprises under central management

Those who do not meet the qualification requirements for the basic examination will have invalid examination results.

Registered electrical engineer qualification to implement a regular registration system