Examination and training process of students in the National Electrical Intelligence Application Level Examination (NCEE);

A. register for the exam:

Registration in the Examination Center: register in the Authorized Examination Center (NCEE-AXC) (which can be inquired in official website or official website) and fill in the Registration Form of the National Electrical Intelligence Application Level Examination (NCEE) Training Examination.

Items brought by registration: Students are required to submit recent 2-inch color bareheaded photos (4 photos) and recent 1 inch color bareheaded photos (3 photos), ID card 1 original and photocopy, academic certificate 1 original and photocopy, and submit relevant work experience certificates or other relevant grade certificates according to the requirements of registration conditions.

Payment: pay the training examination fee, teaching material fee, and receive materials such as teaching materials and examination syllabus.

Obtaining NCEE member account: After the student registration date is next Friday, candidates will consult at the test center and obtain the NCEE member account issued by NCEE Management Center (Guo Xin Education), that is, the test number. With this account, students can log in to the homepage of the official website of NCEE project (), log in to the "Student/Test Site Login" box according to the number of candidates, download student information such as simulated test questions for free after logging in, and log in to China IT Talent Network, China Construction Human Resources Network or the official website of the project.

/ncee's notice.

NCEE exam outline:

Examination content: The National Electrical Intelligent Application Level Examination (NCEE) involves public courses (6-7 courses) and professional courses (1 course) (optional). It covers the theoretical knowledge, skill level and project design and implementation ability needed by applied talents of electrical intelligence technology.

The National Electrical Intelligence Application Level Examination (NCEE) includes six public courses: Circuit and Electromagnetic Field, Electronic Technology, Electrical Engineering and Equipment, Computer Technology, Detection and Conversion Technology, Modern Power Electronic Technology and 1 Specialized Course (Intelligent Building or Intelligent Industrial Control).

NCEE Level 2 exam includes six public courses: circuit and electromagnetic field, electronic technology, electrical engineering and equipment, computer technology, detection and conversion technology, modern power electronic technology and 1 specialized course (intelligent building or intelligent industrial control).

NCEE Level 3 exam includes seven public courses: circuit and electromagnetic field, electronic technology, electrical engineering and equipment, computer technology, detection and conversion technology, modern power electronic technology, engineering economic analysis and 1 specialized course (intelligent building or intelligent industrial control).

Public courses:

(1) Circuits and electromagnetic fields

1, Circuit and Electromagnetic Field

(1) Basic concepts and laws

(2) Circuit analysis method

(3) Zheng Xuan AC circuit

(4) Non-positive glare circuit

(5) Dynamic circuit analysis

2. Electromagnetic field

(1) electrostatic field

(2) Constant electric field

(3) Constant magnetic field

(4) Uniform transmission line

3, electrician measurement

(1) voltmeter, ammeter, power meter and power factor meter

(2) Multimeter

(3) Electric energy meter

(4) DC regulated power supply

(2) Electronic technology

1, analog electron

(1) electronic equipment

(2) Basic amplifier circuit principle

(3) Integrated operational amplifier and its application

④ Signal generator

(5) DC power supply

2. Digital electronics

(1) logic algebra

(2) Gate circuit and combinational circuit

(3) flip-flop and sequential circuit

(4) Pulse signal generator

(5) analog-to-digital conversion

3. Electronic instruments

(1) signal source

(2) oscilloscope

(3) Frequency meter (3) Electrical engineering and equipment

1, power system

2. Power grid

3, electrical engineering electrical equipment and selection

(1) motor

(2) Transformer

(3) mutual inductor

(4) Switch and isolating circuit breaker

4, overvoltage and lightning protection

5, grounding technology

computer technology

1, computer overview

2, single chip microcomputer

3. Programmable controller

4. Operating system

(1) DOS operating system

(2) Windows operating system

(3) Uinx operating system and Linux operating system.

(4) Network operating system

5. MCS-5 1 Assembly Language of Single Chip Microcomputer

6. Ladder diagram language of programmable controller

7. Overview of C language

(5) Detection and conversion technology

1, sensor

2. Signal conversion circuit

3, signal processing analysis

4. System interface

(VI) Modern power electronic technology

1, power electronic devices

2. Application of power electronic devices

3.PID control

4, motor frequency conversion speed regulation

(vii) Engineering Economic Analysis (Level III)

1, feasibility study

2, technical and economic analysis method

3. Project financial valuation

4. Uncertainty analysis

Specialized courses: (choose one from different professional directions)

Intelligent building

1, intelligent building foundation

2. Communication network

3. Information network

4. Office automation system

5. Air conditioning

Step 6 drain water

7, electrical equipment monitoring system

8. Elevator

9. Fire and security

10, integrated wiring

1 1, Intelligent Building System Integration and Engineering

12, (residential) community intelligence

13, examples, etc. (2) Intelligent industrial control

1, sensor

2, frequency converter

3. Intelligent instruments

4. Mining control module

5, industrial computer

6、PLC

7. Man-machine interface

8. Touch screen

9. Configuration software

10, wired and wireless remote measurement and control system

(3) Electrical engineering of intelligent residential quarters

(D) Distribution network automation

(5) Control of traction electric locomotive

(6) Intelligent robots

Engineering practice and design:

(1) Electrical and electronic experiment (including instrument use)

(2) Electronic circuit design

(3) Computer simulation design of control circuit.

(D) Computer network monitoring system design papers

References:

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