How to take the exam for electronic engineers for undergraduate graduates?

1. Go to the vocational qualification examination platform to register;

2. Fill in personal information: including name, gender, age, date of birth, ** number, address, etc.;

3. Payment: Payment can be made after successful registration;

4. Take the exam at the specified time, and you can pass the exam.

The precautions for applying for the electronic engineer certificate are;

2. **Processing: Use the ** processing tool provided by the official platform for processing, and the format is jpg;

3. Prepare documents in advance: you need to fill in the detailed information form and registration information form, which involve various information related to the candidate, such as ID number, major, time of joining the group (party), rewards and punishments, etc.;

4. Print the admission ticket: If the printing time of the admission ticket has expired and cannot be printed, consult the examination organization at the place of registration in time.

Electronic engineer refers to senior engineering and technical personnel engaged in research, teaching, product design, scientific and technological development, production and management of various electronic equipment and information systems. It is generally divided into hardware engineers and software engineers.

Hardware engineers are mainly responsible for circuit analysis and design; And the computer software is used as a tool for PCB design, and the factory PCB is made and the electronic components are soldered for testing and debugging. Software engineers are mainly responsible for the writing and debugging of embedded programs such as microcontrollers, DSPs, ARMs, FPGAs, etc. FPGA programs are sometimes part of the work of a hardware engineer.

Electronics engineer certificate is useful when looking for a job. The Electronic Information Engineering major can be certified as an electronic design engineer.

The purpose of the certification of junior engineer in electronic design is to improve the comprehensive application ability of the certified person to the professional knowledge learned, and to improve the practical ability of the certified students, so as to meet the requirements of the enterprise and the market for electronic engineering designers as the ultimate goal.

The purpose of the intermediate and advanced certification of electronic design is to focus on the comprehensive use of electronic technology (including the ability to independently develop products, self-learning ability and problem solving ability) of the certified person.

Electronic Engineer: Senior Engineering and Technical Personnel.

Job Description Electronic engineer is a general term for technical personnel engaged in the production and research and development of integrated circuits, electronic and electrical equipment and other related products. Electronic engineers generally refer to senior engineering and technical personnel engaged in the research, teaching, product design, scientific and technological development, production and management of various electronic equipment and information systems.

Job Classification Electronics engineers are generally divided into hardware engineers and software engineers.

Hardware and software are inseparable, and hardware requires software to perform its program to achieve specific functions.

Software needs hardware as a carrier.

Hardware engineer: mainly to understand the knowledge of circuits, know the role and principle of common electronic components, will use electronic measurement tools, will use electronic production tools, but also assembly, testing, production process maintenance, etc., is a combination of technology and manual operation.

Software Engineer: Proficient in circuit knowledge Analog circuits Digital circuits Analyze circuit diagrams Design circuit diagrams Make PCBs Understand the principles of various electronic components Uses Model: Proficient in single-chip microcomputer development technology Can use programming languages (assembly language, C language), can be very proficient in using computers as auxiliary design tools to work Can use common design software handily. It will analyze circuit faults, debug and test products.

Job content 1. Research, development, design and production of integrated circuits, semiconductor discrete devices, electric vacuum and special devices;

2. Research, development, design and production of resistor-capacitance components, sensitive components, magnetic devices, quartz crystals and devices, electronic ceramics and piezoelectricity, ferroelectric crystal devices, electromechanical components, electronic cables, optical fiber and cables, chemical and physical power supplies, laser, infrared technology applications, etc.;

3. Research and development of electronic component packaging technology and its application;

4. Research and development of electronic component testing and testing technology and its application.

The electronic engineering major is a relatively wide caliber major in electronic and information engineering, which mainly cultivates advanced engineering cavity technical talents with basic knowledge of electronic technology and information systems, and can be engaged in the research, design, manufacturing, application and development of various electronic equipment and information systems.

Cultivate high-level engineering and technical talents who can engage in the research, design, manufacturing, application and development of various electronic equipment and information systems. After graduation, graduates can work: electronic engineer, software engineer, project supervisor, quality management, sales, and after-sales service, etc., with broad employment prospects.

This major is a broad caliber major in electronic and information engineering. Students in this major mainly learn the professional knowledge of signal acquisition and jujube circle processing, power plant equipment information system, etc., and receive basic training in electronic and information engineering practice, and have the basic ability to design, develop, apply and integrate electronic equipment and information systems.