The problem of the professional diversion of students in the School of Electrical Engineering

I also graduated from this major, if I want to learn strong electricity, relay protection, power transmission and transformation technology, C language is used more. If you are weak current, you should be familiar with a kind of PLC, power electronics, building intelligence, etc.

If you learn strong electricity, you can either enter the power company, or enter the power automation company, NARI, Nanzi or something, enter the power company, the power supply bureau unless your school is very nb, or you have a strong relationship.

If you learn weak electricity, you may have a wider range of employment in the future, after all, there are more factories than substations.

Of course, under normal circumstances, those who engage in strong electricity are treated slightly better than those who engage in weak electricity, and those who are faced with strong electricity are all landlord enterprises such as power supply bureaus and have money.

In fact, your major is very good, automation and electrical engineering have a certain connection, it is recommended to learn automation with a wide range of uses, mainly to learn PLC programming and factory electrical.

It depends on where you want to work. If you want to meet the power company, learn strong electricity. If you want to enter a foreign company or an electric power research institute, you need to learn weaknesses. In addition, I learn with a computer.

Areas of Practice. Registered electrical engineers have a wide range of practice and can be engaged in electrical supervision, bidding, bid evaluation, technical consultation and other work. [Electrical professional engineering design; Electrical professional engineering and technical consulting; Bidding and procurement consulting of electrical professional engineering equipment; project management of electrical engineering; To guide and supervise the construction of the professional design project; Other operations stipulated by the relevant departments.

Scope of application. It is suitable for professional and technical personnel engaged in engineering design and related business such as power generation, power transmission and transformation, power supply and distribution, building electrical, electrical transmission, power system, etc.

Job description. 1. Drawing, reviewing, checking and keeping electrical engineering drawings;

2. Review the electrical construction plan, check whether the specifications, brands, and technical properties of the materials in the construction process are consistent with the drawings, and deal with general quality problems in a timely manner and report them to the leadership;

3. Supervise and inspect the electrical construction at the construction site, install and debug electrical equipment on site, and analyze and deal with on-site faults;

4. Formulate various rules and regulations for electrical equipment and measuring instruments, operation SOP, maintenance plan and periodic inspection plan, and coordinate daily repair, maintenance and measurement inspection;

5. Establish and improve the statistics of fixed assets of power equipment and the management system of files, statistics and numbers of measuring instruments;

6. In the purchase of electrical equipment and spare parts and engineering projects, strictly follow the procurement procedures formulated by the company to control the quality;

7. Assist various majors and departments in all kinds of verification work.

Development path. Electrical engineers often have to operate electrical equipment themselves, so those who hold the professional qualification certificate of electrical engineer will have a great competitive advantage and a wide range of employment options. There are generally three development paths for electrical engineers:

Path 1: You can work in a production-type enterprise, and the development path is a junior electrical engineer - intermediate electrical engineer - senior electrical engineer;

Path 2: Enter the power design institute, power plant, power bureau to engage in power system design and equipment management, etc., this path has a good development prospect;

Difference Between Electrical Engineer and Registered Electrical Engineer.

What is the difference between an electrical engineer and a registered electrical engineer?

Engineers are divided into assistant engineers (junior), engineers (intermediate), senior engineers, professor-level senior engineers (researcher-level senior engineers, senior engineers). It differs from a registered electrical engineer, who is required to pass basic and professional examinations, while an engineer is a professional title and needs to be assessed.

The examination of registered electrical engineer is very necessary, and the certificate is in hand, and the affiliation fee alone is quite considerable. According to statistics, in 2017, the number of registered electrical engineers for power supply and distribution was about 150,000, and the number of registered electrical engineers for power transmission and transformation was about 300,000. The decline in power supply and distribution is still relatively large, and the support of power generation and transmission is gradually picking up, and the momentum is very good.

Hello classmates! I am a graduate student in electrical engineering.

I think the difference between the five directions of your diversion is quite large. 1.Electrical engineering belongs to strong electricity, which studies power, which can be subdivided into motors, power electronics, power systems, electrical theories and new technologies; 2.

The communication major seems to mainly involve radio communication and network transmission protocols; 3.The scope of automation is also relatively wide, and the main directions of graduate students include industrial control, navigation, flight control, control theory and control engineering (referred to as dual control), etc.; 4 and 5 should belong to weak electricity, and the study is information and data.

I don't know much about the employment of 45. 123 jobs are not difficult to find for undergraduates, with an average salary of about 3000-5000; It is no problem for graduate students to find a job, and the average salary is around 8,000-10,000 (just graduated).

Personally, I suggest that you first consider what you want to study and what you are interested in in graduate school, and then decide your study direction based on this. If you want to do well in graduate school, it is best to lay a good foundation in the undergraduate program. If you have a good undergraduate school, of course, 985 is the best, whether it is a graduate school or a graduate school, it is very advantageous.

Good luck!