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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.
What will be the trend of registered electrical engineers in 2018?
According to the news revealed by the personnel who participated in the manual marking of a design institute, in 2017, the number of people who passed the two certificates together was less than 100. However, the pass rate is only one of the factors of certificate affiliation, and how to look at market demand and analyze supply and demand.
For the certificate affiliation market, the number of new registered electrical engineers next year will be basically zero. Although the number of power supply and distribution affiliation is relatively large, but in such a severe situation, it is difficult for registered electrical engineers to supply and distribute power next year.
As for the registered electrical engineer power transmission affiliation, it is already in short supply, and it is gradually rising. Therefore, next year's power generation and transmission will rebound. For those who have not yet attached to the certificate, you can wait and see.
At the same time, as an electrical practitioner, whether it is engaged or affiliated, regardless of salary or affiliation, it is very necessary to take the certificate of registered electrical engineer.
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Summary. Electrical engineering and management employment direction: electric power companies, China's power companies, their salary and development space are very good.
Hello, I need a fresh graduate student, employment in electrical engineering and management.
Electrical engineering and management employment direction: electric power companies, China's power companies, their salary and development space are very good.
Electric Power Prefecture Lukushudong Design Institute, Electric Power Research Institute These units generally require a graduate degree or above, and are mainly engaged in the design of power plants, substations and lines, on-site commissioning, testing, data reporting, etc.
Electric Power Bureau: Graduates of provincial colleges and universities majoring in electric power can go to the electric power bureaus of prefecture-level cities to take the recruitment examination.
Electrical equipment companies and the power manufacturing industry. More than half of the graduates of electrical majors will be engaged in work related to power systems, and most of them choose to enter some large and medium-sized electrical equipment companies, automation companies, and communication equipment companies (mainly engaged in R&D, technical support, project management, etc. in communication service companies). In addition, you can also work in information, electronics, machinery, transportation, foreign trade, and other industries and departments, mainly engaged in system operation, automatic control, power electronics technology, information processing, computer technology and application related to power engineering and electrical equipment, research and development, technical management, etc.
What is the annual salary, a master's degree from an ordinary college.
The best and most cost-effective way out is to go to the power grid (China Southern Power Grid, National Judgment Power Grid), and the main jobs are operation, maintenance, overhaul, scheduling, metering, marketing, customer service center, infrastructure and other positions.
The average income of a master's degree is around.
Shanghai Electric Power Company, how about the salaries of personnel in this regard, and compared to the power grid.
The average salary of Shanghai Electric Power is more than 8,000, you can refer to it.
Master of Electrical Engineering in Electrical Engineering with a Direction in Electrical Engineering.
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After graduation, like a migrant worker, whether you can enter the power bureau depends on your ability and family relationship. This major sounds like the word management in the end, but what you learn has little to do with management. In fact, it is important to focus on the former, and the things of power engineering are much more learned, otherwise the degree certificate will not be engineering!
70% of this major is learning power system and automation, and the professional courses are mainly "power system analysis", "power system relay protection principle", "electrical high voltage technology" and "power system automation principle". Another 30% of them learned some things about electricity pricing, and the professional courses were mainly "power engineering valuation" and "electricity market". Girls still study economics, or "Principles of Circuits", "Electrical Machinery", "Principles of Automatic Control", "Power System", "Relay Protection".
A few heavenly books are waiting for you.
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The undergraduate major of electric power engineering and management is an emerging interdisciplinary and marginal discipline, which is a new major formed by the intersection and integration of the original power system and its automation, technical economy and engineering management. The students are mainly oriented to electric power engineering (including power supply companies and electricity enterprises at the grid, provincial, municipal and county levels), power plants, power construction, teaching, scientific research units and new power business units under the conditions of the electricity market. The students are trained to have the basic discipline theories necessary for the major, the basic theories of technology and economic management, and the necessary professional knowledge in electrical engineering. Have certain knowledge of social and humanities, as well as legal knowledge and national defense knowledge; Strong computer application skills; Proficiency in a foreign language.
The undergraduate major of power engineering and management should have a wide range of employment opportunities, and students' survival and adaptability can be significantly enhanced. The reason is that after the implementation of this professional education, students have the following abilities and qualities: first, they can better understand the complexity of power enterprise operation and dispatching technology, and deal with the quantification of uncertain risks; Second, students have a rich imagination (because of the invisibility of electric and magnetic fields, the untouchability of electricity commodities, the inseparability of electricity commodities, etc.); The third is to develop the thinking method of solving problems from the perspective of systems engineering, and improve the ability to deal with complex problems; Fourth, we should develop a way of thinking that comprehensively analyzes and looks forward to problems, and improves the level of safety, reliability, and comprehensive coordination and decision-making of the economy.
Training objectives: This major cultivates senior engineering and technical economic and management talents who can be engaged in power planning, enterprise strategy, system reform and power market, policy research, power demand and marketing, electricity price, project investment, project feasibility study, project budget estimation and power engineering management in the power industry, first-class departments, financial institutions and other enterprises and institutions.
Training requirements: Graduates of this major are required to master the basic theoretical knowledge related to economics comprehensively and systematically. Proficient in the major and related economic and technical index system, power generation, power supply, infrastructure plan preparation methods and management procedures, familiar with the current situation and development planning of electric power; Master the knowledge of power engineering project management.
Students are required to have a solid theoretical foundation in electric power, be proficient in modern economic analysis methods, and pay attention to cultivating students' foreign language proficiency and the ability to apply computer technology to solve practical problems in electric power economy.
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...Don't ask me so many questions at once.
1.Yes, yes, yes, no.
2.Yes. 3.It's not boring, some go to the next, some don't, as if yes.
4.Well, yes.
5.Pretty good.
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That's not a thing, 1 do a few more inspection batches, respectively, summarized under the sub-division directory, 2 inspection batch records are filled in separately, to show distinction, I believe that the supervision, archives will not have any opinions 3 meet the construction control data (test record content) can be separately recorded, respectively, summarized under the sub-division directory, note: for the individual records that can not be divided, personal opinions directly fill in the name of the division project, and also record separately in the sub-division directory (anyway, the final archiving of the construction control data is separately summarized and compiled). You know, you say?
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