When filling in the college entrance examination, it is a matter of great concern to the majority of candidates, parents and friends what the employment direction and prospects are for the information engineering major of smart grid. The following summarizes the information of smart grid information engineering specialty, employment direction, employment prospects and other information for your reference.

1, Introduction to Information Engineering Specialty of Smart Grid

Smart grid information engineering specialty is a new interdisciplinary specialty, which is closely combined with the construction of strong smart grid, aiming at the development needs of strategic emerging industries such as new energy, new materials and information technology. Cultivate students with solid professional theories and skills, strong comprehensive quality and innovative spirit of electrical engineering and information engineering, master the basic theories and technologies of power system communication technology, information collection and processing, be familiar with the rules and characteristics of power system production and operation, the development trend of smart grid, receive excellent engineer training, and be good at new energy power generation and intelligent access technology, smart grid dispatching control technology, smart grid information and communication technology, etc. Being able to engage in manufacturing, engineering design, system operation, system analysis, technology development, education and scientific research in the fields of network, informatization and intelligent electrical system, a compound senior engineering and technical talent with distinctive characteristics.

2, smart grid information engineering professional employment direction

Graduates of this major have broad employment prospects. Mainly engaged in power product design, research and development, design, manufacturing, technical support, operation and maintenance of power information systems in production, scientific research and related departments of national economic industries such as power industry, information technology industry and universities, or engaged in computer application and technical management in enterprises, institutions and administrative departments, or studied for graduate students in smart grid, computer science and technology, electrical engineering and automation.

Engaged in industry:

After graduation, I mainly worked in new energy, electronic technology, communications and other industries, as follows:

1 new energy

Electronic technology/semiconductors/integrated circuits

3 communication/telecommunication/network equipment

4 instrumentation/industrial automation

5 computer software

6 electricity/electricity/water conservancy (7 computer services (system, data services, maintenance)

8 education/training/institutions

Engaged in the post:

After graduation, I mainly worked as a product design and structural engineer, as follows:

1 product design

2 structural engineers

Work city:

There are many employment opportunities in Shenyang, Harbin, Shenzhen and other cities after graduation, as follows:

1 Shenyang

2 Harbin

3 Shenzhen

4 Shanghai

5 Chengdu

6 Beijing

7 Nanjing

8 Changsha

3. What is the employment prospect of smart grid information engineering major?

Smart grid information engineering involves a wide range of disciplines, including electrical engineering, energy technology, information technology, control technology, computers and other fields. Graduates can engage in design, development, production management, scientific research and technical support in power grid companies, power generation companies, information technology companies, scientific research and design, universities and related industries or departments. The data of "Made in China 2025" released by the State Council in May, 20 14 shows that the electricity consumption of China in 2014 is 5.52 trillion kWh, and it is predicted that the average annual growth will be above 5.5% from 20 15 to 2020, and above 3% from 2020 to 2030. Power transmission and transformation equipment will be intelligent, integrated and green. With the rapid development of social economy, the dependence of various industries on electricity consumption has been significantly enhanced, and the requirements for power supply reliability and power quality have been continuously improved.

For this reason, all countries in the world focus on power grid construction, hoping to build their own power grid into an efficient, clean, safe, reliable and interactive smart grid. Smart grid has become the common trend of power grid development in the world. The development of electric power industry has also brought unprecedented opportunities to the development of related majors.