Employment direction and prospect of electrical engineering and its automation

The employment direction and prospect of electrical engineering and automation are as follows:

After graduation, students can engage in electrical engineering and automation engineering design, manufacturing, system operation, system analysis, technology development, education and scientific research, economic management and other aspects in the power and electrical equipment manufacturing industry, as well as other industries. Examples in the field of employment are as follows:

1. Engaged in power system design, R&D and operation management. The units that can be engaged are: power companies at all levels under the two major power grid companies of State Grid and China Southern Power Grid, and power plants under the five major power generation groups of China, China National Nuclear Corporation and China Guangdong Nuclear Power Corporation.

Electric power design institutes and electric power planning institutes at all levels; Electric power construction company; All kinds of power technology professional companies; New energy power generation enterprises; Power supply departments or self-provided power plants of large and medium-sized enterprises such as energy, aviation, aerospace, metallurgy, nonferrous metals, petrochemicals, ships, electronics, medicine, machinery and construction.

2. Engaged in technology research and development, management and operation in electrical equipment manufacturing enterprises, power automation equipment companies, power electronics, communications and other high-tech enterprises.

3. Engaged in scientific research and teaching in scientific research institutes and universities.

Professional characteristics:

This major mainly trains senior applied technical talents who are engaged in system research, analysis, design, installation and debugging in the fields of electrical automation, electric power automation, computer application technology, electronic application technology, motor and drive technology, industrial computer and field bus control technology.

In addition to basic courses such as advanced mathematics, college physics and foreign languages, this major also needs to learn circuit analysis, digital electronic technology, analog electronic technology, automatic control principle, principle and application of single chip microcomputer, power electronic technology, motor and drag foundation.

Computer control system, motion control system, power supply system, power system relay protection, field bus and network control, software engineering, electrical control technology, programmable controller (PLC), C programming and other professional basic courses and specialized courses.