Can robot engineering be admitted to the State Grid?

Generally speaking, the robot engineering major is not admitted to the system unit of State Grid Corporation.

First, the reason:

Each system unit of State Grid Corporation clearly requires the specific professional requirements of each system unit in the announcement when recruiting fresh college graduates every year.

In general, most units mainly recruit electrical engineering and automation majors, mainly including power system and its automation power system, relay protection power plant, power system, smart grid and so on. And rarely recruit graduates majoring in robot engineering.

Second, the robot engineering professional employment direction:

After graduation, students can choose to work in the design, application development, program design, operation management and other units of robot automation production line. You can also apply for national civil service units such as customs, public security, taxation bureau and Ministry of Water Resources, and engage in inspection, supervision, public security management, comprehensive management of taxes and fees, operation management of sluice projects, flood control, drought relief and disaster prevention at customs ports.

Introduction and training objectives of robot engineering specialty;

I. Introduction:

Robot engineering is an undergraduate major in Chinese universities, which belongs to automation. After studying for four years, I was awarded a bachelor's degree in engineering.

Robot engineering is an applied interdisciplinary subject and technology that integrates perception, decision-making and execution drive in real environment.

Robot engineering major is to study the robot science and technology problems involved in control science and engineering, mechanical engineering, computer science and technology, material science and engineering, biomedical engineering, cognitive science and other disciplines, and comprehensively apply the theories, methods and technologies of natural science, engineering technology, social science, humanities and other related disciplines.

It is an interdisciplinary frontier discipline, which studies the intelligent perception of robots, optimal control and system design, human-computer interaction mode and other academic issues.

Second, the training objectives:

The training of robot engineering specialty has good moral cultivation and law-abiding; Have social and environmental awareness, master the necessary basic knowledge of mathematics and natural science, and the basic theories, methods and skills related to automation field; High-quality technical personnel who are competent in the research, design, development, deployment and application of automatic control systems and have employment competitiveness in related fields.