Which major is electrical engineering and automation, mechanical design, manufacturing and automation?

It doesn't matter which of these two majors is better. They don't compete in the same discipline or on the same platform, so there is no question of which one is better because of different occupations. Just like doctors or teachers, they are all good. If you like what you do, he is good.

1. From the employment point of view, these two majors are traditional hot spots, and the employment rate is very high. And these two majors are complementary. Electromechanical combination is electromechanical, and the perfect combination of the two is a system. For example, a robot needs a controller to control its actions. This is electrical automation, and its execution needs machinery. Satellites, vehicles and so on are typical examples. At the same time, these two majors have a certain intersection, and they all need to learn some basic theories of electricity.

If you like electricity and computers, study electrical engineering and its automation. Like machinery, drawing and design, choose machinery manufacturing and its automation. Both majors have good jobs.

3. Choose a major that you are more interested in.

The major of electrical engineering and automation trains senior professionals who are engaged in automatic control, power electronics technology, power system automation, information processing, computer science and technology, renewable energy power generation technology and other fields related to electrical engineering. Graduates can engage in R&D, design, manufacturing, operation, management and technical services in the fields of machinery, electric power, electronics, information, petroleum, chemical industry, transportation, metallurgy and new energy, as well as scientific research and teaching in related fields. This major has three major directions: power electronics and power transmission, power system automation, and renewable energy power generation technology.

Mechanical manufacturing and automation: to cultivate senior professionals who can master modern design methods, advanced manufacturing technologies and mechatronics technologies and engage in the research and development of mechatronics products and automated production systems. Graduates can engage in the design, manufacture, management and sales of mechanical products and electromechanical integration products in scientific research units, government departments, electromechanical enterprises, electromechanical products import and export companies, commodity inspection departments, the development and research of high-tech electromechanical control, and also engage in teaching and scientific research in colleges and universities. Including mechatronics, machinery manufacturing, machinery design and packing automation.

Main courses: theoretical mechanics, material mechanics, mechanical principle, mechanical design, electrotechnics, microcomputer principle and application, engineering materials, material forming technology, mechanical manufacturing technology foundation, numerical control technology, mechanical control engineering, hydraulic transmission of machine tools, electromechanical transmission control, mechanical manufacturing equipment design, CAD/CAM technology.

There may be more people who choose electrical engineering and automation in these two majors. The content of learning is not only hardware but also software, not only strong electricity but also weak electricity. Employment is wider, not limited to control, but also includes power system, electronic technology, instrumentation, power generation and so on.