Is the profession of electrical engineering and its automation in decline?

Recently I talked to friends about where automation is in our society. A lot of people claim that robots are stealing jobs and that we will face a social collapse in the near future. In fact, we need to understand that the workforce is only constantly evolving and adapting to new technologies.

People forget that robots are just tools that can be used to augment, not replace, human intelligence.

Forward-thinking companies will find ways to combine the strengths of manual and robotic workers. A short-sighted profiteering company will clean up its workers (who may be paid below or below the minimum wage) and replace them with robots in order to reduce costs quickly.

Think about the current state of employment.

Of course, there is an argument about robots stealing jobs. A lot of people have been thinking about this for a long time, and in the end they came to the conclusion that we need to evolve to adapt to our changing world.

Travel back to the past. There's a lot of evidence that when computers come along, wages**. There's a lot of evidence that people who work with computers get paid more than those who don't.

Workforce adaptation technology. Robot sales are growing every year, but the unemployment rate doesn't seem to be growing in the same proportion. In reality, there seems to be no direct or even any relationship between unemployment and automation.

The Evolution of the Workforce.

Thanks to automation, there are jobs that no longer require a large number of workers, but still require workers. In fact, the logistics industry estimates that 270,200 jobs will be created in the coming year.

New jobs are actually on the rise. Filling these positions has become very difficult due to the lack of skills in the current talent pool. In fact, the gap between labor demand and job availability will continue to grow through 2025.

To close this gap, it is important to educate the next generation so that they are ready to fill these new positions.

In the future, the workforce will certainly continue to evolve, especially if the technology remains the same. Now is the time to reach out to these potential employees and ensure that the appropriate resources and training are provided so that they can make a positive impact on future employers. At the end of the day, pairing the right automation technology with the right workers will set the business up for success.

Electrical automation is definitely one of the most promising professions, and I don't know what kind of electrical people you meet.

Are you kidding.. How do you judge.

I think the difficulty of this major is average, I just studied electrical engineering and automation, or it should be different from person to person, some people in our class think that electrical engineering is difficult. If you are interested, you are also welcome to apply for the major of electrical engineering and automation.

Electrical engineering and automation is an undergraduate major in ordinary colleges and universities, which is an electrical major, with a basic study period of four years and a bachelor's degree in engineering.

Electrical engineering and its automation.

This major is a combination of strong electricity (electricity as the energy carrier) and weak electricity (electricity as the information carrier), which requires mastering the core content of the knowledge fields such as electrical engineering, power electronics technology, power system foundation, high voltage technology, power supply and distribution and power consumption technology, and cultivating senior engineering and technical talents with basic knowledge of engineering technology and corresponding professional knowledge of electrical engineering, and the basic ability to solve the analysis and control problems of electrical engineering technology. Therefore, if you want to learn this major well, you need to have high requirements for your professional knowledge in mathematics and electrical engineering.

The employment prospects of this major are also good, because electricity is one of the most convenient forms of energy, and electricity and related industries are the pillar industries of the national economy. Since 2000, China is in the rapid development stage of industrialization and informatization, the demand for electricity for economic and social development is still growing, and the development potential of electric power and related industries is huge. China's demand for talents in power and related industries is very strong.

It has broad development prospects.

Electrical engineering and automation is an emerging discipline in the field of electrical information, with tentacles extending to all walks of life, from the design of a switch to the research of aerospace aircraft. Because it is closely related to people's daily life and industrial production, it has developed very rapidly and is relatively mature now.

Development prospects: "Automation" belongs to the information industry. The information industry is known as a "sunrise industry" because of its rapid development, the need for many talents, and the high remuneration, which is the trend of today's scientific and technological development.

Therefore, as an important member of the information industry, the automation profession also has a bright future. Second, automation has a wide range of applications.

With the continuous development of China's economy and the continuous development of modern industry, the talent market in electrical automation technology has considerable potential. Especially in Guangdong, the continuous improvement of automated production technology, the continuous popularization of automation products, the application of smart buildings and smart homes, and the continuous development of intelligent transportationIt provides a broad prospect for the development of electrical automation technology.

Electrical Engineering and Automation

After graduation, students of this major can be engaged in engineering design, system analysis, system operation, research and development, economic management and other aspects in the fields of motion control, industrial process control, electrical engineering, power electronics technology, testing and automation instrumentation, electronics and computer technology related to industrial and electrical engineering.

There are many employment directions for electrical engineering and automation, and the employment prospects are relatively broad.

Students majoring in electrical engineering and automation can be engaged in the design, manufacturing, control, testing, operation and maintenance, research and development, and production management of electrical appliances. or the operation of power systems and electrical equipment, power supply systems and electrical design and operation and maintenance of high-rise buildings; or electrical design, building automation, integrated wiring and intelligent building system design, system operation, research and development, test analysis, engineering construction and management in the field of building electrical.

Electrical automation is widely used in factories, so to speak, electrical automation is the only thing that cannot be missing in the factory, and it is the pillar in the factory. If you are proficient in electrical automation, the employer immediately wants you, no matter what the unit, it is best to be an electronics factory, because electronics factories use automation, programming, and design every day.

If you attach great importance to the requirements of work treatment conditions, the best is the electricity bureau, with good benefits and high salary; Then there is the design institute, which is relatively easy to do; The hardest is the engineering bureau, because it has to run around with the construction site, but the salary is not low.

Strong electricity: The best place to go in this direction is the power companies in various regions and the large power plants, which can go to power plants, power companies, and companies that produce power equipment (such as transformer factories). The better ones are in the engineering department, engaged in product research and development, improvement, etc., and some are doing product promotion.

As for the quality of this industry, I don't think I need to say more, there are some large foreign companies weak electricity: for weak electricity, because it is generally biased towards control, so if you want to enter the power industry, there are generally more power plants, and the power company recruits relatively few people, as for other aspects and strong electricity, the difference between it is relatively small, and you can also enter Siemens, ABB and other large foreign companies, as well as several large domestic electrical companies. In addition to the direction of strong and weak electricity, there is also electronic design automation, mainly for hardware development and software development, in the rapid development of science and technology, software development is currently a lack of talents in China.

It's all from basic schematic design, PCB design, to EMC design.

Ask where is the electrical engineering automation major?

Answer: After graduation, I mainly work in instrumentation, machinery, construction and other industries, which are roughly as follows: 1. Instrumentation Industrial Automation 2, Machinery and Equipment Heavy Industry 3, Construction Building Materials Engineering 4, New Energy 5, Electronic Technology Semiconductor Integrated Circuit 6, Real Estate 7, Other Industries 8, Automobiles and Spare Parts.

Pro: Electrical engineering and its automation majors are well employed.

As long as you have a graduation certificate and a degree certificate, you can. Graduate students are generally not well paid, and salaries and benefits vary depending on the specific major and place of work. Work experience is highly valued in the electrical industry.

Therefore, it will be difficult for graduates to start working, but as their work experience grows, the salary will gradually increase. Generally speaking, the salary of graduates in the direction of power electronics is basically maintained at about 4,000 yuan per month, and some may have 5,000 yuan per month; The average salary of graduates majoring in electrical engineering is 3,000 yuan and 4,000 yuan per month; Graduates of high voltage and power systems, if they can enter CGN Nuclear Power, may earn as much as 10,000 yuan per month, and if they enter the power grid company, the salary can reach this number after a few years of work.

The best thing to do is to enter the power grid company or the power supply bureau. The salary was not high at first, but it became a regular one later, and there were many benefits, and it was relatively easy. It is basically easier for children or graduates of key universities to get in.

Isn't the electrical industry as good as information security?

Dear: No.

The Department of Information Security is Computer Communication, Mathematics, Physics, and Law.

interdisciplinarity.

This major is okay.

It depends on what you want to do in the future.

Information security is a computer major, if you like to engage in software programs or something, choose this major, the employment salary is higher, and the employment rate may be poor, but there are few people who learn this major, and the competition is not very fierce; Automation is a comprehensive major in electrical engineering, microelectronics, electronic engineering, etc., which is more than specialized, mainly focusing on control

Electrical engineering and its automation are more employable.

Because of the graduation school and work, I have come into contact with a lot of electrical majors, and for most of the graduates of the electrical four tigers and two insects (I'm really embarrassed to describe it as a dragon, Wuhan University doesn't mind): State Grid or Southern Power Grid is still the best solution.

As for the monthly salary you are concerned about, the relevance to the company and industry you join is too high, 5000-50000 are available, the job in a state-owned enterprise will be more stable, and the income will be low, if you go to a company such as Huawei and DJI, the ceiling will be very high. Of course, as a professional engineer, there must be a lot of business trips, and the work intensity is not small, and it is difficult to improve the technology without practical experience.

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

Engaged in the design, research and development and operation management of the power system, the main units can be engaged in: power companies at all levels under the State Grid and China Southern Power Grid and various power plants under the five major power generation groups of the country and China National Nuclear Corporation and China General Nuclear Power Group; Electric power design institutes and electric power planning institutes at all levels; electric power construction companies; All kinds of professional companies in power technology.

new energy power generation enterprises; power supply departments or self-supplied power plants of large and medium-sized enterprises such as energy, aviation, aerospace, metallurgy, nonferrous metals, petrochemicals, ships, electronics, medicine, machinery, construction, etc.; 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; Engaged in scientific research and teaching in scientific research institutes and colleges and universities.

Summary. Hello, electrical engineering and its automation are relatively employable.

Hello, electrical engineering and its automation are relatively employable.

Graduates majoring in electrical engineering and automation have a wide range of employment opportunities and strong adaptability. Graduates of this major are mainly employed in the electric power industry, and can be engaged in electric power design, construction, commissioning, production, operation, market operation, scientific and technological development and technical training, etc., and can also be engaged in electrical closed and sedan laughter technology in other industries. The main employment units include electric power companies, electric power design institutes, electric power planning institutes, electric power construction departments, electric power production units, electrical engineering research and development companies and research institutes, as well as colleges and universities with electrical-related majors.

What are the employment prospects of electrical automation majors in the fields of automatic control, power electronics technology, information processing, test analysis, research and development, economic management, and electronic and computer technology applications: 1. Electric Power Bureau 2. Design Institute 3. Engineering Bureau The best is the Electric Power Bureau. The benefits are good and the treatment is high.

Then there is the design institute, which is relatively easy to do; The hardest was the Engineering Bureau. Because you have to run around with the construction site.

But the wages are not low either. Overall very good. And it can also change careers in the direction of automation, electronics, etc.

In this specialty, there are both strong and weak currents. Because, the main thing is to learn the system stuff. Professional subjects, mainly, circuits, mathematical electronics, analog electronics, control systems, classical control theory, modern control theory, microcomputer control theory, as well as motor drag, PLC, power plant power supply, single-chip microcomputer, etc.

Electrical engineering and its automation are good for employment. Congratulations

Electrical engineering and automation is a comprehensive discipline involving many fields such as electricity, electronics, and computers, with a wide range of application fields and employment prospects. With the development of social economy and the progress of science and technology, the demand for electrical engineering and automation is increasing, and the employment prospects are becoming more and more broad. Graduates majoring in electrical engineering and automation can work in design, research and development, production, management and other fields in the fields of electric power, communications, computers, automation control, machinery manufacturing, transportation, etc.

At the same time, with the rapid development of new energy, intelligent manufacturing, Internet of Things and other fields, the employment prospects of electrical engineering and automation majors are getting better and better. In addition, graduates of electrical engineering and automation majors have high comprehensive quality and practical ability, can adapt to the needs of different fields, and have strong competitiveness. Therefore, electrical engineering and automation is a very good employment direction, and the future employment prospects are also very broad.

Employment direction of electrical engineering and automation:

1. Electric power industry: power system planning, power equipment design, power system operation and maintenance, etc.

2. Communication industry: communication equipment design, communication network planning and construction, communication Zen system operation and maintenance, etc.

3. Computer industry: computer hardware design, computer software development, computer network planning and construction, etc.

4. Automation control industry: automation equipment design, automation control system planning and construction, automation control system operation and maintenance, etc.

5. Machinery manufacturing industry: mechanical design, mechanical manufacturing, mechanical maintenance, etc.

6. Transportation industry: transportation planning, transportation equipment design, transportation management, etc.