What does the electrical engineering major do?

Question 1: What does electrical engineering do? Building electrical technology includes electrical foreman and electrical quality inspection. Electrical design, electrical supervision engineer, electrical engineer of Party A, etc. In the above five positions, the working environment is still good. However, before reaching the post level, the construction site is very bitter, and the average person can't persist, so the electrical aspects of the construction site have been lacking. If you can really persist in the construction site, the future is bright. At present, there is also a migrant worker with high education and less construction experience on the construction site to manage those with low education and more construction experience. You can't manage when you hit a wall everywhere. The reason is that there is no practical experience. The building electrical specialty requires a particularly high level of knowledge. There are not a few migrant workers who are eager to learn, but those who graduated from professional schools have no practical experience, and they can't bear the pain of internship on the construction site. Therefore, the employment of building electrical specialty is very good. I have been doing electrical engineering in the construction site for 20 years, and I have come out of the ranks of migrant workers and have a deep understanding of this aspect. Sometimes when something goes wrong at the construction site, they know about mechanical copying. But there are drawings in the construction, but also construction technology and atlas, followed by specifications. So sometimes these questions are combined to ask them, and they can't answer them. Finally, the employment of building electrical specialty is very good, but if you want to develop yourself, you must practice in the construction site for three years. Then synthesize the theories you have learned. Study vocational qualification certificate and work and vocational qualification certificate.

Question 2: What does electrical engineering do? It uses physics, chemistry, mathematics, mechanics, material science and electronic technology (DC circuit, magnetism and electricity).

Magnetic and AC circuits, basic electrical control circuits of working machines, power transmission and distribution, lighting circuits and safety purposes.

Electricity, general semiconductor devices, amplifier circuit foundation, DC regulated power supply, general integrated circuit), electrical equipment

Equipment, electrical instruments and measurement, pneumatic technology (technical basis, system design and calculation formula, chart, high-pressure technology

Technology and pneumatic transmission, control loop and circuit design, maintenance and management) and other basic disciplines and related electrical aspects.

Expertise in research, design, manufacture and use of various components and equipment (power plants, oil and gas plants, etc.). ) and electricity.

Gas equipment engineering science. It covers a wide range and plays an important role in the development of various sectors of the national economy.

Question 3: What will the electrical major do in the future? Employment prospects of electrical engineering major Most graduates of electrical engineering major choose to find jobs in power systems and related fields. Power system units mainly include: power generation enterprises, power supply enterprises and electrical equipment manufacturing enterprises. In addition, it also includes electric power design institute, electric power planning institute, electric power construction, electric power research and development and other departments. The existing large state-owned power generation groups in China are: China Huaneng Group, China Datang Group, China Huadian Group, China Guodian Group and China Power Investment Group; Power grid companies include: State Grid Corporation and China Southern Power Grid Corporation; Electrical equipment manufacturers include: Shanghai Power Station, Xinjiang TBEA, etc. Some graduates also choose to work in multinational companies and other foreign companies, such as Siemens, ABB, Schneider, Areva and Vestas. The rapid development of electric power industry provides a large number of employment opportunities and jobs for graduates of this major. In 2007, the national power industry continued to maintain the momentum of rapid and healthy growth, and the installed power capacity of the country exceeded 700 million kilowatts. In terms of power grid construction, the Sichuan-Shanghai 800 kV DC demonstration project started construction; The Three Gorges power transmission and transformation project was completed in an all-round way and passed the national acceptance. The loop length of 220kV and above transmission lines is 4 15km, and the capacity of 220kV and above substation equipment is 18848kVA. Taking North China Electric Power University as an example, the supply-demand ratio of electrical engineering graduates has been above 1: 12 in recent three years, and the total employment rate of graduates has reached over 96%. This situation will not change much in the next few years. But at the same time, we should also see that the development of China electric power industry is maturing. In 2007, the overall situation of power supply and demand in China was basically balanced. China's electricity market reform is also deepening. With the deepening of power system reform, China power market is constantly improving. To be sure, the demand for talents in power enterprises is becoming saturated, and the proportion of demand for compound talents is increasing year by year. The demand for talents began to concentrate on compound, professional and highly educated graduates. For example, in 2007, the campus recruitment conditions of State Grid Corporation and China Southern Power Grid Corporation have been changed to: graduates majoring in electrical engineering from national key universities. Of course, with the development of the times, the requirements of the power industry for personnel quality are also increasing year by year; However, based on the saturation of power system, the employment quality of graduates is relatively low. As far as power supply enterprises are concerned, in 2003, a large part of undergraduate graduates majoring in electrical engineering worked in provincial or municipal power supply bureaus; But in 2008, most undergraduates majoring in electrical engineering worked in county-level power supply bureau. Therefore, now more and more undergraduates will choose to minor in a double major during their college years or choose to take the postgraduate entrance examination when they graduate. With the rapid development of modern society, it has long been the general trend to study for graduate students. Undergraduate students majoring in electrical engineering are no exception. It is a wise choice to study for graduate students majoring in electrical engineering selectively. As electric power enterprises, especially higher-level employers, generally select outstanding graduates from some specific institutions, the basic scope of which is Tsinghua University, North China Electric Power University, Xi Jiaotong University, Beijing Jiaotong University, Wuhan University, Chongqing University, Tianjin University, Zhejiang University, Changsha University of Science and Technology, Northeast Li Dian University, etc. Therefore, students are advised to take these institutions as the main reference when applying for graduate students, no matter in terms of teachers, experimental conditions, project level or employment. The so-called second degree means that while learning electrical engineering well in the university, you can take some other professional courses or take a second degree according to your actual situation. For example, minor in management, marketing, economics and other disciplines. For most students, the study task and pressure of minoring in the second degree are relatively heavy. The integration of different subjects not only enriches their learning tasks, but also broadens their horizons, which is a good choice to improve their comprehensive quality during college. Especially in the current trend of power marketization, it has also become a good way for power enterprises to cultivate compound talents who know both technology and management. Whether graduates choose direct employment or further study, it plays an equally important role in the development of the whole industry. Rich experience has enabled us to exercise communication skills and cultivate leadership qualities from our work; A perfect knowledge structure enables us to improve our talents at a deeper level.

Question 4: What does electrical engineering do? Hehe, this is what I learned! ! ! General situation of electrical engineering and automation;

Electrical engineering and its automation involve power electronics technology, computer technology, electromechanical technology information and network control technology, electromechanical integration technology and many other fields. It is a comprehensive subject, and its main characteristics are the combination of strong and weak points, electromechanical integration, and the combination of software and hardware. This major has cultivated the basic knowledge of engineering technology and the corresponding professional knowledge of electrical engineering, and accepted the basic training of electrical electronics, system control and computer technology. Senior engineers and technicians with the basic ability to solve technical analysis and control problems in electrical engineering. Business training objectives: Business training objectives: This major trains senior engineering and technical personnel in the fields of engineering design, system analysis, system operation, research and development, economic management and other fields related to industrial and electrical engineering, such as motion control, industrial process control, electrical engineering, power electronics technology, detection and automation instruments, electronics and computer technology. Business training requirements: students majoring in this major mainly study the engineering technology foundation and certain professional knowledge in a wide range of fields, such as electrical technology, electronic technology, automatic control theory, information processing, computer technology and application. Students have received basic training in electrical and electronic engineering, information control, computer technology, etc., and have the ability to control and analyze industrial processes and solve wide-caliber professional and technical problems with equal emphasis on strong electricity and weak electricity. Main courses: college physics, mechanical drawing, digital electronic technology, analog electronic technology, power electronic technology, automatic control principle, electromechanics, microcomputer principle main courses: electrical engineering, control science and engineering, computer science and technology main courses: circuit principle, electronic technology foundation, computer principle and application, computer software foundation, control theory, motor and transmission, power electronic technology, signal analysis and processing, electric transmission control system. Senior students can set flexible modules and elective courses in their major direction according to social needs. Main practical teaching links: including basic experiment of circuit and electronics, electronic technology practice, metalworking practice, professional comprehensive experiment, computer practice, curriculum design, production practice and graduation design. Main experiments: motion control experiment, automatic control experiment, computer control experiment, test instrument experiment and power electronics experiment. Study period: four years. Degree awarded: Bachelor of Engineering. Similar majors: microelectronics automation, electronic information engineering, communication engineering, computer science and technology, electronic science and technology, biomedical engineering, information science and technology, software engineering, film and television art technology, network engineering, information display and photoelectric technology integrated circuit design and integration system, photoelectric information engineering, radio and television engineering, electrical information engineering computer. Software power engineering and management intelligence science and technology digital media art computer science and technology detection guidance and control technology electrical engineering and its automation digital media technology information and communication engineering building electrical and intelligent electromagnetic field and wireless technology open institutions: Sichuan University of Technology, Guizhou University, Yunnan University for Nationalities * * * University Xi University of Technology Xi Institute of Mining Shaanxi University of Technology Shaanxi University of Technology Baoji College of Arts and Science Gansu University of Science and Technology Qinghai University Xinjiang University Beijing Technology and Business University Tianjin University of Technology Tianjin Urban Construction University Hebei University of Technology Hebei University of Architecture and Engineering Yanshan University Taiyuan University of Technology Inner Mongolia University of Technology Shenyang University of Technology Liaoning University of Technology Dalian University of Technology Industry Liaoning Institute of Technology Jilin Institute of Engineering Jilin Institute of Architecture and Engineering Jiamusi University harbin university of science and technology University of Shanghai for Science and Technology Shanghai Normal University Shanghai University of Engineering Science Shanghai University Nanjing University of Technology Jiangsu University Nantong University Yancheng Institute of Technology Yangzhou University Anhui University Jiangxi University of Science and Technology Nanchang University Shandong University Shandong University of Science and Technology Qingdao University Zhengzhou University Henan University of Technology Zhengzhou Hubei Institute of Technology Hubei Institute for Nationalities Three Gorges University Hunan University of Science and Technology Guangdong University of Technology Guangxi Southwest University for Nationalities Northwest University for Nationalities China Agricultural University South China Tropical Agriculture. University North China Electric Power University northeast china institute of electric power Shanghai Electric Power University Wuhan University Changsha University of Science and Technology Hohai University shenyang jianzhu university Wuhan Urban Construction College Northwest Campus Architecture and Engineering Guilin Institute of Electronic Technology University of Electronic Technology xidian university Shijiazhuang Railway Institute Dalian Jiaotong University East Jiaotong University Dalian Maritime University ...

Question 5: What does this major mainly do? 20 points electrical engineering and automation professional employment direction and can be engaged in positions.

Employment direction:

After graduation, students majoring in this major can engage in engineering design, system analysis, system operation, research and development, economic management and other fields related to industrial and electrical engineering, such as motion control, industrial process control, electrical engineering, power electronics technology, detection and automation instruments, electronics and computer technology.

Job vacancy:

electrical engineer

Electrical engineering technician

Electrical designer

Electrical design engineer electrical technician

sales engineer

Electromechanical engineer

technician

Hydropower Engineer

registered electrical engineer

electrical design

Senior electrical engineer

Question 6: What is the major of electrical engineering? Business training requirements: students majoring in this major mainly study the engineering technology foundation and certain professional knowledge in a wide range of fields, such as electrical technology, electronic technology, automatic control theory, information processing, computer technology and application. Students have received basic training in electrical and electronics, information control and computer technology, and have the ability to control and analyze industrial processes and solve wide-caliber professional and technical problems with equal emphasis on strong electricity and weak electricity. Main courses: main courses: electrical engineering, control science and engineering, computer science and technology main courses: circuit principle, electronic technology foundation, computer principle and application, computer software foundation, control theory, motor and transmission, power electronic technology, signal analysis and processing, electric drive control system, industrial process control and automation instrument, etc. Senior students can set flexible modules and elective courses in their major direction according to social needs. Main practical teaching links: including basic experiment of circuit and electronics, electronic technology practice, metalworking practice, professional comprehensive experiment, computer practice, curriculum design, production practice and graduation design.

Question 7: What does the electrical automation major do? Main subjects: electrical engineering, control science and engineering, computer science and technology. Main courses: circuit principle, electronic technology foundation, computer principle and application, computer software foundation, control theory, motor and drive, power electronic technology, signal analysis and processing, electric drive control system, industrial process control and automation instrument, etc. Senior students can set flexible professional modules and elective courses such as electrical engineering and automation according to social needs, and choose power plants, power grids, small power enterprises and design institutes. Which is better? Enter the power system. What you learn in school is completely different from reality, but the difference between people majoring in power plants and those who are not majoring in power plants is that people majoring in power plants can be familiar with a large number of vocabulary terms unique to power plants, which is very important. Familiarity will enable you to master power plant working skills within a short period of one or two years after graduation. Before the dissolution of the Ministry of Electric Power, North China Electric Power University and Wuhan University of Water Resources and Hydropower were the only two universities directly under the Ministry of Electric Power. Tsinghua, Shanghai Jiaotong University, Xi Jiaotong University and Zhong Da University are also perennial scientific research projects of the Ministry of Electric Power, so they are also favored by the power system. Other northeast china institute of electric power, Changsha University of Electric Power, Chongqing University of Electric Power. . . Schools and other schools can naturally make a living in power plants because there are many children in the power system. Please think deeply. The purpose of applying for the major of electric power is to analyze the development situation of electric power in China. When Prime Minister XXX was in office, he thought that China had overheated economy and surplus electricity, which led to a large number of graduates majoring in power plants being forced to quit their jobs. It was terrible! With the spread of call shortage in recent years, the power industry is in full swing. As long as you can distinguish between machine and boiler power in a power plant, basically someone will pull you into the power plant. But in the future, whether the power industry will be gradually established on the basis of saturation or continue to be ahead of the national economic development is a matter for the central authorities, and it is not convenient to speculate! Many people think that the influence of the merger of Wushui and Wuda University in the power system has plummeted. Actually, it is not. Dance Water is merged into Wu Da University, but the major is still there, the teacher is still there, and the contacts established within the system over the years are still there, so Dance Water is still a brand! Many people also think that since power plants are skilled workers, electrical majors are as competitive as electrical undergraduates. Actually, it is not. At present, China's major power plants are advancing to 600,000 on a large scale, which requires skilled workers to have higher quality (of course, people who are dissatisfied can also be considered to require higher diplomas), and 600,000 sets a universal goal of 60-90% undergraduate diplomas. In addition, in recent years, the expansion of university enrollment and the proliferation of college students have made the diploma of the whole industry rise. It is not difficult to see that even the employees in the factory have the advantage of high education, and so do other industries, which is due to the national conditions. Therefore, most of the power systems are recruited by the above-mentioned schools when enrolling students. Among them, Guangdong, Fujian, Jiangsu, Zhejiang, Shandong, Beijing, Tianjin and Tangshan in the coastal areas, as well as major nuclear power and pumped storage power stations, Gezhouba, Three Gorges and Longtan hydropower stations, are strictly selected with generous treatment! Other regions also set their own selection criteria according to treatment and geographical location. Basically, North China Radio and TV University, Wushui University, Tsinghua University, Xi Jiaotong University, Shanghai Jiaotong University and other related majors can run all over the country. However, disputes continue in the coastal areas, with the major alumni in the southwest dominating, the south-central region being strong, North China Radio and TV University leading in North China, Northeast Electric Power Research Institute dominating in Northeast China, and undergraduates in Northwest China, Xinjiang, Inner Mongolia and Qinghai-Tibet unwilling to go. These are the models set by alumni of various schools for many years, and there has not been much change so far! So, don't brag about how powerful your school is. You should be able to work hard in the coastal areas at any time. Graduates of North China Radio and TV University are as unpopular in Yunnan-Guichuan, and students of Wushui are hard to make a difference in Northeast China. I am from the Institute of Electrical Engineering, with a high degree in Inner Mongolia. So, don't despise a college diploma. You still need a diploma to be an official. Although a diploma does not represent ability, officials are giving orders, which has nothing to do with ability. Unless you want to be a worker for life! But don't be afraid. It's ok to get a diploma by correspondence after becoming a junior official. Everything is a form, but it is indispensable! Now leaders with low diplomas are basically extinct. Although the diploma of the leader is also a lot of water, I still agree with this! ? The core of the system is the power plant. When the power plant is on fire, the power grid is on fire. When the power plant is alive, the electric power design institute, the electric power research institute and the electric power equipment manufacturing design company will have food. To correct one point, power specialty is not the same concept as power company and power bureau (power company refers to the headquarters, regional headquarters and central city offices of five major power groups, and the headquarters, regional headquarters and central city offices of power grid companies ... >>

Question 8: What can electrical engineering and automation majors do after they come out to work?

The specialty of electrical engineering and automation is a new discipline in the field of electrical information, but it develops very rapidly and matures because of its close relationship with people's daily life and industrial production. It has become an important part of high-tech industry, widely used in industry, agriculture, national defense and other fields, and plays an increasingly important role in the national economy.

Control theory and power network theory are the basis of electrical engineering and automation specialty, power electronics technology and computer technology are its main technical means, and also include research fields such as system analysis, system design, system development, system management and decision-making. There are also some characteristics of this major, that is, the combination of strong and weak electricity, electrical and electronic technology, software and hardware, the interdisciplinary nature, and the integration of power, electronics, control and computer, which makes graduates have strong adaptability and is a "wide-caliber" major.

The major of electrical engineering and automation has a strong attraction to the majority of candidates, and it is a hot major. The entrance score of college entrance examination is often much higher than that of other majors. The main reasons for this situation are: ① easy employment, good working environment and high income; ② The name is nice, and the professional content is attractive to students; Social propaganda and public opinion orientation are beneficial to it. The development prospect of this major is very good, the research results can be easily transformed into real products, and the benefits are also considerable. His creative research ideas have attracted many candidates, which is indeed a good place to display his talents. However, in view of the current domestic situation, candidates should pay attention to the following two points when applying for this major:

(1) Fully consider your own interests. Maybe I wasn't interested in this direction, but many people said there was, so I was "interested". This is very unfavorable for future development. After all, interest is the best teacher.

(2) Measure your comprehensive quality. The major of electrical engineering and automation needs to have a solid foundation of mathematics and physics and a strong comprehensive ability of foreign languages, so as to prepare for mastering and flexibly using professional knowledge in the future. Although this major has a great demand for talents, there are many people to choose from. Without a very strong comprehensive quality, it is difficult to stand out and achieve excellent results. Perhaps this is unacceptable to many aspiring candidates.

Of course, the two possibilities mentioned here are also related to students' personal pursuit. If one's pursuit is limited to a better job, this major is really a good choice. But if you want to make a breakthrough contribution in scientific and technological innovation, you must build on your personal strength and efforts. Pie never falls from the sky for no reason.

Because this major has a wide range of research, good application prospects and relatively high professional quality of graduates, the employment situation is very good. Our country is in great need of professionals in this field now, and it is inseparable from the work of these professionals from small families to the whole society. Usually, after graduation, students can choose state-owned quality and technical supervision departments, scientific research institutes, industrial and mining enterprises, etc. It can also be some foreign-funded and private enterprises, and the treatment is of course considerable. If students are strong enough and have accumulated good research results during their studies, they can start their own businesses and create their own sky. It should be pointed out that, because the research essentials of this major are ahead of us abroad, it is a good choice to go abroad for further study if you want to have further development and establish your leading position in this direction in China.

Second, develop vocational education.

The major of electrical engineering and automation is one of the new interdisciplinary majors, which combines science and engineering with literature and integrates mechanical engineering, art and computer design. The main subjects are electronic engineering, computer science and technology, control science and engineering.

This major came into being in the 1970s. At first, in Oxford University, the DC control mode was realized for the first time. At that time, the driving voltage of the actuator was DC and the control voltage was DC. The working mode of automation system is very simple and rough, and its accuracy is also very low. However, the control mode of DC is widely known because of its long history, and people will naturally think of using DC to control AC actuators. With the emergence and maturity of high-power electronic devices such as transistors, high-power transistors and field effect transistors, and the establishment of weak and strong current control systems based on modern mathematics and matrix algebra, electronic technology and automation have reached a new historical height. At this point, this major has been widely developed, and universities in Japan, the United States, Britain and other countries have also set up this major. In the meantime, >>

Question 9: What does electrical engineering and its automation do? This is a combination of strong and weak electricity, which can bend over strong electricity, such as power system, power supply and distribution, and can also turn to automation. In the future, graduate students can learn double control and so on. There are also many courses that can be learned in employment, and there are wide-ranging majors.

Question 10: What can I do after learning electrical engineering and its automation? Electrical engineering is also a major in the electrical field. To put it bluntly, it is to learn electricity. At present, the transmission of electricity from west to east is related to your major. Our employment direction is the electrical field, such as power plants, power supply bureaus, and some large electricity users, all of which need our professional talents. You know all the major courses of your major, right? Some courses are difficult to learn. Write down the usual basic knowledge, which will be useful in future interviews.

In order to find a better job in the future, you'd better pass computer level 2 C or computer level 3 PC during school. These two subjects will be offered in our major, so you can basically pass by listening carefully in class, and there are four major English skills, because now large power plants and power supply bureaus require you to have computer level 2 and English level 4 certificates.

With the above two points, there will be no big problem in employment in the future, and then you can take the registered engineer exam after work, which requires you to have five years of work experience to take the exam.

Now the professional future is ok. After you become a full-time employee of a large power plant or power supply bureau, your salary is generally more than 3,000 yuan, especially in large power plants now, your computer level has improved, and workers' welfare benefits are particularly good. Study hard, pass CET-4 and CET-6, there is still time, but there is no time to think about the future.