Introduce several majors: Civil Engineering, Electrical Information, and Electronic Information Scie

I studied electrical and still have a certain understanding of electrical and electronics.

Electrical information generally includes electrical, computer, automation and other majors, as far as the electrical major is concerned, it is a wide-caliber jack-of-all-trades major, as long as there is electricity, there are electrical students, of course, the better job is the power plant, the power bureau and the like, our school electrical has never worried about not finding a job, the salary is generally about 3000 to 4000.

The competition in electronics is more fierce, it is more inclined to weak electricity, generally go to Unicom, mobile and other companies for employment, from the treatment is better than electrical students, but still have to highlight a point, the competition of electronics is more fierce! Whether in terms of study or in the process of finding a job in the future.

Civil engineering is now also a more popular major, undergraduate graduates generally go to the construction unit, graduate graduates generally go to the design institute The basic salary is not high, but there are various bonuses and allowances, but it is said that the working environment is not very good.

Each has its own benefits, depending on where your interests lie. I'm in construction, and if this line is a construction unit, there is no so-called holiday, so you have to be mentally prepared. The salary of the intern who has just graduated is very low, because this is a person who speaks with experience and specific operation ability.

But if you can stand on your own, the salary will definitely go up. If it's in a construction unit, it will be much easier.

In the category of electronic information science, it is currently included in the professional catalogThere are electronic information technology and technology, microelectronics, information science and technology, optical information science and technology, information security, science and technology defense, and optoelectronic technology scienceWait.

The electrical information category contains more majorsThere are electrical engineering and automation, communication engineering, electronic information engineering, information engineering, electronic science and technology, computer science and technology, software engineering, network engineering, etcThere are also light sources and lighting, microelectronics manufacturing engineering, electrical information engineering, optoelectronic information engineering, automation, computer software, medical information engineering, digital technology, intelligent science and technology, integrated circuits, etc.

Career Prospects: The courses are mainly focused on circuits and control principles, with some content related to power electronics. As a relatively cutting-edge discipline, this major needs to continuously learn new control technology, and it is the basic control technology and theory that is learned in the university.

The six majors of information engineering, network engineering, optoelectronic information engineering, electrical information engineering, communication engineering, and biomedical engineering under the command of electrical information majors have a bright development space for today's scientific and technological progress trends.

Information engineering, network engineering, optoelectronic information engineering, electrical information engineering, communication engineering, biomedical engineering and other electrical information majors are hot majors in China, which combine traditional electrical technology with new technologies such as computer, electronics, automatic control, system engineering and information processing, and have broad application prospects.

In Guangzhou, Shenzhen, Shanghai and other places, graduates of electrical information majors from prestigious universities never worry about employment, and studying such majors will undoubtedly lay a solid foundation for students' future career development.

In the national formal professional catalog, there are two types: electrical information and electronic information science. Among them, electronic information science belongs to the category of science, while electrical information belongs to engineering. This is the more canonical name.

In the category of electronic information science, electronic information technology and technology, microelectronics, information science and technology, optical information science and technology, information security, science and technology defense, optoelectronic technology and science are included in the professional catalog.

The electrical information category contains more majors, including electrical engineering and automation, communication engineering, electronic information engineering, information engineering, electronic science and technology, computer science and technology, software engineering, network engineering, light source and lighting, microelectronics manufacturing engineering, electrical information engineering, optoelectronic information engineering, automation, computer software, medical information engineering, digital technology, intelligent science and technology, integrated circuits, etc.

Some colleges and universities may not give standard enrollment catalogs when recruiting students in major categories, and it is also possible to merge the majors of these two categories offered by the school into electronic information enrollment.

Generally speaking, electrical engineering is better than poverty prevention and automation.

1. The application range of electrical engineering and automation is wider.

2. The employment rate of electrical engineering and automation is high, and there is a lot of room for growth.

The computer major covers software engineering, and mainly cultivates senior scientific and technical talents with good scientific literacy, systematic and good grasp of the basic theories, basic knowledge and basic skills and methods of computer science and technology, including computer hardware, software and application, and can engage in computer teaching, scientific research and application in scientific research departments, educational units, enterprises, undertakings, technology and administrative departments.

The major of electrical engineering and automation cultivates application-oriented compound senior engineering and technical talents who can adapt to the needs of socialist construction, develop morally, intellectually, physically and aesthetically in an all-round way, receive basic training for engineers, have basic theories and basic knowledge in the fields of engineering technology such as motor and its control, electrical appliances and control, power system and automation, building electrical, etc., and can be engaged in design and manufacturing, research and development, test and analysis, system operation, automatic control, power electronics technology, production management, and electronic and computer technology applications.

Career direction in electrical engineering and automation.

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:

1) Engaged in the design, research and development and operation management of the power system, the main units that can be engaged are: the State Grid, the China Southern Power Grid two major power companies and the five major power generation groups of the country to talk about the China National Nuclear Corporation, China General Nuclear Power Group and other subordinate power plants; Electric power design institutes and electric power planning institutes at all levels.

Electrical Engineering. The discipline of electrical engineering is a discipline that studies electromagnetic phenomena, laws and applications, based on the theories of electromagnetic fields, circuits and electromagnetic measurements, and is deeply integrated with electronic science, information, automation and computer technology.

It involves the generation, transmission, conversion and control of electric energy in various fields such as industry, agriculture, transportation and national defense, and provides scientific means and technical support for human beings to achieve clean, efficient and safe electric energy acquisition and utilization, and is an important discipline to realize national industrialization and national defense modernization.

The discipline of electrical engineering focuses on the research and application of power electronics technology, power system analysis and control, and electric drive automation in the fields of shipbuilding industry, naval equipment and marine development.

Further study and employment prospects of electrical engineering and automation:

Continue to study abroad for master's and doctoral degrees. A solid foundation and a broad range of professional knowledge also provide graduates with a wider range of options. It is an optional way to choose to enter multinational companies, domestic and foreign scientific research institutions, enterprises and institutions and departments to engage in research, design, development and system maintenance in the field of electrical engineering and automation.

Five years after graduation, students will become research elites in domestic and foreign universities, senior technical backbones of multinational companies and other units, and serve as project supervisors of complex engineering design, with broad development prospects. <>

In the category of electronic information science, electronic information technology and technology, microelectronics, information science and technology, optical information science and technology, information security, science and technology defense, optoelectronic technology and science are included in the professional catalog.

Electrical information majors include electrical engineering and automation, communication engineering, electronic information engineering, information engineering, electronic science and technology, computer science and technology, software engineering, network engineering, light source and lighting, microelectronics manufacturing engineering, electrical information engineering, optoelectronic information engineering, automation, computer software, medical information engineering, digital technology, intelligent science and technology, integrated circuits, etc.

Electronic information and electrical engineering are these two majorsElectronic information majors are better.

What is the main study of Shenheng and electronic information majors?

1.The major of electronic information engineering mainly studies the fields of electronic technology, communication technology, and computer science. Students will learn how to design, develop, and maintain a variety of electronic devices, communication systems, and computer networks.

2.Graduates can find employment in fields such as the communications industry, the computer industry, the consumer electronics industry, or continue their research careers. Electronic information engineering and electrical engineering are both very good majors, and they both are highly rated in terms of academic and employment prospects.

2. What is electronic information engineering?

Electronic information engineering is a broad field that encompasses many different sub-specializations. These subspecialties usually focus on a specific application or technical area. The following are some common electronic information engineering-related majors:

1.Communication Engineering: Mainly focusing on wireless and wired communication systems, network protocols, transmission technology, etc. Students will learn how to design, analyze, and optimize a variety of communication systems.

2.Microelectronics Science and Engineering: Focuses on the design, manufacturing, and testing of microelectronic devices (e.g., transistors, diodes, etc.) and integrated circuits (ICs). This field deals with physical phenomena and materials science at the nanoscale.

3.Electronic Science and Technology: The study of basic circuit principles, analog and digital circuit design, and their application in various devices (e.g., sensors, actuators, etc.).

4.Information Security: Focus on computer network and data security, including encryption techniques, authentication methods, and protecting systems from hackers.

5.Computer Science and Technology: Involves computer hardware and software design, including operating systems, database management systems, and artificial intelligence.

6.Automation Engineering: The study of control theory, sensor technology, and the design of software and hardware for automation systems. This field involves applications such as industrial automation, robotics, and more.

7.Optoelectronic Science and Engineering: The study of the interaction between light and electrons, including fiber optic communications, laser technology, and optoelectronic devices such as solar cells.

Summary. Electrical engineering focuses on weak electricity and strong electricity, and it is more accurate to say that it focuses on things related to electricity above 220V, which is generally large, and the site is more tiring, and because of the relationship between high voltage and high current, the danger is relatively large!

Electronic information engineering focuses on micro-electricity and new industries, such as micro-control systems, new photoelectric and other things with a general voltage of less than 36V, and after graduation, employment is generally in the office of the unit enterprise facing the computer, the environment and the site are much better, plus the reason for the small voltage and current of this kind of processing, the danger is not as great as that of electrical engineering.

What do both electrical engineering and electronic information engineering do, and what is the difference?

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Electrical engineering focuses on weak electricity and strong electricity, and it is more accurate to say that it focuses on things related to electricity above 220V, which is generally large, and the site is more tiring, and because of the relationship between high voltage and high current, the danger is relatively large!

Electronic information engineering focuses on micro-electricity and new industries, such as micro-control systems, new photoelectric and other things with a general voltage of less than 36V, and after graduation, employment is generally in the office of the unit enterprise facing the computer, the environment and the site are much better, plus the reason for the small voltage and current of this kind of processing, the danger is not as great as that of electrical engineering.

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