Is it easy to learn about electronic information engineering? Isn t it good to get a job?

Many people face the problem of choosing a major after the college entrance examination, it can be said that the choice of major is almost related to the development path of their future work and life, if you unfortunately choose an unpopular major, it will lead to employment difficulties after graduation. Today we will talk about the electronic information engineering major in college.

The employment prospects and employment direction are still relatively goodJudging from the current situation of social and economic development, electronic information engineering is still relatively easy to employ, because of the advent of the 5G Internet era, the professional demand for electronic information is also greater. The employment direction is mainly engaged in the application and development of electronic products, the application development and maintenance of electronic information systems, and can also be engaged in Internet-related industries! In general, the employment prospects of electronic information engineering majors are still quite impressive.

As long as you don't waste time and study hard, each major has certain employment prospects In fact, the employment prospects of electronic information engineering majors are good, but why many people still can't find a job. A large part of the reason is that I relaxed myself in college and did not study hard, resulting in my lack of skills, and the employer's inspection is not good, so it is naturally difficult to find a job. Therefore, no matter what major you study, as long as you put your mind to it, it is good to study.

Electronic information engineering technology is one of the popular majors in the college entrance examination, and it is very popular with male students, what are the future employment prospects of this major? What kind of jobs can graduates do?

1. What is electronic information engineering?

Electronic information engineering is a discipline that applies modern technologies such as computers for electronic information control and information processing, mainly studying the acquisition and processing of information, and the design, development, application and integration of electronic equipment and information systems.

The major of electronic information engineering is mainly to learn the basic knowledge of circuits and master the methods of processing information with computers. First of all, it is necessary to have a solid knowledge of mathematics, and the requirements for physics are also very high, and mainly in electricity; It is necessary to learn many basic courses such as circuit knowledge, electronic technology, signals and systems, computer control principles, communication principles, etc. To learn electronic information engineering, you also have to design, connect some circuits and combine them with computers to conduct experiments, and the requirements for hands-on operation and tools are also relatively high.

2. What is the employment direction of electronic information engineering?

The training direction of electronic information engineering majors in each school is slightly different, resulting in different employment directions. After graduation, students majoring in electronic information engineering are engaged in the production, development and sales of electronic products, and the development, application and maintenance of electronic information systems. You can also work in the network and information industry and related positions.

With the deepening of social informatization, most industries need electronic information engineering professionals, and the salary is very high. After graduation, students can engage in the design, application development, and technology management of electronic equipment and information systems. For example, as an electronic engineer, design and develop some electronic and communication devices; As a software engineer, design and develop various hardware-related software; As a project leader, planning some large systems, which requires a lot of experience and knowledge; You can also continue your studies to become a teacher, engage in scientific research, etc.

Industry: After graduation, he mainly works in electronic technology, new energy, construction and other industries, roughly as follows: electronic technology, semiconductors, integrated circuits, new energy, construction, building materials, engineering, instrumentation, industrial automation, Internet, e-commerce, computer software, communications, telecommunications, network equipment, etc.

3. How much is the monthly salary of a graduate majoring in electronic information engineering?

Graduates majoring in electronic information engineering have gone to operators, such as mobile, telecom, and China Unicom; There are those who go to Huawei and ZTE; There are also state-owned enterprises, such as the aerospace department and the national radio measurement department. With the gradual liberalization of 5G networks, electronic information engineering will usher in better development opportunities, and the employment situation and employment channels of graduates will be better.

If you study well in a prestigious university, you will be able to get a job. The employment direction is mainly engaged in the application and research and development of electronic products, the maintenance of electronic information systems and the Internet-related industries.

I think this major is quite easy to employ, and the direction of employment is generally some computer companies or network information companies.

I think it's particularly good to be employed. The direction of employment is some computer network companies, and some game design companies.

A: I think it's relatively easy to get employed. After all, science and technology are relatively developed now, and science and technology information services are inseparable from them. After graduation, you can go to mobile, Netcom, Huawei, etc., and you can enter state-owned enterprises.

Studying electronic information engineering is generally not regretted, because the major of electronic information engineering is to cultivate the basic knowledge and application ability of electronic technology and information systems. Senior engineering and technical personnel and management personnel who can engage in the research, design, development, application and management of various electronic information systems, equipment and information systems. His main research areas are information acquisition and processing, development and application of electronic equipment and information systems, covering computer technology, communication technology and microelectronic technology, with computer technology as the core.

Secondly, for the employment direction, this major can be engaged in the assembly, commissioning, testing, application and maintenance of various electronic products and equipment. Graduates majoring in electronic information engineering have wide adaptability in engineering technology, wide range of employment opportunities, high employment rate, strong practical ability, quick start, and can be engaged in the production and operation of electronic products, and engaged in technical management and development in electronic information-related enterprises. It is mainly aimed at the production enterprises and business units of electronic products and equipment, as well as the safety operation and maintenance management of some mechanical and electrical equipment, communication equipment and computer control equipment of some enterprises and institutions.

In addition, senior electronic information science and technology professionals who can be engaged in scientific research, teaching, scientific and technological development, product design, and production technology management. The employment range is very wide, the employment rate is high, and the graduates have strong hands-on ability and are quick to get started. It can be engaged in the production, operation and technical management and development of electronic products in electronic information-related enterprises.

This major cultivates senior professionals, new technologies and new processes engaged in the design, manufacturing, maintenance, management and research and development of new products in the field of electronic technology.

It is important to know that this major mainly deals with electronic equipment and its system applications。Without hardware, these analog signals cannot be acquired. To achieve these functions, the mobile phone must have a motherboard and chips, which involves microelectronics science and engineering, integrated circuit design, and integrated systems.

Professionalism is to solve this problem. Mobile phones are controlled by chips, and in the process of moving from hardware to software, there are some specialties that combine software and hardware.

No regrets. The employment directions of electronic information engineering mainly include: communication, digital electronic circuits, signal processing, microelectronics, etc.

In the field of communication, you can be engaged in engineering design, software development, etc.; In the field of digital electronic circuits, it can be engaged in programming, industrial control, etc.; In the field of signal processing, it can be engaged in image processing, pattern recognition, etc.; In the field of microelectronics, it can be engaged in circuit design, front-end and back-end development. Waiting for work.

Studying electronic information engineering is generally not regretted, because the employment prospects of this major are very broad, and you can get a high-paying job after graduation, and now this major is also a relatively popular major; After graduation, you can go to some software development companies to engage in the profession of engineer, you can also do information security work, you can go to the civil service examination or career editor.

You won't regret learning this major, it has a wide range of employment prospects, it's easier to find a job, and the salary is better; Electronic system design, hardware implementation, programming control, Internet of Things, intelligent hardware, communication direction, etc. are all jobs they can engage in.

Electronic communication engineering college degree cultural education, tooHigher vocational education. Higher vocational colleges are the high link of vocational and technical education, and the classroom teaching of higher vocational colleges must be integrated into the work of social development as the overall goal, focusing more on the classroom teaching of professional skills, the key to shaping the technical work ability of college students, etc., focusing on the integration of basic theory and specific use, and college graduates generally have the ability to work immediately in the work. To put it more immediately, the key shape is that the field of electronic communication engineering for technical workers now has a very strong development potential.

Especially with the development trend of high-tech industries such as Internet of Things technology, FPGA, and embedded technology

It has had a huge impact on electronic information professionals. This technical college graduate is a high-end skilled talent who is mainly facing the company's front-line electronic equipment assembly and actual operation, adjustment, maintenance, testing and quality management, processing technology and construction site management, marketing and service support and outsourcing, as well as professional and technical personnel related to the front-line production and manufacturing of electronic equipment. It can be divided into the following levels:

The professional and technical personnel of the front-line production and manufacturing of electronic device processing plants are <> in the technical implementation, manufacturing institutions, and technical level management of the electronic equipment engaged in the production company

and the actual operation, management methods and protection of electronic products and operating systems. Electronic device sales staff, this does not need to be too detailed. The major of electronic communication engineering technology shapes senior engineering design talents who have the basic knowledge of electronic information technology and information management system, and can do scientific research, design scheme, manufacturing, application and research and development of various electronic products and information management systems.

The technical major of vocational college diploma is generally used in electronic products and communication systems, mainly assembly, maintenance, and equipment maintenance, such as the assembly of mobile phones by Netcom companies, and <>

Fiber optic broadband, network communication these installation systems, maintenance, operationMaintenance, maintenance, after-sales of electronic equipment. Electronic engineer, develop and design some electronic devices and communication components; Software engineer, developing and designing a variety of mobile phone software related to hardware configuration; Project Supervisor, program planning some large system software; quality control, e.g. QC; marketing, and after-sales, etc.; MCU development, embedded operating system development and design.

The major of electronic information engineering is still relatively popular; After graduation, you can be engaged in the research of electronic information systems such as radar, navigation, communication, design, manufacturing and management, as well as work in the direction of integrated circuits, as well as work in multi-direction work and signal processing.

This major is very popular, and after graduation, you can choose to enter a large factory and choose to be a programmer.

Be; Hardware designers, hardware R&D personnel, software management personnel, Internet personnel, software engineers, etc.

Electronic information engineering is an engineering major that almost every school has, and the employment is mainly in first-tier cities, and the salary is also good. But there is also the saying "don't learn electronic information engineering", why is this? What are the Job Prospects for Electronic Information Engineering?

This statement is just a complaint from many students, and it doesn't really persuade everyone not to learn. I summarized the statements of netizens, and the reason why I said "don't study electronic information engineering" is mainly because the major is difficult to learn:

1. There are many courses in electronic information engineering, and it is difficult to grasp the key points.

Students who study this major have a feeling that they have learned a lot of things, and there is no specific direction, which is similar to automation, and the courses of computer, communication engineering, electronic science and technology, control science and other majors must be studied.

There are many basic courses in electronic information engineering, and at least half of the courses are related to mathematics and science, and there is a certain degree of difficulty. Learning basic circuit knowledge and mastering how to process information with a computer are the basic skills of this major, but it is really difficult to learn them well.

In addition, this major also requires hands-on design, connecting some circuits and combining computers for experiments, which requires high hands-on operation and the ability to use tools. Because of this, some seniors persuaded him to quit and said that he should not apply for the exam.

2. So don't really study the electronic information engineering major in Xiling?

In fact, electronic information engineering is a very good major, is one of the top ten high-paying majors, and in recent years, the development of the Internet is getting better and better, the employment prospects of related majors are getting better and better, more and more positions, and the salary is relatively considerable, so it is naturally a major worthy of everyone to apply for.

The employment prospects of electronic information engineering majors are considerable;

1. Employment is most concentrated in first-tier cities.

Beijing and Shenzhen account for more than 60 percent. The employment talents in these two regions are more in the fields of IT Internet and new energy. In addition, Zhengzhou is also very attractive to talents majoring in electronic information engineering.

2. The salary is higher.

Electronic information engineering majors have a clear salary advantage, and jobs are easier to find. However, after five years of work, the growth of electronic information engineering majors is slightly weak.

On the whole, electronic information engineering is a good choice because it is easy to employ, has a considerable salary, and is relatively easy to work in.

The career paths that graduates of this major can choose from are roughly as follows:

1. Electronic system design, hardware implementation, programming control;

2. Internet of Things, intelligent hardware;

3. Power supply, analog circuit, including linear power supply, switching power supply, transformer;

4. Radio frequency, microwave circuits, radio electronic circuits, including antennas, microwave solid-state circuits;

5. Signal processing, microelectronics.