Applying for a major, questions about electronic information engineering?

In general, communication is better than electronics, because the country's investment in 3G and the Internet of Things is quite huge. The three better schools in the field of communications, Tsinghua University, Xidian University, and Beijing University of Posts and Communications, are the best. It is a group of 985 universities such as Southeast University and University of Electronic Science and Technology of China.

Beihang is good in this regard, but it is by no means top-notch. There are many professional outlets, such as entering telecom operators such as China Mobile, China Unicom, and China Telecom; Communication equipment manufacturers: Huawei, ZTE, etc.

There are also telecommunications planning and design institutes that can enter the provinces. Of course, this profession is now becoming more and more open, and it is no longer limited to the single industry of communications.

The electronics industry is also good, all electronic equipment is to have the foundation of electronics, this major began to be employed and the salary is not high, because all universities in the country have this major, so there are a large number of people. After basically going to graduate school, the income is still satisfactory. And the coverage of this major is far more than that of the communication major.

In fact, the communication engineering major is also a small major subdivided from the electronics major. The above-mentioned enterprise electronics majors can also be competent, and you will choose according to your interests in the third year of college, and if you choose the direction of communication, the two are basically the same. In addition, the country's investment in electronics has also increased recently, and a large number of major industrial bases have been built one after another.

The working environment of these two should be said to be relatively comfortable, basically in the office and laboratory, and the income is not comparable to oil, which is life for money, there is no comparison. Of course, if you enter Huawei and go abroad to work in Africa, the salary is higher than oil. This is all the reality.

Of course, the petroleum major makes a lot of money, and the speed of making money is very fast (the words are not rough), but the very, very hard work basically has to stay in the oil field, the salary is high because there are subsidies for remote areas, in fact, there is nowhere to earn, and part of it is to play oil for private bosses, and there will be some commissions that will not be less than 8 10w. It's all field work, so it's hard. After 5 years of basic work, those who have a relationship or are more active can still return to work in the city organs.

Finally, I would like to tell you that electronics and communication engineering have extremely high requirements for mathematics, and it is very difficult to take the number one test in the graduate school entrance examination, and the number two test in the petroleum test is the least difficult. In terms of overall difficulty, the first two are slightly more difficult than oil and challenging.

I wish you the best of luck in applying for an ideal university and your ideal major!!

I myself am an electronic information engineer, I want to tell you, don't expect to be employed in the field of electronic information, the current situation is to require experience, and do hardware research and development, embedded is not very easy to find a job, the so-called wide-caliber employment on the network actually means that this major is to learn a lot of content, but more is not fine, after learning you will find that you do not have your own core competitiveness, the junior internship is particularly entangled, HR asks you what ability is the strongest, you have no ,。。 According to my experience, there must be a competitiveness that can be used, and wide-caliber employment actually means unemployment, so don't be superstitious about this profession. This is my most genuine experience, I am not alarmist, this is the truth.

I'm just a personal experience, believe it or not.

Electronic information engineering is not the worst major. Electronic information engineering is a very good major, with a wide range of employment prospects and a high salary. Major in electronic information engineering.

After graduation, you can go to the semiconductor industry.

If you are engaged in R&D, you can also work in the field of communication to develop and design information systems. Electronic information engineering is a wide-caliber major, and it is suitable for industries that are popular now and have great potential for future development.

Major in Electronic Information Engineering Technologyof the future

Electronic information engineering technology is widely used in social life, with the intelligent technology manufacturing as the main industrial direction of science and technology research and development, electronic information industry.

It will tend to be digital, networked, and intelligent, which has driven the research and development, application, and control in the field of electronic information engineering technology, and has strong development advantages and prospects in promoting intelligent information systems.

The employment situation and policies of graduates majoring in electronic information engineering technology are good, and the industrial structure is dominated by the intelligent technology industry.

The driving force of the system is that there are more employment opportunities for graduates majoring in electronic information engineering and technology. Electronic information engineering technology can be applied to various field systems, from satellite control systems, aerospace spacecraft control systems, to daily electrical appliances, hard disks, and remote controls.

Dear <> hello, I'm glad to answer for you, I am your ** answer to the bright hunger teacher, the reasons for transferring to the major of electronic information engineering are as follows: 1. Fill in the reasons for changing majors according to your own problems, such as: I am not good at the original major, etc.

2. Fill in the reasons for changing majors according to the situation of classmates and classes, such as: the number of majors selected is full, the teacher in the class is too strict, etc. 3. Fill in the fields that are beneficial to change majors according to the questions of the special number and rough subjects, such as:

The original choice of professional content is too difficult, etc. I hope mine can help you, if you have any other doubts you can continue to ask questions, if your problem has been solved, please give a like, your must be my biggest motivation, thank you for your strong support, Mo Mo Da Mo <>

Not a profession.

1. The main courses are different.

1. Electronic Information Engineering: Advanced Mathematics, Linear Algebra, Probability and Statistics, College Physics, Signals and Systems, College English, Major English and Gao Honghu, Circuit Analysis, Electronic Technology Basics, C Language, High Frequency Electronic Technology, Electronic Measurement Technology, Communication Technology, Automatic Detection Technology, Network and Office Automation Technology, etc. **Technology, microcontroller technology, electronic system design process.

Electronic Design Automation (EDA) Technology, Digital Signal Processing (DSP) Technology, Analog Circuits, Digital Circuits, Microprocessor Principles and Applications, ARM Embedded Systems, Automatic Control, Sensor Principles and Applications, Electronic and Electrical Practices, Electric Submarine Training and other experimental courses.

2. Information Engineering: Circuits, Electronic Technology, Signals and Systems, Electromagnetic Fields and Electromagnetic Waves, Principles of Automatic Control, Computer Courses, Communication Courses, Signal Processing Courses, and Automatic Control Courses.

Second, the training objectives are different.

1. Electronic information engineering: focus on cultivating the basic knowledge and ability of electronic information technology; Basic ability in electronic product assembly, debugging and design; Have the ability to install, debug, maintain and apply general electronic equipment; Instrumentation capabilities. commissioning, maintenance and management of office automation equipment; It has communication equipment and household capabilities.

Have the ability to read, analyze, install, debug and maintain electronic circuit diagrams; Have the ability to design and organize the intelligent control of electromechanical equipment; Ability to read relevant professional English materials; Strong computer-aided reading skills. The application of computer technology has reached the level of computer level 4.

2. Information Engineering: The information engineering major cultivates knowledge of information acquisition, transmission, processing, utilization, and control system analysis and design. It is engaged in the research, design, integration, manufacturing and operation of information systems and control systems in various sectors of the information industry and the national economy.

Technical and scientific personnel.

This major is a large-caliber major, covering three basic majors: "Electronic Information Engineering", "Communication Engineering" and "Automation (Partial)" in the 1998 Undergraduate Majors Catalog of the Ministry of Education.

Third, the training requirements are different.

1. Electronic Information Engineering: Students in this major mainly learn the basic theories and knowledge of signal acquisition and processing, electronic equipment and information systems. Basic training in electronic information engineering practice, including production practice and laboratory experiments.

Have good scientific quality, the basic ability to design, develop, apply and integrate electronic equipment and information systems, and have a strong ability to update knowledge and a wide range of scientific adaptability.

2. Information Engineering: Students in this major mainly learn the basic theories and basic knowledge of information science and technology, and have received training in information system analysis and design. Basic ability to design, develop, integrate and apply information systems.

One for the fourth-year students majoring in telecommunications.

Electronic information engineering mainly studies the acquisition and processing of information, and the design, development, application and integration of electronic equipment and information systems.

Electronic information engineering is a major that integrates modern electronic technology, information technology and communication technology. This major trains students to master the theory of modern electronic technology, and be proficient in the principles and methods of electronic system design.

The professional courses of electronic information major mainly include quantum mechanics, thermodynamic statistics, optoelectronics, semiconductor physics, electromagnetic fields, digital circuits, analog circuits, microcomputer principles, microwave introduction theory and antenna principles, etc., the major has higher requirements for basic disciplines such as mathematics and physics, so for students with poor foundation in basic theoretical disciplines such as mathematics and physics, electronic information majors are difficult, and courses such as quantum mechanics and thermodynamic statistics have high subject difficulty. It requires a strong sense of comprehension and imagination. However, courses such as digital, electronic, model, and electricity have high requirements for application, and it is difficult to think. There are many courses such as semiconductor physics, some of which are similar to liberal arts subjects, and the knowledge points that need to be memorized are more complicated.

In general, electronic information and science majors have a certain degree of difficulty in learning, for memory, analysis, comprehension and other abilities have a lack of higher requirements, but there is no need to be too nervous, as long as you get the method, learning will also have the effect of twice the result with half the effort.