Planning of electronic information engineering students, how many students are there in electronic i

There are three career paths for this major:

1) The direction of circuit and system is to engage in hardware to learn the basic courses of analog, digital electronic technology, single-chip microcomputer and other majors, as well as common software, such as protel (for drawing circuit boards). After coming out, you can work as an electronic engineer or hardware engineer (if your hardware skills are excellent).

2) Signal processing direction If you want to do this, you have to ask yourself how well you have learned mathematics (advanced numbers, linear algebra, complex functions) to learn the basic courses of signals and systems, digital signal processing and other majors. The main software is MATLAB.

3) RF direction has high requirements for mathematics and physics, otherwise you want to listen to the book of heaven, and you must learn high-frequency electronic circuits, electromagnetic fields and electromagnetic waves.

In addition to the first of the above three directions, if you want to learn well in the electronic information engineering major of the university, you really can't do it.

You say that you want to engage in communication, in addition to the basic courses of the major (which must be learned), learn information theory and coding, communication principles, and then go to graduate school (I don't say much about the conditions for the postgraduate entrance examination), you think, although the first three years of electronic information engineering and the curriculum of communication engineering are basically the same, but people want to recruit communication engineers, of course, you must give priority to communication majors, unless you are very good!

In my freshman year, I also wanted to engage in correspondence, but in my sophomore year, I realized that the school gave us very few resources for this direction, or none at all, and probably gave it all to correspondence. So, I changed my mind and worked on hardware, and now I'm in the Innovation Lab (I should say every school has it), and I'm preparing for the smart car competition. I don't know what your school is like, but I have one suggestion is, if you don't know how to do math, you should do hardware.

Hello, I am a third-year student in communication engineering, and I am about to enter my senior year.

What is said below is not an opinion, let's share it.

Personally, I think that the freshman and sophomore years are basic courses, and maybe you can't realize what you're doing, and I was a little confused at the time, but later I found out that this was not the case. Let's take graduate school entrance examination or employment after graduation.

If you want to go to graduate school, please don't waste your time, carefully learn high mathematics, probability and linear algebra, as well as the communication principles you will learn.

If you want to be employed, according to the experience of me and my classmates, good grades are still a must (I am a very good senior because of low grade points did not go to a unit that he has worked hard for a long time and is very optimistic), and then there is the experience, although there is no opportunity to intern, but the theoretical part of the unit will be very important, and it is possible to mention it in the written test and interview in the future, and there is to design some management skills, such as club work experience and so on.

I think it's best to grasp it yourself.

Hello everyone, I am a student of Ganzhou Normal College, although I am not majoring in electronic information engineering, but my school has this major in electronic information engineering. In order to better introduce the major of electronic information engineering, I have learned some professional knowledge of this major in our school, and let me introduce it to you.

Electronic information engineering is an undergraduate major in ordinary colleges and universities, which is an electronic information major, with a basic study period of four years, and a bachelor's degree in science and engineering is awarded. In 1998, the major of electronic information engineering officially appeared in the "Catalogue of Undergraduate Majors in Ordinary Colleges and Universities".

The major of electronic information engineering cultivates senior engineering and technical personnel and management talents who have the basic knowledge and application ability of electronic technology and information systems, and can be engaged in the research, design, development, application and management of various electronic equipment, information systems, and radio and television systems. Graduates have solid knowledge and skills in the application of modern electronic information technology, radio and television technology and information systems. Familiar with new disciplines and technologies in electronic information engineering, with the basic ability of research, design, development, management, application of integrated electronic equipment and information systems, and have the knowledge and ability of preliminary technical source economic analysis, enterprise management and e-commerce.