Computer science and technology are divided into engineering and electrical information classes

The differences between electronic information and computers are as follows:

Electronic information partial electronic integration technology, information transmission, signal processing, etc., can be done in the future electronic equipment and information system design, application development, such as electronic engineers or software engineers, design and development of some electronics, communications-related hardware, and related software.

There are many computer majors, and the scope is relatively wide after graduation, among which the information system direction and the basic courses of electronic information overlap, and there are many other directions, such as software engineering, computer engineering, information security, etc., and the intersection of various disciplines forms a variety of branches, which is very large from the perspective of disciplines, so the job market after graduation is more diversified.

If the two study contents are compared, the proportion of physics and mathematics required by electronic information is large, and most directions of computer science majors rely more on the in-depth study of mathematics, and physics in the hardware direction is also very important. In terms of learning difficulty, they are all majors with very high engineering requirements and heavy learning tasks.

Electronic Information Majors:

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

Electronic information is based on physics and mathematics, in-depth study of the basic laws of information carriers and information processing systems, as well as the relationship between them, and then realize the design and manufacture of electronic devices to the construction of complex information systems and even cover information processing, big data and artificial intelligence all-round innovation disciplines.

The major of electronic information science is a major that cultivates students with the basic theories and basic knowledge of electronic information science and technology, and receives rigorous scientific experiment training and preliminary training in scientific research.

Senior professionals in electronic information science and technology who can be engaged in scientific research, teaching, scientific and technological development, product design, and production technology management in electronic information science and technology, computer science and technology, and related fields and administrative departments.

Electronic information science does not include computer majors, and electronic information science consists of information security, microelectronics, optical information science and technology, electronic information science and technology, etc.

Now is an era of computer technology, learning a skill in computer science, in this society, in the present and the future is not a loss.

You can go to a specialized computer school.

Electronic Information Science The first-level disciplines belong to science, including the following majors: Electronic Information Science and Technology, Microelectronics, Optical Information Science and Technology, Science and Technology Defense, Information Security, Information Science and Technology, and Optoelectronic Technology Science.

Computer science is an electrical information major that belongs to engineering.

Electronic computer technology is a huge discipline that involves the development and application of all computer technologies.

The differences between electronic information and computer are as follows:

First of all, we must be clear that computer science and electronic information are two major majors, and these two categories of majors include many specific majors, such as computer science, including computer science and technology, software engineering, information security, network engineering, Internet of Things engineering and other majors, electronic information including electronic information engineering, electronic science and technology, communication engineering, microelectronics science and engineering, etc. Below, let's talk about their differences and connections from four aspects.

Judging by the learning content. These two types of majors involve both software and hardware, but most of the computer classes are in the direction of software, that is, programming, writing, and data. Most of the electronic information category is in the direction of hardware, that is, the study of signal processing, integrated circuits, electronic components, chips, etc.

In terms of the difficulty of the course, the computer class is mainly learning and some computer-related courses, although it also involves electronic courses, but it is very rare, relatively simple. The difficulty of the electronic information hardware course itself is relatively large, and the software programming also needs to be learned, so the learning intensity is higher and the learning pressure is greater. In addition, the computer class has certain requirements for mathematical grinding, and the requirements for physics are not high, while the requirements for mathematics and physics for electronic information are still relatively high.

From the college level, it is necessary to study computer majors, because it does not require some special laboratory instruments and equipment, as long as there is a computer and the Internet, and the general colleges and universities can meet this aspect. However, in order to learn electronic information majors well, you must have professional laboratory instruments and equipment. If the level of the college is not high, the strength is not strong, and the conditions cannot be met, then there will be no opportunity to practice, and it is difficult to learn this kind of major well.

Employment status

Judging by the employment situation. Due to the relatively mature and rapid development of the Internet and computer industries, the current computer undergraduate employment range is wide, there are many positions, and the salary is relatively good. Although the potential of the electronics industry is huge, the country is also vigorously developing, but due to the constraints of various conditions, the speed of development is still not as fast as the IT industry, up to now, the scope of employment is narrower, there are not many jobs than computers, and there are some gaps between salary and computers.

In fact, in the end, many of these people who are unemployed have also changed careers to engage in computer positions. In addition, it should be noted that the technology of the computer industry is updated rapidly, and the learning ability of practitioners is high. Someone once said that in the electronics industry, as long as you can hold on for ten years, you will be worth a lot of money after ten years.

The differences between computer and electronic information are as follows:

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. Electronic information engineering has covered many aspects of society. Electronic information engineering is a major integrating modern electronic technology, information technology and communication technology.

This major cultivates senior engineering and technical talents with innovative ability who master modern electronic technology theories, are familiar with electronic system design principles and design methods, have strong ability to apply computer, foreign language and corresponding engineering technology, and are oriented to electronic technology, automatic control and intelligent control, computer and network technology and other fields of electronics, information and communication.

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 a lot of basic courses such as circuit knowledge, electrical fundamentals, electronic technology, signals and systems, computer control principles, and communication principles.

Computer science is a wide-caliber major that combines computer hardware and software, is system-oriented, and focuses on applications. Through basic teaching and professional training, we will cultivate senior talents with solid basic knowledge, broad knowledge, strong engineering practice ability, pioneering and innovative consciousness, and engaged in scientific research, education, development and application in the field of computer science and technology.

The main courses offered in this major are: Electronic Technology, Discrete Mathematics, Programming, Data Structure, Operating System, Composition Principles of Computing and Computing Computers, Microcomputer Systems, Computer System Structure, Compilation Principles, Computer Networks, Database Systems, Software Engineering, Artificial Intelligence, Computer Graphics, Digital Image Processing, Computer Communication Principles, etc.