Is electronic information engineering the worst major? Is it better to learn computer or electronic

Any unilateral outright denial of something is problematic, and the online notion that students "must not do" is often false. In fact, there is no question of whether you can learn a certain course at all, it just depends on the person. Then the items that you find difficult are likely to be easy for others, and the small things that you think are easy are likely to be difficult for others.

So why is there a view that "you should never study electronic communication engineering"? It may be that this major requires a lot of learning content and cannot be integrated. Teachers know that many students have been studying hard for three years in high school, and they are looking forward to relaxing and having fun in college.

According to the professional classification issued by the Ministry of Education, electronic information professional and technical majors.

It mainly includes electronic communication engineering, electronic device science and technology, communication engineering, microelectronic technology science and technology, and optoelectronic information science and engineering.

Project. In terms of learning content, there are two parts of the key to the knowledge of electronic information professional and technical majors, the first part is electronic devices, and the second part is communication networks. Computers.

The professional learning knowledge is more comprehensive, and this kind of technical major will also understand some professional knowledge at the level of electronic information technology. As a matter of fact, the software technology major is a branch of the computer science major. Nowadays, there are many computer majors.

According to the catalogue of technical majors issued by the Ministry of Education.

Computer science majors mainly include computer science and technology, software development, and electronic information engineering.

Network information security and other technical majors. The key to the electronic information professional technology major is to learn and train basic circuit professional knowledge, and grasp the use of computers and other methods to process information, and the basic skills of mathematics should be solid in physics.

The requirements are also very high, especially in the field of electrodynamics in physics. If you are not very good at mathematics and physics, try not to study this kind of technical major, otherwise you will be very miserable.

It is necessary to learn a lot of professional knowledge of power supply circuits, electrical technology, electronic information technology, information content and system software, basic principles of computer system control, communication principles and other basic principles. The computer equipment is closely integrated, in the face of system software, key learning and training, electronic information technology, programming design, etc., more facing the use of wide-caliber technical professionals, the standard is wider.

Of course, electronic information engineering is not the worst major, on the contrary, electronic information engineering is a popular major, and it is very easy to find a job after graduation; In contrast, of course, it is better to learn computer science, because this major is more technical, and the demand for senior computer talents in the society has been in a state of shortage.

It's not the worst major, in fact, computer science is even worse, because after learning computer science, you will forget all about it, and it will be similar to someone who has not studied it.

No, in fact, the employment prospects of this major are quite good, but you have to be admitted to graduate school or above, so I recommend you to choose computer science.

Computer science and technology are good and smile is electronic information engineering, these two are good majors, computer science and electronic information engineering employment prospects are good, now are the Internet era, in addition to these there are many IT majors, good prospects for learning, high salary, decent work, are white-collar industries, 9 to 5.

In IT enterprises, the main employment positions of graduates of this type of major are: management: such as project manager, software architect, hardware architect, etc.; R&D:

Soft ridge lacks several engineers, hardware engineers, system developers, etc.; Testing: software test engineer, hardware test engineer, system test engineer, etc.; Service sales: marketing, pre-sales service, after-sales service, marketing, etc.

In recent years, software development centers, data centers and other units have attracted many computer graduates, mainly engaged in the development and maintenance of data systems, data statistics and management of enterprises and institutions.

In scientific research units and other non-IT enterprises, the equipment of software and hardware, network security, system maintenance, development and other work are also inseparable from computer professionals. Graduates of computer science majors in normal colleges and universities can teach computer courses in primary and secondary schools.

Career direction of computer science.

1. The employment prospects of software engineering are very broad, and students can engage in technology development, teaching, scientific research and management in the field of software engineering in many software enterprises, information technology departments of large and medium-sized enterprises and institutions, education departments and other units after graduation.

After graduation, students can go to large, medium and small telecommunication service providers and communication equipment manufacturing enterprises for technology development, and can also go to other enterprises and institutions to engage in design, maintenance, education and training in the field of network engineering.

3. Network and information security direction, the main discipline is information security and network engineering, students can be the first, national defense, military, telecommunications, electric power, finance, railway and other departments of computer network system and information security management and service of senior professional engineering and technical personnel.

4. After graduation, students in the direction of communication can engage in scientific research, teaching and engineering technology of communication technology and electronic technology in information industry, post and telecommunications, transportation and other institutions.

In fact, these two majors, as far as the country is concerned, are still good, in recent years the Internet industry is more developed, the computer industry is prosperous, will bring a wave of electronic information engineering, such as chips, heterogeneous computing, etc., electrical automation is biased towards industrial control, mainly engaged in the electrical design and development of non-standard equipment, mainly learning PLC and electrical engineering, as well as the basic knowledge of electronics and so on.

The major of electronic information engineering cultivates high-level engineering and technical talents who have the basic knowledge of electronic technology and information systems, and can be engaged in the research, design, manufacturing, application and development of various electronic equipment and information systems.

The main thing is to look at the future employment direction:

1. Electrical engineering and automation: power grid (State Grid, Electric Power Research Institute), engineering bureau (engaged in power plant-related construction, such as China Power Construction), industrial control industry (Siemens, General Motors), electrical equipment companies (Dongdian, Harbin Electric Power, Shangdian, Zhudan Xidian, NARI, etc.);

2. Electronic information engineering: about military enterprises (Beidou and other aerospace communications) of enterprises and institutions such as Mengzhi Communication and Radar, various hardware development protocol research enterprises (Huawei, ZTE, Datang Communications, etc.), chip R&D and manufacturing enterprises (Qualcomm, Spreadtrum, HiSilicon, etc.), and various R&D-based equipment manufacturers.

The courses studied by computer major mainly include Introduction to Big Data Technology, Data Acquisition and Processing Practice (Python), Web Front and Back End Development, Statistics and Data Analysis, Machine Learning, Advanced Database System, Data Visualization, Cloud Computing Technology, Artificial Intelligence, Natural Language Processing, Big Data Case Analysis, Cyberspace Security, Computer Network, Data Structure, Software Engineering, Operating System, etc., as well as a series of experiments in the direction of big data, and complete program design, data state draft analysis, and machine learning, data visualization, big data comprehensive macro application practice, professional training and graduation project and other practical links.

Hello, Electronic Information Engineering.

This major basically has to be admitted to graduate school, and it is difficult to get a job after graduating from an undergraduate degree, because all the basic skills of this major are at the undergraduate level, and all the backbone is at the graduate level.

Relative to electronic information engineering, computer science and technology.

This major is one of the most offered majors in the country after English among all undergraduate majors, and more than 600 undergraduate colleges and universities offer this major. Computer science and technology can be tested for the corresponding civil servant, and you can take the teacher qualification certificate by yourself.

You can also enter the computer industry, and the employment scope is wider than that of electronic information engineering. The biggest challenge of this major at present is that there are too many colleges and universities, and if you want to work in a good enterprise, institution or private enterprise, you usually need to graduate from a good electronic information university, or a university with a good electronic information discipline.

Electronic information engineering and computer majors are better than computer majors.

According to the professional catalogue issued by the Ministry of Education, electronic information majors mainly include electronic information engineering, electronic science and technology, communication engineering, microelectronic science and technology, and optoelectronic information science and engineering. From the perspective of learning content, there are two main parts of the knowledge learned by electronic information majors, the first part is electronics, and the second part is information communication.

According to the professional catalogue released by the Ministry of Education, computer majors mainly include computer science and technology, software engineering, network engineering, information security and other majors. The salary level of computer majors is generally higher than that of electronic information majors, and electronic engineers can overcome the mid-life workplace crisis better than Internet software engineers.

The starting salary of a general computer school graduate will be very high, and the average monthly income after a year of work can also get more than 10,000 Xundong, while the salary gap between graduates majoring in electronic information is very large, and the salary of general schools is much lower than that of computers.

Introduction to Computer Science:

Computer science refers to a wide-caliber major that combines computer hardware and software, is system-oriented, and is more application-oriented. 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 characteristics of computer science are mainly reflected in strong theory and practice, and the rapid development of broad-caliber talents with a solid foundation is cultivated according to the first-level disciplines, which is reflected in the emphasis on the theoretical foundation and professional technical foundation of mathematics, logic, data structure, algorithm, electronic design, computer architecture and system software, etc., and the first two and a half years pay attention to the basic courses of natural sciences and professional basic courses, and broaden the orientation.

The master needs to master the basic theories, basic knowledge and basic skills of programming language, algorithm and data structure, operating system, software design methods and engineering, have strong programming ability, and be able to engage in the development and development of system software and large-scale application software. Master the basic principles, analysis methods and experimental skills of electronic technology and computer composition and architecture, and be able to engage in the development and design of computer hardware systems.

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. After graduating from the information engineering major, you can go to the semiconductor industry to engage in research and development, and you can also go to the communication field to engage in information system development and design.

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.

The future of the electronic information engineering technology majorElectronic 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, the electronic information industry will tend to digital, networked, intelligent development, driven by the field of electronic information engineering technology research and development, application, control in the promotion of intelligent information system has a strong Zheng Yan development advantages and prospects.

The employment situation and policies of electronic information engineering technology graduates are good, and the industrial structure system dominated by the intelligent technology industry is the driving force of electronic information engineering technology graduates. Electronic information engineering technology can be applied to various fields of systems, from the control system of satellites, aerospace spacecraft, to daily electrical appliances, hard disks, and remote controls.