What are the directions of electronic information engineering and what are the professional directio

I think that (I am a graduate student of electronic information engineering), there are four main directions of electronic information engineering: electronics, communication, automation, and intelligent science, as follows

Electronics, specifically divided into two directions: hardware and software development.

The hardware includes electronic circuit design (including circuit schematic design, component selection and interface design, PCB (printed circuit board) design, chip design (solid-state electronics));The software has embedded system (single-chip microcomputer, ARM processor, digital signal processor, PFGA, CPLD) software development, which can be engaged in the design, manufacture and maintenance of electronic (digital) products.

Communication, computer network communication, wireless communication (mobile, broadcasting, radar, short wave, satellite), wired communication (cable, optical fiber, cable), communication signal processing (signal amplification, filtering, conversion), multi-information processing (sound, image, processing).

Automation has automatic control of instruments and equipment, industrial control, machinery manufacturing, network control, etc., and can be engaged in the design and manufacture of automobiles, transportation, electric power, industrial equipment, industrial assembly line design and maintenance in the future.

Intelligent science mainly includes machine vision, machine hearing (speech recognition), machine learning, robot design and other directions, and can be engaged in robot-related industries in the future, and intelligent equipment design (such as smart home appliances, smart street lights, etc.) is a relatively new direction.

I'm just summarizing it roughly, and the details can be encyclopedia. Generally speaking, electronics, communications, and computers are inseparable and closely related to each other. If you want to learn any of these majors well, you must lay a good foundation for hardware knowledge and software design of electronic majors at the undergraduate level, and find a more specific direction (such as single-chip microcomputer application system design) in combination with your own hobbies and existing conditions, so as to apply what you have learned to form your ability.

After that, it is necessary to extensively dabble in the knowledge of other disciplines, and it is easier to produce innovative results by intersecting knowledge from different disciplines.

A bit off topic, hope it helps.

This major is a cutting-edge discipline, and all fields of modern society and people's daily life are closely related to electronic information technology. There are many enterprises and institutions engaged in the production, sales and application of electronic technology products throughout the country. With the acceleration of the pace of reform, there will be more and more such enterprises and institutions.

In order to promote the development of the market economy, cultivate a large number of college level education, can comprehensively use the knowledge and skills learned, adapt to the requirements of the development of modern electronic technology, and engage in the production, installation and commissioning, operation and maintenance, sales and after-sales service, new product technology development and other application-oriented technical personnel and management personnel related to the products and equipment of enterprises and institutions are the objective needs of social development and economic construction, and the market demand for such talents is increasing. For this reason, the talents of electronic information engineering have a wide range of employment prospects, and graduates can be engaged in the research, design, manufacturing, application and development of electronic equipment, information systems and communication systems.

Software, C language, programmer hardware, microcontroller, embedded (ARM, FPGA, DSP) personal understanding.

Engaged in the production, installation and commissioning, operation and maintenance, sales and after-sales service, new product technology development and other application-oriented technical and management personnel of enterprises and institutions related to the production of products and equipment.

The highest level is embedded development.

What are the similarities and differences between this major and communication engineering?

2.You can also go to the post and telecommunications, energy, transportation, finance, public security, national defense, radio and television and other departments to engage in the operation and technical management of electronic equipment and systems;

3.Postgraduate entrance examination is a good choice. The demand for graduates majoring in electronic information engineering continues to grow, but the requirements of employers for talent levels are also constantly escalating, that is, from undergraduate and junior college to master's and doctoral students.

4.Information engineering and technical personnel: engaged in the introduction, development, operation and maintenance of various enterprises applying electronic technology;

Further reading: Postgraduate Direction: Disturbance can apply for master's programs such as electronic science and technology, optical engineering, physics, optics, etc.

Training objectives: to cultivate high-quality professionals who can meet the needs of social and economic development, master the necessary basic knowledge of mathematics and natural sciences and corresponding professional knowledge, have good learning ability, practical ability, professional ability and certain innovation and entrepreneurship ability, and be physically and mentally healthy, and can be engaged in the research, design, development, manufacturing, application, maintenance and management of systems, equipment and devices in electronic information and related fields.

Summary. Electronic information engineering chooses communication engineering to develop well.

After graduation, they can engage in research, design, technology introduction and technology development in the fields of wireless communication, television, large-scale integrated circuits, intelligent instruments and applied electronic technology, design and communication engineering. Analysis of the employment prospects of communication engineering majors According to statistics, the area with the best employment prospects for communication engineering majors is: Beijing.

It is ranked 10th in the Electrical Information category.

There are two main enrollment methods for communication engineering majors: in addition to the enrollment of the first-level discipline of communication engineering, there are many colleges and universities that recruit students in the form of "electronic information science". Such as Tsinghua University, Shanghai Jiao Tong University, Beijing University of Aeronautics and Astronautics, etc.

Therefore, candidates must clearly see the major direction of major enrollment when applying for the exam.

Which direction should I choose for the development of electronic information engineering?

Hello, I am Mr. Wu, the workplace mentor of Tongsan Cooperation, who is happy to serve you. I've seen your question and I'm sorting out the answer, so please wait a moment

Electronic information engineering chooses communication engineering to develop well. After graduation, they can engage in research, design and communication engineering research, design, technology introduction and technology development in the fields of wireless communication, television, large-scale integrated circuits, intelligent instruments and applied electronic technology. Analysis of the employment prospects of communication engineering majors According to statistics, the areas with the best employment prospects for communication engineering majors are:

Beijing. It is ranked 10th in the Electrical Information category. There are two main ways to enroll students in communication engineering:

In addition to recruiting students in the first-level discipline of communication engineering, there are many colleges and universities that recruit students in the form of "electronic information science". Such as Tsinghua University, Shanghai Jiao Tong University, Beijing University of Aeronautics and Astronautics, etc. Therefore, candidates must see clearly the direction of the major enrollment when applying for the examination.

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There are three directions in electronic information engineering; 1.Radar 2, Internet of Things 3Zhuo Gong. Which one is better.

Personally, I suggest the Internet of Things, in fact, there is not much difference, but the Internet of Things is easier, and the Internet of Things is harder, communication, and soft.

The major of electronic information engineering is divided into: electronic science and technology, information and communication engineering, computer science and technology, etc.

Electronic Science and Technology cultivates senior engineering and technical talents with broad theoretical foundation, experimental ability and professional knowledge in the field of physical electronics, optoelectronics and microelectronics, and can be engaged in the design and manufacture of various electronic materials, components, integrated circuits, and even integrated electronic systems and optoelectronic systems, as well as the research and development of corresponding new products, new technologies and new processes.

Information and communication engineering is committed to the research and application of radio, television, circuits, animation, images, new, Internet, Internet of Things, artificial intelligence, art and technology and other scientific and technological fields. Students should have a good foundation in mathematics, English, physics, chemistry, computer science, logical analysis, reading comprehension, art and design.

Computer Science and Technology major in Introduction to Big Data Technology, Data Acquisition and Processing Practice (Python), Web Front and Back End Development, Statistics and Data Analysis, Machine Learning, Advanced Courses such as Travel Data Front, Data Visualization, Cloud Computing Technology, Artificial Intelligence, Natural Language Processing, Software Engineering, Operating System, etc., as well as a series of experiments in the direction of big data, and complete program design, silver destruction data analysis, machine learning, data visualization, big data comprehensive application practice, Professional training and graduation project and other practical links.