What kind of work can be done in the electronic information engineering technology major?

Training objectives of electronic information engineering: to cultivate high-level engineering and technical talents who have the basic knowledge of electronic technology and information systems, and can engage in the research, design, manufacturing, application and development of various electronic equipment and information systems.

Therefore, if you are looking for a job within your major, you should simply talk about technology. To elaborate it is:

Electronic materials engineering and technical personnel: engaged in the research, development, design and production of semiconductor materials, optical fiber and cable materials, electronic ceramics, electronic component materials, as well as the research and application of electrical material measurement technology. The main tasks he is engaged in include:

1) Research, development, design and production of silicon monocrystals, silicon wafers and epitaxial wafers, gallium arsenide monocrystals and epitaxial wafers, semiconductor sensitive materials, etc.; (2) Research, development, design and production of single-mode optical fibers and optical cables, polarization retention optical fibers, high-strength optical fibers and optical cables, etc.; (3) Research, development, design and production of electronic ceramic materials, functional composite materials, functional polymeric materials, piezoelectric crystals and thin films, ferroelectric materials, sensitive component materials, etc.; (4) Research and development of measurement technology and application of electronic materials.

Electronic components engineering and technical personnel: engaged in the research, development, design and production of electronic components, electronic packaging and electronic components testing and testing. The main tasks he is engaged in include:

1) Research, development, design and production of integrated circuits, semiconductor discrete devices, electric vacuum devices and special devices; (2) Research, development, design and production of resistor-capacitance components, sensitive components, magnetic devices, quartz crystals and devices, electronic ceramics and piezoelectricity, ferroelectric crystal devices, electromechanical components, electronic cables, optical fiber and cables, chemical and physical power supplies, laser, infrared technology applications, etc.; (3) Research and development of electronic component packaging technology and its application; (4) Research and development of electronic component testing and testing technology and its application.

Radar system engineering and technical personnel: engineering and technical personnel engaged in the research, development, design and production of radar and navigation system engineering. The main tasks he is engaged in include:

1) Research, development and design of radar system engineering; (2) Research, development and design of navigation system engineering; (3) Research, development, design, and production of radar and navigation equipment.

1) Research, development, design, production, use and maintenance of first-class equipment and systems, as well as televisions, television broadcast control equipment, laser discs, video recorders, etc.; (2) Research, development, design and production of audio equipment and systems, as well as audio broadcast control equipment, combined audio, tape recorders, laser turntables, etc.

Electronic Instruments and Measurement Engineering and Technicians: Engineering and technical personnel engaged in the research, development, design, production, use and maintenance of electronic measuring instruments and systems and medical electronic instruments. The main tasks he is engaged in include:

1) Research, development, design, production, use and maintenance of general electronic measuring instruments and systems; (2) Research, development, design, production and maintenance of resistors, capacitors, semiconductor devices, printed circuit boards, optical boards and other automatic measurement instruments and systems; (3) Research, development, design, production and use of medical electronic instruments and equipment such as display, diagnosis, monitoring, physiotherapy, etc.

Electronic Information Engineering Technology Major: Cultivating technical talents.

It can be said that the major of electronic information engineering is very good, and its employment prospects are also very broad, and what is this major? It mainly learns the processing of information, that is, how the information is communicated, that is, through electronic technology to convey information, store information, process information, and so on. For example, the keyboard of our mobile phone, why do we press it will react, and similarly, there is how to display the text and image through electronic information, and the research of electronic information engineering is actually these, and the learning content of electronic information engineering is also based on the characteristics of the discipline.

Similarly, because electronic information engineering is a discipline that applies modern technologies such as computers for electronic information control and information processing. Therefore, for students who choose to major in electronic information engineering, the main content of learning includes basic circuit knowledge, in addition, at the same time, it is also necessary for students in this major to master the methods of processing information such as computers, and at the same time, it can be said that the major covers a number of basic courses, including electrical fundamentals, electronic technology, signals and systems, computer control principles, etc. The main courses of electronic information engineering include digital signal processing, automatic control principle, computer technology series courses, information theory and coding, circuit theory series courses, electromagnetic field theory, sensing technology, etc.

Therefore, in fact, for students who want to apply for electronic information engineering, the general recommendation is that the foundation of physics and mathematics should be relatively solid. It will be easier to study this major, so that this major can also be said to be more suitable for you. In addition, the development of various fields can be said to be closely related to electronic information technology, so the market demand for talents in this area is also very large, so it can also be said that learning this profession can also help you have very good employment prospects.

Students who graduate from the Electronic Information Engineering major can be engaged in the research, manufacturing, design, application and development of information systems, electronic equipment and communication systems.

C language, operating system principles, electromagnetic waves, signals and systems, communication electronic circuits, etc., these are all things that need to be learned, and the employment prospects of this major are still very good, because in the current information age, this kind of job is particularly easy to find and in great demand.

The employment prospects of this major are very good, and the content of learning is mainly some ** programming and hardware production and some software, PHP, JVJA, C++, etc., and there will be a certain description of some web page production.

In fact, it is mainly to deal with some of the content of some information, and to apply this information to other industries more rationally, the employment prospects are very good, and it is also about the key industries of information.

1. Major in electronic information engineering.

Out can be done: to all kinds of applications of electronic technology.

engineering and technical personnel engaged in the introduction, development, operation and maintenance of enterprises; Soft Fluid Roller Engineer who works in various software development jobs in the computer industry.

Wait a minute. 2. Electronic information engineering is an undergraduate major in ordinary colleges and universities, which is an electronic information major, and the basic study period is 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".

Middle. 3. 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 analysis, enterprise management and e-commerce.

1. The major of electronic information engineering technology mainly studies the basis or foundation of circuits, the foundation of electronic circuits, the principle of computer composition, C language programming, single-chip microcomputer technology, sensor and detection technology, the production and maintenance of electronic products, electronic product drawing and plate making, etc.

2. Employment direction of electronic information engineering technology

1) After graduation, students of this major can engage in the research, design, manufacturing, application and development of various electronic equipment and information systems.

2) Those who are familiar with the network can do network management, network maintenance, and construction of enterprises and institutions.

3) If you are proficient in using Protel, you can find work on the circuit board, such as designing PC board cards and so on.

Students can be engaged in the research and development of computer hardware or IT products, the computer management and application department is engaged in computer software development, and the computer is used as the main tool to engage in art design or tool research.

Regarding the direction of integrated circuits:

Integrated circuit design.

Integrated Circuit Application Engineer.

Integrated Circuit Verification Engineer.

Regarding the direction of electrons:

Electronics Engineer |Technician.

Electrical Engineer |Technician.

Circuit Engineer |Technician.

Electronic software development.

Embedded software development.

For engineering directions:

Test Engineer.

Senior Hardware Engineer.

Hardware Engineer.

Software engineer.

Senior Software Engineer.

Communications Technology Engineer.

With the deepening of social informatization, most industries need electronic information engineering professionals, and the salary is very high. After graduation, students can engage in the design, application development, and technology management of electronic equipment and information systems.

For example, as an electronic engineer, design and develop some electronic and communication devices; As a software engineer, design and develop various hardware-related software; As a project leader, planning some large systems, which requires a lot of experience and knowledge; You can also continue your studies to become a teacher, engage in scientific research, etc.

With the rapid development of electronic information engineering technology, in order to improve the market share, the company has higher and higher requirements for electronic information engineering professionals.

The major of electronic information engineering is mainly to learn the basic knowledge of circuits and master the methods of processing information with computers. 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 many basic courses such as circuit knowledge, electronic technology, signals and systems, computer control principles, communication principles, etc.

The major of electronic information engineering cultivates senior engineering and technical talents and management talents who have the basic knowledge and application ability of electronic technology and information systems, and can be sensitive to the research, design, development, application and management of various electronic equipment, information systems, and radio and television systems.

There are many courses mainly studied in electronic information engineering, including: advanced mathematics, linear algebra, probability and statistics, college physics, signals and systems, college English, professional English, circuit analysis, electronic technology basics, C language, high-frequency electronic technology, electronic measurement technology, communication technology, automatic detection technology, network and office automation technology, multi-chip technology, single-chip microcomputer technology, electronic system design technology;

Electronic Design Automation (EDA) Technology, Digital Signal Processing (DSP) Technology, Analog Circuits, Digital Circuits, Microcomputer Principles, Microcontroller Principles and Applications, ARM Embedded Systems, Automatic Control, Sensor Principles and Applications, Electronic and Electrical Engineering Internships and Electronic Process Training and other experimental courses.

The electronic information engineering major spans the three major fields of electronic information and computer, and the learning content is still partial to hardware, and the employment direction mainly has the following outlets:

Clause. 1. Hardware engineers, such as electronic engineers, hardware testing, chip development, etc., this direction is biased towards manufacturing enterprises, such as mobile phone manufacturers, motherboard manufacturers, computer factories, etc.

Second, PCB development and production, PCB refers to the printed circuit board, now as long as it is electrified, there are basically circuit boards.

Clause. 3. Embedded development, requiring C language, C++ assembly language, embedded is an important means to make objects intelligent, embedded development is an important content in the direction of the Internet of Things, is the study of algorithms, algorithm research is an important content of artificial intelligence, if you learn well, you can develop in the direction of artificial intelligence.

Therefore, the electronic information engineering major is a pure technical major, which can be engaged in technical support and development in manufacturing, Internet of Things, artificial intelligence and other industries, as long as the technology is in place, the job is still easy to find, because this professional knowledge is wide, it is recommended to determine the main direction in advance during school.