What are the application fields of electronic information technology?

Electronic information mainly includes the following aspects: electronic science and technology, integrated circuit design and integrated system, electronic information engineering, electronic information science and technology, and communication engineering. The Information and Communication Technology (Telecommunication Technology) major deals with the communication, transit and processing of information, of which radio technology must be used in information communication.

The important fields of electronic information engineering technology include digital information processing, electronic and optical information technology, high-frequency technology and communication network. Based on the importance of digital information processing technology (digital technology), electronic computers and computer programs play a leading role. The Automation Technology major deals with the development and application of process control technology, including the production and use of the required hardware and software.

The solution of the problem of automation technology and conduction technology is premised on the application of system theory and regulation technology, measurement technology, process control computer and communication technology. The microelectronics major is of particular importance to the above three majors.

The economic and technological development of these fields depends on the use of circuit boards, semiconductor components, and highly complex integrated conversion circuits. At present, the main employment channels are: the development and design of network software, the research and development of network equipment, the design of electronic information products, the maintenance and management of communication networks, and the integration of information systems.

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; To be a project leader, to plan some large systems, this is an experience

Knowledge is very demanding; You can also continue your studies to become a teacher, engage in scientific research, etc.

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.

The major is a good major: the application is relatively wide, and there are intersections with computers, communications, and electronics; But this line is electrical, so hands-on ability is important.

What can be done:

1. Embedded electronic engineer, this is what I do, I learned from Wu Jianying's single-chip microcomputer development board, and now designs and develops some electronic and communication equipment or systems;

2. Software engineer, design and develop various software related to hardware;

3. Project supervisor, planning some large systems;

4. Quality management, such as QC or something;

5. Sales, and after-sales service, etc.;

6. Packaging and testing, a friend of mine does this, it's not interesting.

The application of information technology includes computer hardware and software, network and communication technology, application software development tools, etc. Since the popularization of computers and the Internet, people have become more and more widely using computers to produce, process, exchange and disseminate various forms of information (such as books, business documents, newspapers, records, movies, television programs, voice, graphics, images, etc.).

In enterprises, schools, and other organizations, information technology architecture is a comprehensive structure for the adoption and development of information technology to achieve strategic objectives. It includes management and technology components, including mission, functions and information requirements, system configuration and information processes; The technical component includes information technology standards, rules, etc., used to implement the management structure.

The Internet of Things and cloud computing as a new height and form of information technology is proposed to develop, the Internet of Things is the combination of technology and computer Internet technology, so that information can be collected, transmitted, processed and executed faster and more accurately, is the latest presentation and application of science and technology.

1. Communication satellites.

Communications Satellite: An artificial Earth satellite used as a relay station for radio communications. Space component of the satellite communication system.

Communication satellite ** radio signals, to achieve communication between satellite communication earth stations (including mobile phone terminals) or between earth stations and spacecraft.

2. Photography.

Photography includes optical imaging devices, photosensitive materials, and imaging processes. Light from an object is projected onto a photosensitive material to form a latent image, which is then chemically or physically transformed into a visible image. Here are some of the branches of optical imaging and photography that have been formed in its development.

3. Laser technology.

The laser has the characteristics of good monochromaticity, strong directionality and high brightness. Thousands of laser working substances have been discovered, with wavelengths ranging from soft X-rays to far infrared. The core of laser technology is lasers, and there are many types of lasers, which can be classified according to different methods such as working substance, excitation mode, operation mode, and working wavelength.

Electronic technology is used in communication networks, transportation, energy conservation and emission reduction, medicine, etc.

1. Communication network: the invention of mobile phones, so that people can communicate at any place and at any time, the use of the network, but also shorten the distance between people, people only need a cable will be the TV network, telecommunications network and computer network together, to meet the needs of people's multi-functional Internet, TV and communication.

2. Transportation: The application of electronic technology in transportation is mainly manifested in intelligent transportation systems and intelligent vehicles; In important places such as roads, airports, ports, etc., electronic technology is widely used in intelligent transportation systems to realize GPS positioning and automatic payment systems.

3, energy conservation and emission reduction: the application of electronic technology, so that the car in energy conservation and emission reduction is effective, now in the auto parts, the composition of electronic products is more and more, it improves the fuel consumption of the car and the content of waste emissions, relying on the green engine, low energy consumption, can reduce the amount of fuel consumption.

4. Medicine: The main applications in medicine include electronic medical records, biochips, portable medical electronic detectors, remote diagnosis and treatment systems, etc.

1. Research on the teaching structure of information technology and curriculum integration.

2. Research on the analysis and utilization of Internet teaching resources

3. Research on Internet-based teaching mode.

4. Use the campus network to conduct teaching research.

5. Research on teaching strategies in the context of information technology teaching.

6. Research on the integration of information technology and various disciplines.

7. Research on the evaluation system of technology and curriculum integration.

8. Research on the application of information technology in the subject curriculum and the teaching design of innovative talent training 9, the research on the mode design of the integration of the discipline curriculum under the condition of information technology 10, and the comparative study of the teaching mode of the new classroom environment.

11. Research on the construction and practice of learning methods in the network environment.

12. Research on research-based teaching programs and material design with information technology as the support environment 13. Case study and evaluation of online education resources and discipline integration teaching in primary and secondary schools.