I am studying electronic information engineering, what software should I install? What s the use?

Summary. In general, the electronic information engineering major mainly focuses on hardware, and the employment scope is relatively wide, unless it is a top talent, it is still relatively tiring; Software engineering mainly focuses on software, although China is now relatively lacking in software talents, but the business of foreign software outsourcing is still relatively active, and China is vigorously encouraging the rise of the software industry, so the pouring is still relatively bright. It is recommended to study software engineering, software engineering is the most popular major, with a wide range of employment, and the development prospects are better than electronic information engineering.

Software. In general, the electronic information engineering major mainly focuses on hardware, and the employment scope is relatively wide, unless it is a top talent, it is still relatively tiring; Software engineering mainly focuses on software, although China is now relatively lacking in software talents, but the business of foreign software outsourcing is still relatively active, and China is vigorously encouraging the rise of the software industry, so the pouring is still relatively bright. It is recommended to study software engineering, software engineering is the most popular major, with a wide range of employment, and the development prospects are better than electronic information engineering.

1. Master the basic theories and technologies related to electronic informationBasic computer theory, application and development capabilities; He has a major in systematic and electronic information.

Relevant engineering practice or scientific research training experience, understand the production process, equipment and manufacturing system, and understand the development status and trend of electronic information majors.

2. Be proficient in the use of common electronic instrumentsInitially have the ability to design and implement engineering experiments in the field of electronic information, and be able to analyze the experimental results; Have the basic ability to analyze, propose solutions and solve theoretical or engineering practical problems in the field of electronic information, and can participate in the design, operation and maintenance of related systems.

3. Master a foreign language, can read electronic information engineering.

Foreign language materials, with a certain international perspective and cross-cultural communication and cooperation skills.

Professional training objectives.

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 and economic analysis, enterprise management and e-commerce.

The above content reference: Encyclopedia - Electronic Information Engineering.

Students will learn the basic theories and basic knowledge of electronic information engineering, and the basic ability of professional knowledge systems in application development.

This major cultivates interdisciplinary engineering and technical talents with modern electronic technology theories, familiar with electronic system design principles and design methods, strong computer, foreign language, corresponding engineering technology application ability, and tracking new theories, application development and technology management in the professional field.

Compound engineering and technical personnel who have strong computer, foreign language, and corresponding engineering and technology application skills, as well as the ability to track new theories, new knowledge, and new technologies in their professional fields, and can be engaged in scientific research, product design, process manufacturing, application development, and technology management of various electronic equipment and information systems in the fields of information and communication, electronic technology, intelligent control, computer and network, and administrative departments.

Electronic Information Engineering Knowledge and Ability:

1. Physically and mentally healthy, with good engineering professional ethics, patriotic dedication, rich humanities literacy and sense of social responsibility, and the pursuit of excellence;

2. Have the mathematical knowledge and other related natural science knowledge required for scientific research, engineering design, technical services and other work in the field of electronic information engineering;

3. Have a good sense of quality, environment, occupational health, safety and service;

4. Master the basic theories and basic knowledge of signals and systems, electronic technology, electromagnetic fields and electromagnetic waves, information theory, computer basics, etc.;

5. Master the basic knowledge of basic analysis, design, development, testing and application of electronic systems, signal processing, information transmission, etc., have the basic ability to integrate electronic equipment and information systems, have the basic ability to comprehensively use scientific theories and engineering technology to analyze and solve engineering problems, and have a strong sense of innovation and the preliminary ability to research, develop, design and technological transformation or innovation of products, technologies and equipment;

6. Familiar with the basic principles, policies and regulations of the information industry, and understand the basic knowledge of enterprise management;

7. Understand the theoretical frontier, application prospects, development trends and industry needs of electronic equipment and information systems;

8. Have certain scientific research and practical work ability, and have certain critical thinking ability;

9. Strong ability to continue learning;

10. Master the basic methods of literature retrieval and data inquiry, and have the ability to obtain information;

11. Have good organizational and management skills, strong language skills and communication skills, as well as good team awareness and cooperation spirit.

The first half of the freshman year: Computer Fundamentals (compulsory).

The second half of the freshman year: C language (compulsory) The most basic language must be mastered.

The first half of sophomore year: MATLAB (elective) Mainly drawing, mostly related to signals.

Second half of sophomore year:

1) Protel (Elective) Draw and finally generate a PCB diagram, which can be used to make a circuit board.

2) Workbanch: Connecting circuit diagrams, the software provides various chips, op amps, etc. Phenomena can be simulated with this software before the circuit is soldered.

It's not 100% accurate. Real masters don't need this, they can use it when they first get started. ）

The first half of the junior year:

1) Assembly language (compulsory).

2) MCU (mandatory).

Second half of junior year: VHDL

The first half of the senior year: PLC, the performance of PLC is relatively better.