Students majoring in electronics and electrical are in. . .

In fact, find some electronic books, buy some common tools and electronic components, compare and do some, when you really do it, there may be some problems, you can ask for advice, you can't ask for information, when you really do it, your interest will come up, you will try to do something else, and you will take the initiative to find solutions to problems; At that time, you will take the initiative to learn, which is much better than forcing yourself to learn; The following is for reference only: you can buy some electronic kits to practice your hands, such as power amplifiers and the like; Listen to the ** with your own soldering things, there will be a sense of accomplishment, increase interest, or that sentence, interest has, everything is easy to do, you can read electronic newspapers, electronic production of books, compared with the introduction, welding and welding boards, burning programs, after cooking, you can write your own programs.

Let's learn the MCU first, it's very useful, it's also very interesting, you can use it to make some small intelligent things, it is estimated that you will also open this course in the next school year, learn it first, learn it first, the school generally uses assembly language to program, you learn it first, you can use C language, it is very beneficial, it is very fun......Recommended, Guo Tianxiang's teaching**, "Ten Days to Learn Single-chip Microcomputer", borrow some books to see; I wish you success!

Learning one more skill and improving practical ability is very helpful for participating in the work in the future. Since it is an electronic class, the book "Fundamentals of Electronic Technology" is better.

As a senior's advice to you, you must first consolidate the knowledge of books, especially the knowledge of professional courses, and understand, although you do not need to be proficient, but you must know its concepts and principles. Then you have to do it more, starting from a simple one, such as making a small power supply, a small amplifier or something, that is, a small production, and then start with the circuit to understand your textbook knowledge.

Electronic information majors are better in terms of employment.

Graduates majoring in electronic information have a wide range of engineering and technical adaptability, a wide range of employment, high employment rate, strong practical ability, quick work, and can be engaged in the production, operation and technical management and development of electronic products in electronic information related enterprises.

Mainly for the production enterprises and business units of electronic products and equipment, engaged in the assembly, commissioning, testing, application and maintenance of various electronic products and equipment, and can also go to some enterprises and institutions for the safe operation and maintenance of some mechanical and electrical equipment, communication equipment and computer control equipment.

Business Needs:

Due to the advent of the information age, for a long period of time, electronic information professionals will still be in short supply. According to the survey, at this stage, the demand for electronic information engineering talents is very huge, and the major of electronic information engineering is very necessary to alleviate the current contradiction between supply and demand of such talents.

The electronic information industry is an emerging high-tech industry, known as the sunrise industry. According to the analysis of the Ministry of Information Industry, the "Tenth Five-Year Plan" period is a critical period for the development of China's electronic information industry, and it is expected that the electronic information industry will continue to develop rapidly at a rate about twice that of the economic growth rate, and the industrial prospects are very broad.

The electrical major cultivates wide-caliber compound senior engineering and technical talents who can be engaged in the fields of system operation, automatic control, power electronics technology, information processing, test analysis, research and development, economic management, and electronic and computer technology application related to electrical engineering.

The electrical major is about the electrical control major, and the goal of the major is how to make the machine run automatically, which is often called "intelligent", and the machine can adjust its work according to environmental changes.

Electrical majors include electrical engineering and automation, smart grid information engineering, light source and lighting, electrical engineering and intelligent control, intelligent electrical appliances, cable engineering, energy Internet engineering and other majors.

The electrical major is engaged in teaching, scientific research, engineering design, scientific and technological development, management and economic and trade in electrical engineering and automation.

Electrical engineering (English: ElectricalEngineering), abbreviated as EE, is one of the core disciplines in the field of modern science and technology, and it is an indispensable key discipline in today's high-tech field. For example, it is precisely the tremendous progress of electronic technology that has promoted the advent of the information age based on computer networks and networks, and will change people's life and work patterns.

Prospects for the development of the electrical profession:

Electric power is an important material basis for the development of production and the improvement of human living standards, the application of electric power is constantly deepening and developing, and electrical automation is an important symbol of the modernization of the national economy and people's lives. As far as the international level is concerned, the demand for electricity will continue to grow for a long time in the future, and the demand for electrical engineering hail and its automation technology workers is on the rise. <>

The electrical and electronic major is introduced as follows:

The main courses of electronic and electrical engineering are: political theory courses, foreign language courses, engineering mathematics, electrical network theory, electromagnetic field theory, power electronics, power system reliability analysis methods, high voltage insulation theory, motor and electrical design theory and methods.

As well as motor and electrical quality control and testing methods, power system and automation, power dry register system safety and monitoring devices, high-voltage insulation testing technology, new progress in electrical theory research, computer application technology foundation, computer-aided circuit analysis, modern history of generation management foundation, etc.

Students will be trained in electrical and electronics, information control and computer technology. The main courses of study include basic theories and basic knowledge of electrical technology, electronic technology, control theory, information processing, system engineering, automatic detection and instrumentation, computer and application and network technology.

Students will receive good basic training in engineering experiments, as well as plenty of practical training opportunities such as hands-on training. Students will acquire basic competencies in system analysis, design, development and research in control and production automation, automatic control and automation software applications.

Electrical engineering is the field of engineering that studies technologies and equipment for the production, transmission, distribution, use, and control of electrical energy. Its master's degree in engineering authorized unit trains senior engineering and technical personnel engaged in the research, development and design of theories, technologies and equipment in the process of electric energy production, transmission, distribution, control, detection, protection and its use.

The characteristics of the electrical and electronic engineering major are equal emphasis on electrical and electronics, the integration of power electronics and information electronics, the combination of software and hardware, and the combination of devices and systems. Cultivate wide-caliber and compound senior engineering and management talents engaged in electrical engineering, electronic technology, power system, power electronics technology, automatic control, computer, signal conversion and Kaixin Hu processing.

Extended Materials. The main courses include basic theory of circuits, electromagnetic field theory, analog electronic technology, digital electronic technology, power electronics technology, automatic control theory, electrical engineering, electric power transmission and tracking control, signal and system, microcomputer principle and application, power system engineering, etc.

The employment fields of the graduates of the college: power system, electric power design and research institute, power electronics high-tech enterprises, colleges and universities, scientific research institutes, environmental protection, finance, post and telecommunications departments and first-class institutions.

The differences between electronic and electrical are as follows:1. The composition of the system is different.

Electronic: Electronic information systems.

Electrical: Electrical control system.

2. The role is different.

Electronic: information processing is the mainstay.

Electrical: Mainly used in energy applications.

3. The basic units of composition are different.

Electronics: electronic components, such as resistors, capacitors, inductors, diodes, transistors, MOSFETs, etc.

Electrical: electrical appliances, such as relays, AC contactors, leakage protectors, PLC, etc.

4. The connection between the basic units is different.

Electronics: thin wires, PCB.

Electrical: thick copper wire, metal sheet.

5. The volume is different.

Electrons: small size.

Electrical: Large volume.

6. The majors are different.

Note: It is convenient to process information through electronic technology, and there are also optical technology to process information such as optical information.

Electronics: Electronic Information Engineering, Electronic Information Science and Skill.

Electrical: Electrical engineering, electrical engineering, and its automation.

7. Development. Electronics: Serry Mill has evolved from analog signal processing to digital signal processing. Digital signal processing chips are divided into application-specific integrated circuits and general-purpose computers.

Electrical: Electrical control systems range from relay contactors to general-purpose PLCs.

8. First-key relationship.

The electronic components in electronics can be combined to form an electrical appliance in the electrical.

Electronics and electrical work together to serve production and life.

The majors are different.

It is very convenient to process information through electronic technology, and there is also a forest group that uses optical technology to process information such as optical information.

Electronics: Electronic Information Engineering, Electronic Information Science and Technology.

Electrical hosiery: electrical engineering, electrical engineering and its automation.