Electrical Engineering and Automation About the choice of direction and the question of going abroad

Power system is definitely a good direction, but it's best to go to graduate school, which will be more employable, and there are also power automation, power electronics, and the like are all very popular majors. Building electronics is mainly designed on the consumer side, which seems to be quite easy, and I took this course and knew a little bit. This girl is probably doing a good job.

It is best to go abroad with a project with the school, such as 3+1 2+2 and so on, so that it is also convenient to study for graduate school there. If you go abroad on your own, it seems very difficult, and you have to go through so many things. The power system is a headache Building electrical is weak and should be suitable for girls.

I just came back from a master's degree in electronic engineering in the United States, into a power unit, to be honest, the income is still satisfied, indeed in terms of domestic terms these two majors are indeed the power system is more advantageous, but for girls I think the latter may be more suitable, and if you go abroad, then you should choose the latter, because electricity for a country belongs to the military industry is an industry that involves the security of the country, take the United States as an example, non-American citizens can not enter such an enterprise, It is difficult to say that the employment is narrow, and the building electrical is a little wider than the employment area, although the treatment may not be as good as the former, so it is better to take a comprehensive look at it yourself to see which one to choose.

I also think that if you are a girl, you should choose building electrical!

As a girl, it's better to choose building electrical.

It's particularly difficult to learn, but the employment is very good, the one upstairs is talking about automation, electricity is divided into strong electricity and weak electricity, strong electricity is the power system and its automation, weak electric power transmission and automation are almost the same, weak electricity employment is wide, strong electricity goes to the national grid quite a lot.

I'm an electrical teacher, and I believe the landlord will be a little dizzy when he sees the replies of several other friends. Hehe. Normally, in fact, this major will have different emphases in different schools, for example, most of the universities listed on the first floor are mainly based on strong electricity, while the second floor focuses more on weak electricity (and electronics-related).

In fact, if we simply distinguish the electrical, we generally think that there are several directions.

The first is the most rare electronic direction, why it is rare, because often in colleges and universities will classify electronics-related majors as "electronic information engineering colleges (departments)";

The second one is the control class. For example, intelligent control, fuzzy control, etc., are strong in theory and suitable for further study and improvement;

The third is the drag direction. Mainly based on motor (DC, AC and various special motors), the focus should be on speed regulation and frequency conversion;

The fourth is the direction of electricity. It's the ones that are said on the first floor, so it's not verbose here.

There are some other schools that will design their electrical majors according to their own characteristics, such as railway systems, factory and mine systems, etc., and there will be different professional course designs.

It is recommended that the landlord first clear the professional characteristics of his school, and then combine his own interests to study in a targeted manner.

Here's a piece of advice to ensure that all electrical students won't lose their jobs and won't feel like they haven't learned at university.

All kinds of math must be learned well! Learn the C language in your freshman year! In the second semester of my freshman year, I used my spare time to study the microcontroller on my own, and then tried to develop and design, and paid attention to the exercise of software and hardware!

This is less to learn the two electrical professional software protel and matlab! Learn sensor and detection courses well (some schools call sensor detection technology together two courses); Learn well the speed regulation (or frequency conversion) courses, such as basic power electronics technology, motor dragging, etc., and the later professional courses speed regulation (frequency conversion). PLC is the point, don't just be limited to programming, take every experiment seriously, and try to do some practical projects (you can ask for help from teachers or work part-time during holidays or repeat projects that others have already done).

If you can learn these courses well, then it will not be a problem to find a job in the field of automation in the future!

【Electrical Engineering and Automation】Engineering: Electrical Information.

*Number of undergraduate institutions offering this major in 2009.

287. **Degrees are awarded.

Bachelor of Engineering. Major admission requirements]: Have a solid foundation in mathematics and physics and strong comprehensive English ability, especially interested in home appliance maintenance and robot construction.

Professional training objectives]: This major trains students to be able to engage in system operation and automatic control related to electrical engineering.

Power electronics technology, information processing, test analysis, research and development, economic management, and electronic and computer technology applications.

Wide-caliber "compound" senior engineering and technical talents working in the field.

Professional training requirements]: Students in this major mainly learn a broad engineering technology foundation and certain professional knowledge in electrical technology, electronic technology, information control, computer technology, etc. The main characteristics of this major are the combination of strong and weak electricity, the combination of electrical technology and electronic technology, the combination of software and hardware, the combination of components and systems, students receive basic training in electrical and electronics, information control and computer technology, and have the basic ability to solve the problems of electrical engineering technology analysis and control technology.

Main disciplines]: Electrical Engineering, Computer Science and Technology, Control Science and Engineering.

Main courses]: Circuit Principles, Fundamentals of Electronic Technology, Electrical Engineering, Power Electronics Technology, Electric Traction and.

Control, Computer Technology (Language, Software Basics, Hardware Basics, MCUs, etc.), Signals and Systems, Control Theory. In the senior year, students will learn flexible, adaptable, and wide-coverage professional courses and professional elective courses according to the needs of society.

Employment prospects]: can be engaged in research and development, design and engineering implementation in petrochemical, metallurgy, electric power companies, power supply bureaus, electric power dispatching institutes, electric power test institutes, electric power engineering bureaus, electric power design institutes, communications, national defense, machinery and other relevant departments of factories and mines, scientific research units, design units, colleges and technology development companies. Such as:

Electrical engineer, design and implementation engineer of electrical-related engineering; Automation engineering, the design, application and maintenance of specific automation systems; Department heads, management and maintenance of electrical related appliances in corporate departments, etc.

National Category Average Employment Rate in Previous Years]:

Enterprise: Institution: Military: Postgraduate Examination: Study Abroad Dropout: Other Business: Other Employment: Temporary Employment:

National regional average employment rate in previous years]:

North China: Northeast China: East China: Central South: Southwest: Northwest:

Note]: This information comes from the book "Choosing Universities and Majors" published by the National Bureau of Statistics; Editor-in-chief of Wu Shulian.

There are fewer girls than boys in science and engineering, and whether you are suitable for it mainly depends on your own interests. You can prepare by following the steps below:

1. Determine the country of application and prepare for the required language test, IBT or IELTS is required, the countries of the Commonwealth are more recognized by IELTS, and the United States and Canada are more recognized by IBT. In addition, the GRE is required to apply to the United States.

2. Pay attention to good on-campus courses, especially professional courses, and improve the GPA as much as possible, preferably with an average score of more than 85, not lower than 80

3. After the sophomore year, pay attention to the selection of the subdivision direction, and start to improve the software background under the selected subdivision direction, such as participating in experiments and research projects, writing ** reviews, etc.

4. The application is generally carried out in the senior year, and before applying, you need to prepare the application documents and other relevant materials.

It's better to go out for an undergraduate degree in engineering.

Electrical is a good choice for girls.

Strong electricity is mainly power generation, distribution, transmission, and power supply belonging to power plants, power supply bureaus, substations, and power design institutes, which are currently very good, especially the power bureau.

Weak current is mainly electronics, optoelectronics, instruments, computers, PLCs, sensors, communications, generally for technology development or marketing. At present, the industry is also good, but it is generally a large enterprise, such as Huawei, Cisco, ZTE, and a good electronics research institute. Weak current also requires a high level of technology to be developed, otherwise it is on-site construction and commissioning.

The difference must be a professional course, and Qiangdian has a power system analysis, electrical engineering, secondary wiring, factory power supply, and high-voltage technology. Weak current is biased towards electronic circuits and radios.

Therefore, it is still recommended to take the postgraduate examination, because the development and design of technical work generally requires graduate students, and undergraduates generally do engineering design and operation and maintenance.

Both can be registered, but the strong electricity is closer, and it can also be taken a year in advance.

Weak electricity is more important than strong electricity, after all, there are many small companies with weak electricity, and people are more concerned about how much benefit you can bring to the company.

What is the purpose of the research? Wouldn't it be nice to give a better job and then get a raise?

As long as you study electricity, you can be assigned to electricity-related positions in ordinary large state-owned enterprises. Both strong and weak electricity can be tested for electricity injection, and whether there is a need for electricity injection depends on your working environment. If you want to take the administrative road, you don't need to put so much thought into it.

1.The weakness is power electronics, signals, etc., because power electronics is difficult to learn, there are fewer people who learn weak electricity, and there are many people who learn weak electricity, and the relative employment is not as good as strong electricity. But that's all for graduate students.

2.For undergraduates, although the major is divided into directions, there is no difference after graduation. After dividing the majors, only a few elective courses are different, and the compulsory courses are still the same.

3.As for many of the certificates, they are post-work. For example, the premise of an electrical engineer is that it must be after a certain period of work or scientific research before it is allowed to take the exam.

It's better to have a weak current, and it's easy to learn a weak current and a strong current. PLC, single-chip microcomputer, CNC system, servo system are good!

a) The major belongs to the category of engineering or engineering economics.

2) After graduation, you can apply for the following certificates:

1) Design: Registered Electrical Engineer.

2) Construction: Constructor (Mechanical and Electrical Engineering).

3) Supervision: Supervision Engineer.

4) Cost: Cost Engineer (Installation).

5) Consulting: Registered Consulting Engineer.

3) Generally, it is more appropriate for the senior to go out to find a unit.

4) Good salary, employment in the national grid system.