Electrical engineering and its automation postgraduate examination help

The graduate school entrance examination generally starts from the winter vacation of the junior year. Because you should also have classes and curriculum design in your junior year, you should take advantage of the winter vacation.

There are a total of four courses in the postgraduate entrance examination. Mathematics, English, Politics, Specialist Courses.

Mathematics includes advanced mathematics, linear algebra, probability theory. A total of 150 points.

English has no listening, which is a bit more difficult than level 6. 100 points.

Politics includes Marx's principles, Mao's principles, modern history, meditation, and form and policy. 100 points.

Professional courses, different schools to be examined, professional courses are different. But the estimation of electricity is sensors, smart electrical, or power electronics and the like. It's the professional courses you usually study that have been strengthened.

Therefore, you must first determine the school you want to go to, and find the ranking of the best schools in the country for electrical majors.

Then I usually start to review mathematics first, and take the books on high number line algebra and probability theory first during the winter vacation. By the way, I memorize the words, too.

The registration is the official registration in October next year, and the on-site confirmation will be confirmed in November.

I'm also a junior in electrical college, and this semester is coming to an end, so let's look at English words and grammar, and high math. I think I'll be ready for your school in March next year.

I'm also a junior in this major, and according to the information I checked, it's most appropriate to start preparing in March next year, and I usually go to a higher level first. But English must not be put down. In addition to high mathematics, English, and politics, the test is a professional course, which depends on which direction you apply.

Prepare for English and Mathematics in the second semester of your junior year Prepare for English and Mathematics Registration is about October Research Recruitment Network The major content depends on the school you are applying for.

There are five directions for the postgraduate examination of electrical engineering and automation, power system, power electronics, high voltage and insulation, electrical machinery and electrical appliances, and electrical theory and new technology.

Among them, the power system is the most popular, but also relatively the most difficult to test. Power electronics is also very good, and you can enter electronic design companies in the future. High voltage is generally not suitable for girls, and the tutors of this major do not like girls very much.

Motors and electrical appliances are relatively unpopular, and the employment situation is average. Electrical theory and new technology have just been developed in recent years, and the development prospects are still relatively good.

Electrical Engineering and Automation** is 080800.

Electrical engineering is the name of the first-level discipline, and it has 5 second-level disciplines under its jurisdiction at the graduate level, namely:

Motors & Appliances.

Power systems and their automation.

Oak and lead high voltage and insulation technology.

Power electronics and electric drives.

Electrical Theory and New Technologies.

Electrical engineering (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 the great progress of electronic technology that has promoted the arrival of the information age based on computer networks, and will change the way human life and work and so on.

Development Prospects and Employment Directions:

1. Development prospects:

Graduates majoring in power system and automation have a wide range of employment and are in great demand in society. Adapt to various departments of the national economy to engage in system control, information processing, power electronics technology application, electrical equipment development and other work related to electrical engineering, and be able to engage in scientific research and teaching in scientific research institutes and colleges and universities, and also study graduate students in electrical engineering, control engineering and other related disciplines.

2. Employment direction:

Graduates can be engaged in power plants, power supply bureaus, power grid dispatching stations, all kinds of large and medium-sized enterprises to undertake electrical operation, management, as well as electrical equipment maintenance, overhaul, installation and commissioning, etc., can also be engaged in engineering design and construction in relevant scientific research (institutes), teaching, construction and construction units, and can also be engaged in product development and commissioning in relevant equipment manufacturers.

There are five directions for the automation postgraduate examination: slag 1, control theory and control engineering. 2. Testing technology and automation devices. 3. Systems engineering. 4. Navigation, guidance and control. 5. Pattern recognition and intelligent system.

Electrical engineering and its automation.

1. Power system automation.

2. Power electronics dry front and drag. 3. High voltage. 4. Electrical appliances and motors.

080801 Motors & Appliances.

080802 power system collision judgment and automation.

080803 high voltage and insulation technology.

080804 power electronics and electricity are noisy and hungry.

080805 Electrical Theory and New Technologies.

If it's about employment.

I think the power system is the best.

However, the score for graduate students in this specialization is the highest.

Because everyone is reporting to God to change this major, thank you for the satisfactory answer.

The postgraduate examination directions of electrical engineering and automation are as follows:

1. Electrical engineering: Electrical engineering is the core discipline and key discipline in the field of modern science and technology. The traditional, broad definition of electrical engineering refers to the sum total of the disciplines involved in the creation and production of electrical and electronic systems.

With the rapid development of science and technology, the concept of electrical engineering has gone far beyond the scope of the above definition. A professor at Stanford University points out that "today's electrical engineering encompasses almost all engineering behaviors related to electronics and photons."

2. Power electronics and power transmission: The discipline of power electronics and power transmission mainly studies the theoretical technology and application of new power electronic devices, conversion and control of electric energy, power source, power transmission and automation. It is an interdisciplinary discipline that has developed rapidly by integrating new achievements in electrical energy conversion, electromagnetism, automatic control, microelectronics and electronic information, computer and other technologies, and has a wide influence and great role in the development of electrical engineering and social progress.

3. Power system and automation: power system and its automation train senior professional and technical personnel to meet the needs of modern large and medium-sized power plants and power systems. Students are required to master the professional knowledge of modern large and medium-sized power plants, power systems and their automation, and pay attention to cultivating students' foreign language proficiency and ability to apply computer technology to solve practical problems in the power system.

Advantages of the specialization in electrical engineering and its automation

1. The employment prospects of electrical engineering and automation are good, and students who graduated from electrical engineering and automation can be engaged in motor and electrical design, testing, operation and maintenance, research and development, and production management; or the operation of power systems and electrical equipment, power supply systems and electrical design and operation and maintenance of high-rise buildings; or system design, system operation, research and development, test analysis, engineering construction and management in the field of building electrical engineering, building automation, integrated wiring and intelligent buildings.

2. Graduates trained in electrical engineering and automation have a wide range of employment and strong adaptability; Graduates are mainly employed in the power industry, and can be engaged in power design, construction, commissioning, production, operation, market operation, scientific and technological development and technical training, as well as electrical technology in other industries.

The graduate stage of automation is called control science and engineering, and there are five directions (secondary disciplines):

1. Control Theory and Control Engineering.

2. Testing technology and automation devices.

3. Systems engineering.

4. Navigation, guidance and control.

5. Pattern recognition and intelligent system.

An introduction to electrical engineering is as follows:Traditionally, electrical engineering is defined as the sum total of the disciplines used to create and produce electrical and electronic systems. This definition was originally broad, but with the rapid development of science and technology, the current concept of electric banquet qi engineering has gone far beyond the scope of the above definition.

A professor at Stanford University points out that "today's electrical engineering encompasses almost all engineering behaviors related to electronics and photons."

The above content reference: Encyclopedia - Electrical Engineering.