Who knows the connection between university physics and electrical engineering and its automation

Not recommended for girls. Really not recommended. Because you want to learn strong electricity, it is necessary for physics. There are very few girls in our class. It seems that they are all ignorant. Embarrassment

Physics must be good, but electricity can actually be made up in the basic courses of the major, as long as you work hard.

Mathematics may be more important than physics, if you really want to learn it well.

The most important thing is to like it and cultivate interest, otherwise this major is very boring and interested, and every time you overcome a small difficulty, it is very fulfilling, especially when you actually do something.

Summary. There is no requirement, and a good score in physics may help you to adapt more to the study of this major. Electrical engineering and automation is an undergraduate major in ordinary colleges and universities, which is an electrical major, with a basic study period of four years and a bachelor's degree in engineering.

This major is a combination of strong electricity (electricity as the energy carrier) and weak electricity (electricity as the information carrier), which requires mastering the core content of the knowledge fields such as electrical engineering, power electronics technology, power system foundation, high voltage technology, power supply and distribution and power consumption technology. Cultivate senior engineering and technical talents with basic knowledge of engineering technology and corresponding professional knowledge of electrical engineering, and basic ability to solve technical analysis and control problems of electrical engineering.

Electrical Engineering and Automation This major must require a good score in physics.

There is no requirement, and a good score in physics may help you to adapt more to the study of this major. Electrical Engineering and Automation is an undergraduate major in ordinary colleges and universities, which is an electrical major, with a basic study period of four years and a bachelor's degree in engineering. This major is a combination of strong electricity (electricity as the energy carrier) and weak electricity (electricity as the information carrier), which requires mastering the core content of the knowledge fields such as electrical engineering, power electronics technology, power system foundation, high voltage technology, power supply and distribution and power consumption technology.

Cultivate senior engineering and technical talents with basic knowledge of engineering technology and corresponding professional knowledge of electrical engineering, and the ability to solve basic problems of electrical engineering technology analysis and control.

Training objectives: to cultivate students with basic theoretical knowledge of engineering and related professional knowledge with electric energy production, transmission and utilization as the core, to be able to use the knowledge of the difference in learning to solve virtual and rapid mode engineering problems and build engineering systems, and to have good social ethics and professional ethics and comprehensive literacy to adapt to social development. It is a high-quality professional who can be engaged in planning and design, electrical equipment manufacturing, power plant and power grid construction, system commissioning and operation, information processing, protection and system control, condition monitoring, maintenance and overhaul, environmental protection, economic management, quality assurance, market trading and other fields related to electrical engineering, and has the ability of scientific research, technology development and organization and management.

Electrical engineering and its automation are engineering disciplines.

After graduation, students can be engaged in engineering design, manufacturing, system operation, system analysis, technology development, education and scientific research, economic management and other aspects related to electrical engineering and automation in the electric power and electrical equipment manufacturing industries, as well as related work in the field of electrical engineering and automation in other industries.

Electrical engineering and automation is an undergraduate major in ordinary colleges and universities, which belongs to electrical majors, and the discipline category belongs to engineering, with a basic study period of four years and a bachelor's degree in engineering. This major is a combination of strong electricity (electricity as the energy carrier) and weak electricity (electricity as the information carrier), which requires mastering the core content of electrical engineering, power electronics technology, power system foundation, high voltage technology, power supply and distribution and power consumption technology knowledge, and cultivating senior engineering and technical talents with basic knowledge of engineering technology and corresponding professional knowledge of electrical engineering, and basic ability to solve the analysis and control problems of electrical engineering technology.

Yes, in the major of electrical engineering and automation, the main courses include circuit principles, engineering electromagnetic fields, electrical engineering, power system analysis, high voltage technology, etc. Similarly, if you are not good at physics, it will be very difficult to study these courses.

It can be seen that the majors included in the professional category are all majors with physics as the core. Before the official implementation of the new college entrance examination in Anhui Province, these majors must be carefully chosen for science students who are not good at physics, avoid filling in the professional volunteers without understanding the major, and be responsible for their own future.

The major of electrical engineering and automation is mainly to study the whole process of power generation, power transmission, distribution and electricity consumption, and will also learn the manufacturing, testing and maintenance of related power and electrical equipment, specifically, the power generation stage will involve the detection and maintenance of generators; The transmission phase will involve the design and maintenance of high-voltage lines; The distribution phase involves the installation and maintenance of transformers.

Electrical engineering and automation major is the future of electrical engineers, how to power generation, substation, transmission, distribution, power to send electric energy into thousands of households, these are the major needs to study and solve the problem, so in the undergraduate stage need to learn electrical technology, electronic technology, information control, computer and other aspects of the professional basic knowledge and application knowledge.

Electrical engineering and automation majors need to be good at physics, which is more acceptable.

There are many disciplines involved in this major, such as university physics, computer science, electrical equipment, power system, power system, high voltage technology, relay protection, power electronics, power drive, power economy, circuits, electrical technology, motors, tower engineering, etc., which require a lot of physical concepts and knowledge.

Physics and mathematics must be learned!! In this way, you can learn more in-depth public basic courses, professional basic courses, and professional courses of electrical engineering and automation!! Good luck!!

No, physics only needs to be studied in the first year, and it will not be used in the future, and it will not be used in graduate school entrance examinations.

It's best to study science in high school, because after coming up, many of these engineering disciplines involve some previous physics, and you will learn this aspect faster.

It's more needed, and in the future, you will have to count the electric model electricity, and the high number of these. The principle of automatic control. Something. The requirements for thinking are relatively high.

Automation includes some professional directions of electrical automation, which are more widely oriented and the direction of electrical automation is relatively narrow.

The majority of graduates of electrical engineering choose to pursue employment in power systems and related fields. The power system units mainly include three categories: power generation enterprises, power supply enterprises and electrical equipment manufacturing companies. In addition, it also includes electric power design institute, electric power planning institute, electric power construction, electric power research and development and other departments.

The two are different majors.

Electrical engineering and its automation major (electrical engineering and its automation) training to meet the needs of socialist construction, moral, intellectual, physical and aesthetic all-round development, by the basic training of engineers, with motor and control, electrical appliances and control, power system and automation, building electrical and other engineering technology field of basic theory and basic knowledge, can be engaged in design and manufacturing, research and development, test analysis, system operation, automatic control, Power electronics technology, production management, and electronic and computer technology applications of application-oriented compound senior engineering and technical personnel.

Engineering Mechanics This major cultivates senior engineering and scientific and technical talents who have basic theoretical knowledge, calculation and testing ability of mechanics, and can engage in scientific research, technology development, engineering design and mechanics teaching related to mechanics in various projects (such as machinery, civil engineering, materials, energy, transportation, aviation, shipbuilding, water conservancy, chemical engineering, etc.).

It really doesn't have much to do with engineering mechanics, but engineering mechanics must be learned. If you only go to work in the power system after graduation, engineering mechanics is really useless. However, if you go to work in an electric power design institute, even if you are engaged in electrical design, you must also understand engineering mechanics.

Although the relationship is not very big, but there is also a bit of a relationship, from the point of view of transportation, check the overhead line force and other situations, although there are regulations, but you also have to know where the regulations come from... From the point of view of power distribution, you need to know the difference between the stress wall and the shear wall, don't say that you can't lay from the hole, you have to open a hole... There is a word called kinetic effect when short circuiting, and it also needs to be used...

But overall, it's not very useful、、、 it's speechless、、、

I think it's mainly the electrical drive side that might involve engineering mechanics, such as motors.

As long as electrical engineering and its automation are involved in the field of electrical and its electromechanical technology, the transmission equipment in the electromechanical also includes engineering mechanics, and the scope of engineering mechanics is a little smaller than that of electrical engineering and automation, mainly involving transmission settings, and the most common is the motor.

The imitation gas project has a great relationship with physics. Electrical engineering and its automation require the study of physics. Physics is one of the fundamental disciplines of electrical engineering and its automation, and many theories and applications of electrical engineering are based on physics.

For example, electrical engineering requires an understanding of physical concepts such as electric fields, magnetic fields, and electromagnetic waves, as well as applications such as electrical circuits, electromagnetic induction, sensors, and more. Therefore, the study of physics is very important for the learning and application of electrical engineering and its self-messing and marketing.