Electrical Automation Mathematics Course

⑴ If you are not good at English and mathematics, can you learn electrical automation?

You can learn electrical automation

The electrical automation technology major is to cultivate people with Certain basic knowledge of electronic technology, microcomputer control technology and computer network technology; be familiar with the working principles of commonly used electrical equipment, master the basic principles and methods of applying computer technology to achieve electrical control, and have strong skills in automatic control system operation, maintenance, and system integration. And high-tech application professionals with certain engineering design capabilities and enterprise management capabilities.

Business 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 features 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, and the combination of components and systems. Students receive basic training in electrical electronics, information control and computer technology, and have the ability to solve electrical engineering technical analysis and Basic ability to control technical issues.

Main courses

Circuits, basic digital circuits, concise tutorials on the basics of analog electronic technology, electrical and electronic technology, automatic control technology, sensor applications, motor driving and control technology, factory supply and distribution Electrical technology, PLC application technology, power electronics technology, microcontroller and interface technology, development of small measurement and control products, comprehensive training for advanced electricians, innovation and practical training, and comprehensive electrical control training. Main practical teaching links: including circuit and electronic technology experiments, electronic technology internships, metalworking internships, computer software practice and hardware practice, curriculum design, production internships, and graduation projects.

Employment directions

Graduates are engaged in design, development, operation management, etc. in design institutes, electrical, electronics, control and other industries; automated production equipment and control of various production enterprises System operation, maintenance and management; design and development, marketing, production management and after-sales service of electrical and automation equipment, testing instruments and meters; installation, commissioning, operation and maintenance of power supply and distribution systems in large buildings, factories, enterprises and institutions Work. Skill certificates such as senior electrician, PLC engineer, and electronic design engineer can be obtained.

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Graduates should acquire the following knowledge and abilities

1. Master a solid basic knowledge of mathematics, physics, chemistry and other natural sciences, and have a good foundation in humanities, social sciences and management science and comprehensive foreign language skills;

2. Systematically master the broad technical basic theoretical knowledge necessary for this professional field, mainly including electrical theory, electronic technology, information processing, control theory, basic principles and applications of computer software and hardware, etc.;

3. Obtain better engineering practical training and have more proficient computer application capabilities;

4. Have professional knowledge and skills in 1-2 professional directions in this professional field, and understand the cutting-edge development trends of this professional discipline;

5. Have strong work adaptability and certain practical working abilities in scientific research, technological development and organizational management.

Years of study: 4 years for undergraduate electrical engineering and automation; 3 years for junior college electrical automation technology

Degree awarded: Bachelor of Engineering

Development Trend

As economic development gradually becomes globalized, foreign-funded enterprises and joint ventures continue to enter China. These enterprises have a high starting point, new technologies, and a large number of equipment that require knowledge of electrical automation control. At the same time, many large and medium-sized enterprises are in the process of improving their products in order to improve their products. In order to increase competitiveness in terms of quality and quantity, we have carried out technological transformation and introduced advanced equipment. There are more and more mechatronics equipment, including PLC control technology, fieldbus technology, frequency conversion technology, distributed computer control technology (DCS), and microelectronics technology. New knowledge is used more and more in all walks of life, especially in industrial positions. Originally, the personnel in these positions only knew traditional control, so there is an urgent need for a large number of high-level people with strong practical ability in the next five to ten years. Skilled professionals are required to fill these positions to meet and adapt to the growing needs of new technologies. This requires a large number of electrical automation technology professionals. In addition, businesses, entertainment venues, and residential management also require such advanced technical application talents.

⑵ If you are not good at physics and mathematics, can you learn electrical automation?

If you are not good at physics and mathematics, you can also learn electrical automation.

The electrical automation technology major is for cultivating students with certain electronic skills. Capacitor gas engineering and its automation involve many fields such as power electronics technology, computer technology, electrical and motor technology, information and network control technology, mechatronics technology, etc. It is a comprehensive discipline.

Its main features are the combination of strong and weak electricity, electromechanical combination, software and hardware combination, electrical technology and electronic technology, components and systems, so that students can acquire knowledge of electrical engineering and electronics, system control, electrical control, and power. Basic skills in the fields of system automation, electrical automation devices and computer application technology.

(2) Extended reading for electrical automation mathematics courses:

The introduction to electrical automation is as follows:

Professional training with engineering skills Senior engineering technical talents with basic knowledge and corresponding professional knowledge of electrical engineering, and the basic ability to solve electrical engineering technical analysis and control problems. The electrical engineering and automation major is to train students in various industries to be able to engage in electrical engineering and automation.

Broad-caliber, comprehensive senior engineering and technical talents working in the fields of computer technology application, economic management and other fields. Circuit principles, fundamentals of electronic technology, engineering electromagnetic fields, fundamentals of software technology, microcomputer technology, computer networks, electrical machinery, and automatic control theory.

⑶ Ask someone who has experienced it, do electrical and automation majors have very high mathematics requirements?

The first floor must be a layman. How can you know modern control theory without knowing linear algebra? In any engineering major, if you study to the highest level, the competition is mathematics. Of course, ordinary people like us don't necessarily have to reach that level.

Postgraduate entrance examinations for engineering majors all require Mathematics 1. Many schools will value mathematics scores to a certain extent. For example, when recruiting graduate students in good research institutes, Mathematics requires 120. Moreover, if you are admitted to a prestigious school and your math score is not high, it will directly affect your overall score, because math is 150 points, so it must be 110 or above. If you take the automation test, the initial test course is usually self-control. If you are not good at mathematics, self-control is very difficult to understand.

Of course, if you think that you are not very talented in mathematics, this understanding is not necessarily objective. Moreover, after all, you are not a math major, so you don’t have to worry too much and just do your best.

⑷ What are the specific differences between electrical automation and power system automation technology? What are the mathematical requirements for these two majors?

These two majors are very similar. In some schools, these two majors are still the same. In the same department, the content of the studies is similar. Only in the third year of professional courses, the electrical engineering major will have more courses such as the basics of electrical engineering, introduction to power systems, power supply and distribution technology, etc. Overall, the automation major can be regarded as It is a basic engineering discipline. The electrical engineering major is relatively more professional, that is, the field of study changes from broad to narrow, and the content becomes more detailed. When looking for employment, students from both majors can basically stand on the recruitment platform at the same time, but students majoring in electrical engineering and automation are more inclined to enter the power system

⑸ Electrical engineering and automation majors need to learn Which mathematics courses

Freshman year: Advanced Mathematics, Advanced Mathematics, Linear Algebra

Sophomore year: Probability theory, functions of complex variables, integral transformation

Electrical The requirements for mathematics in engineering majors are quite high, so study hard. Except for probability theory, the above courses are all very useful

⑹ What courses should be taken for electrical engineering and automation majors in college? Are the requirements for physics and mathematics high?

Yes Physics and mathematics are very demanding. When you are an undergraduate, you need to learn mathematics:

Advanced mathematics, probability, line generation, integral transformation of complex variable functions, etc. At the master's level, you will learn matrix theory and numerical analysis

Professional courses Most involve more troublesome mathematics.

⑺ What do you usually learn in electrical engineering and automation? Does it require high mathematics?

Electrical engineering will learn basic courses such as mathematics and physics, as well as professional basic courses such as drawing, electrician, and electronics. , as well as numerous professional courses. Electrical mathematics has relatively high requirements, and at least a lot of knowledge about complex variables is required.

⑻ What courses should be taken in electrical engineering and automation majors in universities? Are the requirements for physics and mathematics high?

The requirements for mathematics are high and physics is average. Our college’s professional courses for this major :

Circuit principles, analog electronics technology, electromechanics, digital circuits, automatic control principles, electrical engineering, computer network and PLC technology, power electronics technology, single chip microcomputer, power system automation, modern electrical transmission control, etc.< /p>

⑼ What courses should I take as a freshman in electrical engineering and automation?

I am in the same major as you, and it has been 5 years since I graduated. It is recommended that you must learn advanced mathematics well in your freshman year, because by the end of the course for electrical majors, you will find that they are all mathematics problems. As a foundation among foundations, advanced mathematics is so important. Including future postgraduate entrance examinations, it is also a must. Other important courses include English. I believe everyone knows the importance of this. CET-4 is linked to the degree, and CET-4 must be passed. Other courses such as *** thoughts, introduction to ***, etc. are relatively not too important! Personally, I think that in college, you only need to spend one-third of your high school energy on studying. In addition, you can also participate in club activities, fall in love, etc. All in all, college life is very interesting. I miss college life!

⑽ To study electrical engineering and automation, you need to study mathematics until your senior year

Our school is in the first semester of sophomore year.