The basic principles on which electric science and technology are based are mostly put forward by pure sciences such as physics and mathematics. According to the basic principle, combined with technical, technological and economic conditions, it is the main field of electrotechnics to study the applicable electrician technology and manufacture electrician products that meet various needs. Departments directly related to electrical technology can form a powerful industrial system, and there are many branches of related theories. The power industry is closely related to social production, public life, culture and education, and is an important pillar of modern society.
The first-level discipline of electrical engineering consists of five two disciplines: electrical machinery and appliances, power system and automation, high voltage and insulation technology, power electronics and power transmission, and electrical theory and new technology. The main contents of electrical engineering include: motor and drag technology; Power plant primary and secondary equipment and main wiring, power grid dynamics and stability, economic operation of power system, real-time control of power system, power conversion; High voltage apparatus, high voltage test technology, overvoltage protection; Power electronic devices, power electronic devices, power transmission; Electric network theory, electromagnetic field theory and its application, signal analysis and processing, power system communication and network, power information technology, computer science and engineering.
Professional direction of electrical engineering and automation: The professional scope of electrical engineering and automation mainly includes three parts: basic theory of electrical engineering, manufacturing and application of electrical equipment, and operation and control of power system. Electrical theory is the foundation of electrical engineering, which mainly includes circuit theory and electromagnetic field theory. These theories are the development and extension of electricity and magnetism in physics. Electronic technology and computer hardware technology were born from the continuous development of electrician theory, which is their important foundation. The manufacture of electrical equipment mainly includes the manufacture of generators, motors, transformers and other electrical equipment, as well as the manufacture of switches, electrical equipment and other electrical appliances and electrical equipment, including the manufacture of power electronic equipment, various electrical control devices and electronic control devices, electrical materials and electrical insulation. The application principle of electrical equipment refers to the application of the above equipment and devices. Power system mainly refers to the operation and control of power network, electrical automation and so on. Of course, manufacturing and operation cannot be completely separated, and the operation of electrical equipment must be considered when manufacturing. For example, the power system is composed of all kinds of electrical equipment, and its good operation must rely on good equipment.
The training goal of electrical engineering and automation specialty is to cultivate broad-caliber compound senior engineering and technical personnel who can adapt to the needs of socialist construction in China, develop morally, intellectually and physically, and be engaged in the fields of system operation, automatic control, power electronics technology, information processing, experimental analysis, research and development, economic management and computer technology application related to electrical engineering. Students majoring in electrical engineering and automation mainly study the engineering technology foundation and certain professional knowledge in a wide range of fields, such as electrical technology, electronic technology, electrical control, power system, computer technology and application, and have the basic ability to solve technical problems in electrical control and power system analysis. Graduates majoring in electrical engineering and automation should have the following knowledge and abilities:
(1) has a solid basic knowledge of mathematics, physics, chemistry and other natural sciences, and has a good knowledge.
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Good foundation in humanities and social sciences, management and comprehensive ability in foreign languages.
(2)
Systematically master the extensive technical basic theoretical knowledge necessary in the field of electrical engineering and automation, mainly including electrical basic theory, electronic technology, information processing, control theory, power system analysis, basic principles and applications of computer software and hardware, etc.
(3)
Good engineering practice training in electrical engineering and automation, and good computer application ability; Have knowledge and skills in the field of electrical engineering and automation 1~2, and understand the development trend of electrical engineering and automation frontier.
(4) Have strong adaptability to work, and have certain practical working ability in scientific research, scientific and technological development and organization and management.
Students mainly master a wide range of engineering technical foundations and certain professional knowledge in electrical theory, electronics, control theory, electrical engineering foundation, high voltage technology, power system operation and control, information and communication technology, computer application, etc., and master certain knowledge of humanities, society and economic management. Students are required to have excellent basic skills in electrical engineering technical analysis, system operation and control technology, and have a strong sense of innovation. Teaching and training plan: 1. Ideological quality, cultural quality and physical and mental quality. Main courses: Principles of Marxist Philosophy, Outline of Mao Zedong Thought's Modern History, Deng Xiaoping Theory and China, Ideological and Moral Cultivation and Legal Basis, Physical Education, Military Affairs and English. Public elective courses: humanities, social sciences, Chinese civilization and foreign culture, interdisciplinary elective courses, etc. Professional quality: basic science: advanced mathematics, engineering mathematics, physical experiment, enterprise management, engineering management, engineering mechanics and engineering drawing. Technical Science: Introduction to Electrical Engineering and Automation, Circuits, Electromagnetic Fields, Analog Electronic Technology, Digital Electronic Technology, Electromechanics, Computer Software and Hardware Technology. Engineering technology: signal and system, power electronics technology, electrical engineering foundation, elective courses in professional direction. Engineering practice: course experiment, metalworking practice, electrician practice, engineering design, production practice, graduation practice and graduation design.
The characteristics of university study: first, the teaching progress is fast; Second, there are many teaching forms; Thirdly, the teaching content is systematized; Fourth, the relationship between teaching and learning is relatively loose; 5. Students have more free time. University study: 1. Knowledge learning; Second, skills learning. But there are also some factors that affect learning; First, intellectual factors; Second, intentional factors. Therefore, we should have good learning methods; First, set goals and stimulate motivation; Second, adjust the mentality and optimize the mood; Third, use the brain scientifically to improve efficiency; Fourth, review in time to enhance memory; Five, scientific operation, clever use of time.
Self-analysis:
As the old saying goes, know yourself and know yourself. Therefore, if you want to win in social competition, your bosom friend must be the first step. Furthermore, to make the most favorable career planning plan, we must first dissect ourselves, analyze our strengths and weaknesses, and then listen to the opinions of teachers, parents, friends and classmates to get a more objective and complete "I", so as to make the most reasonable career planning plan.
I am very strict with myself. Once I make a choice, I will do it regardless. Although I look warm and cheerful on the outside, I care about other people's feelings on the inside. My interpersonal skills are very good, because as a member of the league school, I have to contact many people every day. I believe I can have a good proper limit when dealing with interpersonal relationships. I am kind, compassionate and understanding. I attach importance to establishing a deep and true relationship with others, and hope to participate in the work that will help me and others progress and develop internally, and appreciate and be willing to get along with people who can understand your value. I am original, individual, curious, open-minded and tolerant. I am willing to explore the possibility of things and devote myself to my dreams and visions. I like to explore the personality of myself and others. Once I put my heart and soul into a job, I tend to concentrate and go all out. I am responsible for people, things, ideas and beliefs, and I can generally faithfully fulfill my obligations. However, when I do meaningless daily work, I feel monotonous and lack motivation. I am sometimes stubborn and often limited.
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In my own mind, I have no interest in external objective and concrete things, and I am even too busy to know what is going on around me. Sometimes it's extreme, immersed in dreams. It's easy to get discouraged when you realize the gap between your ideal and reality.
I like designing and painting, and have a strong interest in the application of computer software. I like reading books in the library or watching teaching videos of computer software in the dormitory when I am free every day. This gives me an advantage over other students in computer application. Painting is one of my hobbies. I always feel that painting has cultivated my ability to do things calmly. Because I have my own specialty in computer software and art, I helped the college design invitations, leaflets and posters for various parties. I also gained a lot of knowledge and skills during the half-year experience of studying in the league.
I want to live a quiet life, and sometimes I want to become famous in one fell swoop and get everyone's appreciation and blessing. Of course, life is not smooth sailing, and there is no peace at all. Only the quiet place that the soul pursues. Therefore, we should work hard for it, even after we have finished our life, we will find that what you are pursuing is actually in a corner of the past, because only after experiencing it will people understand themselves and the road they have traveled. I will pursue my original intention, be myself, stick to principles, help others and improve myself. Career planning and four-year study plan
The most advantageous and characteristic professional direction in electrical engineering and automation specialty is an important part of national first-class specialty, which mainly trains senior engineering and technical personnel engaged in the design, manufacture, operation and maintenance of high-voltage electrical equipment. Relying on the first-class doctoral degree authorized discipline of electrical engineering and post-doctoral research mobile station, the professional direction covers two second-class doctoral and master's degree authorized disciplines of high voltage and insulation technology and dielectric engineering, and power system is a national key discipline. At the same time, high-voltage insulation technology and Post-Doctoral Research Center are set up in the professional direction.
Freshman: learn basic courses in a down-to-earth manner, especially English and computer. Under the overall planning, make a small plan, insist on memorizing English words and practicing oral English every day, and insist on learning from the beginning of freshman year. Consider whether to take a double degree or minor in the second major according to your actual situation, and prepare the materials as soon as possible. The study task of freshman is relatively easy. You can participate in club activities properly, hold certain positions, improve your organizational and communication skills, and have graduation interviews.
Sophomore: In this year, we should not only firmly grasp the foundation, but also make preparations for the transition from basic courses to professional courses, and browse some important senior courses one by one, so as to make a smooth transition to junior. In this year, you should have one or two weighty English and computer certificates in your hand, and choose courses of other majors appropriately to diversify your knowledge. We can take part in beneficial social practices, such as going to the countryside, volunteering, or trying to be with ourselves. Experience different levels of life and cultivate their sense of hardship and social responsibility. Junior year: Take the initiative to deepen the study of professional courses, and try to squeeze the courses of senior year into the semester of junior year, so that senior year has relatively free time to apply for a job or take the postgraduate entrance examination. Junior year is about to join the society, so you should ask your seniors and sisters for job information, interview skills, workplace needs, experience in writing cover letters and resumes, and start thinking for yourself during the holidays.
Senior year: the career planning goal of electrical engineering major has been locked, and it is time to do it. For job seekers, prepare personal job application materials, March into recruitment activities, and go to job websites and forums for a turn. Now is the sprint period, strive for the goal with all your strength. When the career planning of college students' career planning course starts from freshman year ... how to determine their personal position? When students are busy for their own future, their graduation thesis should not be sloppy.
Conclusion: Planning is important, but it is more important to practice it in person and get the result. People often say that "planning is always faster than change", mainly because the reality is mostly unknown. Therefore, it often depends on its specific implementation and effect. Making a goal plan may be affected by various factors at any time. Therefore, when encountering unexpected factors and adverse effects, we should keep a clear head, not only to face them in time,
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When analyzing the problems encountered, we should also come up with countermeasures quickly and decisively, and strive to make improvements in time. I believe that in this case, there will be deviations in future work and goals, and the difference will not be too far. Another point is that we should not change our plans casually, but stick to our goals and face setbacks with them.