Generally speaking, the power industry is a long-term industry, and the demand for power professionals is relatively stable and predictable. And many enterprises in the industrial chain also need this professional. If you are interested in this subject and someone in your family is already engaged in related work, I suggest that you might as well take it as a candidate major.
Question 2: What is energy power engineering, including what is energy power engineering? It is devoted to the utilization of traditional energy and the development of new energy, and how to use energy more efficiently. Energy includes not only traditional energy sources such as water, coal and oil, but also new energy sources such as nuclear energy, wind energy and bioenergy, as well as hydrogen energy that will be widely used in the future. Power includes internal combustion engine, boiler, aero-engine, refrigeration and related test technology. 20 12 The Ministry of Education adjusted thermal energy and power engineering to energy and power engineering in the new edition of undergraduate specialty catalogue of ordinary colleges and universities.
Major disciplines
Power engineering and engineering thermophysics, mechanical engineering, fluid mechanics
main course
Engineering mechanics, mechanical design basis, mechanical drawing, electrical and electronic technology, engineering thermodynamics, fluid mechanics, heat transfer, control theory, testing technology, combustion science, etc.
Main practical teaching links: including military training, metalworking, electrician, electronic practice, cognitive practice, production practice, social practice, curriculum design, graduation design (thesis) and so on. , generally should be arranged for more than 40 weeks.
Degrees awarded: Bachelor of Engineering, Master of Science and Doctor of Technology.
Professional experiment
Heat transfer experiment, engineering thermodynamics experiment, power engineering test technology experiment, fluid mechanics experiment, etc.
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Question 3: What will you do after graduating from energy and power engineering? I am a professional. This major will actually be subdivided, but it is generally related to thermal power plants. There are boilers, steam turbines, turbines and so on. But there are many small directions, depending on which direction you study. Undergraduate students usually run in power plants, and the best doctoral students are design institutes.
Question 4: What is the difference between thermal energy and power engineering, and between energy and power engineering? I am energy and power engineering, or thermal power for short. We are juniors. We can choose thermal power, but we can also choose thermal power and automation, internal combustion engine, thermal power engineering and refrigeration. In our freshman year, we can also choose energy and ecological engineering, which is usually called new energy. If you choose thermal power, it means that you have directly entered this small major, which belongs to the branch of energy and power. I hope I can help you.
Question 5: The energy and power engineering major introduces that energy and power engineering is committed to the utilization of traditional energy and the development of new energy, and how to use energy more efficiently. Energy includes not only traditional energy sources such as water, coal and oil, but also new energy sources such as nuclear energy, wind energy and bioenergy, as well as hydrogen energy that will be widely used in the future. Power includes internal combustion engine, boiler, aero-engine, refrigeration and related test technology. 20 12 The Ministry of Education adjusted thermal energy and power engineering to energy and power engineering in the new edition of undergraduate specialty catalogue of ordinary colleges and universities.
Question 6: What degree is awarded for energy and power engineering?
If it is a bachelor's degree, it will be awarded a bachelor's degree in engineering; if it is a master's degree, it will be awarded a master's degree in engineering. By analogy, the doctor of engineering degree will be awarded after graduation.
Question 7: What does the direction of new energy vehicles in energy and power engineering mean? 1. direction of internal combustion engine: research on automobile engines. If you like machinery, automobiles and aerospace, it will be a good choice for you, especially when your score is not very high and you have no confidence in applying for the vehicle, it will also be a good choice to actively learn the engine. Study specialized courses in the next semester of junior year and the last semester of senior year, mainly including internal combustion engine structure, internal combustion engine principle, automobile electronic technology, automobile theory and so on. (ps: engineering thermodynamics, engineering fluid mechanics and heat transfer are the main basic courses of dynamic specialty. Industrial heat is a sophomore, and industrial flow and heat transfer should be a junior. Are very important basic courses, no matter what your direction is. Employment is mainly in automobile factories and engine parts factories, among which FAW, SAIC, BAIC, Dongfeng (Second Automobile), Wei Chai and Xichai are more popular. As for the postgraduate entrance examination, in recent years, the students who took the postgraduate entrance examination mainly went to Beihang University and Tianda University. Students who took the postgraduate entrance examination should have gone to the advanced power institute of our headquarters. Of course, many students have been admitted to graduate schools in Weihai (ps: the employment opportunities in the automobile industry in Weihai are incomparable with those in Harbin Campus). There are Tianda University, Beihang University, Beili University, Tongji University and Jida University, but the number is very small, because 70% of students in this direction can find jobs every year. This department has no direction of internal combustion engine, so don't worry about whether Weihai is 985. From this point alone, you should have enough confidence to say that you are 985. Besides, in fact, from the perspective of employment, insurance research and postgraduate entrance examination, universities and enterprises all recognize your background. Finally, it depends on your personal improvement in four years of college.
2, energy direction: commonly known as the boiler direction, this is the key to power or heat being ridiculed as burning boilers, but in fact, most people can't do the work of burning boilers. Besides, we are not burning boilers, but designing and researching boilers. This direction is the boiler direction of the power plant. In previous years, most students took the postgraduate entrance examination, and most of them went to our headquarters, because the Energy College of our headquarters ranked very high in the country, and only a few students went to boiler rooms, power plants and other units. Moreover, this year, nuclear power units have also come back to Weihai to recruit people. The most suitable direction for the whole school is the active energy direction. As far as I know, among the more than 40 students at 10 level, 7 have got the offer from CGNPC. As for nuclear power units, it is also known that after graduating from the energy direction of Weihai or Harbin campus, graduate students will mainly go to the Aerospace Research Institute and the Electric Power Research Institute. Because the landlord is not in this direction, I have no further understanding.
Question 8: What is energy and power engineering? What is the job of energy and power engineering? Committed to the utilization of energy, the development of new energy and the improvement of energy utilization efficiency. Can be engaged in the design, operation, automatic control, information processing, computer application, environmental protection, refrigeration and air conditioning, energy saving and clean utilization, new energy development and so on. Employers mainly include: thermal power plants and power companies, electric power design and research institutes, large and medium-sized energy-using enterprises, planning and environmental protection departments, refrigeration and air-conditioning equipment enterprises, universities and other fields.
Question 9: The main courses of energy and power engineering, such as engineering mechanics, mechanical design basis, mechanical drawing, electrician and electronic technology, engineering thermodynamics, fluid mechanics, heat transfer, control theory, testing technology, combustion science and other major practical teaching links, including military training, metalworking, electrician, electronic practice, cognitive practice, production practice, social practice, curriculum design and graduation design (thesis), are generally. Degrees awarded: Bachelor of Engineering, Master of Science and Doctor of Technology.
Question 10: introduction of energy and power engineering specialty. The predecessor of energy and power engineering specialty was 1998, which was formed by the professional adjustment of the Ministry of Education. According to the guiding spirit of the country's vigorous development of emerging strategic industries, fully considering the application of modern science and technology in the field of energy science and technology, the development of new energy technologies and the demand of countries and regions for energy and power engineering, the Ministry of Education established the specialty of energy and power engineering on 20 13. The major of energy and power engineering serves the energy and power industry. As an important basic industry of national economy, energy and electric power industry is also one of the basic directions of national science and technology development. The discipline and industrial direction involved in this major involves the direction of thermal power engineering and control with thermal energy conversion and utilization system as the main body, the direction of heat engine with internal combustion engine and its driving system as the main body, the direction of fluid machinery and refrigeration cryogenic engineering with electrical energy conversion as the main body, and the direction of new energy application technology.
This major trains applied, compound and innovative talents who are oriented to the field of energy and power engineering, can engage in system design, application development, operation management and other technical work in the fields of conventional energy conversion and utilization, power stations, refrigeration and air conditioning, new energy development, etc., and have a solid foundation, wide knowledge, strong practical ability, high comprehensive quality and innovative spirit.
Graduates can be employed in power plants, automobile manufacturing, engines, heating, refrigeration and air conditioning, and other large and medium-sized enterprises and defense industrial departments involving energy utilization and power devices.
This major has a wide-caliber curriculum system, giving full consideration to the application of modern information technology, computer, automation and other technologies in the field of energy and power technology and the development of new energy technologies, paying attention to the cultivation of students' practical ability and innovation ability, actively encouraging students to participate in scientific research activities during their undergraduate years, creating good conditions for students to participate in scientific research activities, and enabling students of this major to acquire professional theoretical knowledge and ability training during their undergraduate years.