A. Employment direction of thermal energy and power engineering

The employment direction of thermal energy and power engineering is as follows:

Direction of thermal energy: Thermal energy of power plant (boiler of power plant) belongs to electric power industry, nuclear energy, metallurgical thermal energy (heating furnace, heat treatment furnace), metallurgical industry, etc.

Power direction: ship power (turbine)-shipbuilding, power plant power (turbine)-electric power industry, automobile and train power (internal combustion engine)-locomotive industry, etc.

Refrigeration direction: compressor, air conditioner-household, commercial electrical appliance industry, etc.

After the direction is clear, it is clearer to understand different enterprises in different directions:

1) In the power industry, the famous power companies are the five domestic power giants, including power plants and design institutes of Huaneng Group, Datang Group, Huadian Group, Guodian Group and China Power Investment Corporation.

2) Nuclear power industry, well-known companies: CGNPC, CNNC and National Nuclear Power Technology Center.

3) Iron and steel metallurgical industry, famous metallurgical companies: Baosteel Group (Baoshan District, Shanghai), Angang Group (Anshan, Liaoning), Wuhan Iron and Steel Group (Wuhan, Hubei), Shougang Group (Qian 'an, Beijing), Panzhihua Iron and Steel Group, Benxi Iron and Steel Group, Jinan, Laigang, Posco Steel and other metallurgical steel mills and their design institutes.

4) Shipbuilding, famous shipbuilding groups: Dalian Shipbuilding Industry Group, Shanghai Waigaoqiao, Shanghai Hudong, Shanghai Jiangnan Shipbuilding, Jiangsu Chengxi Shipbuilding, COSCO Shipping, Huludao Shipbuilding, STX Shipbuilding, Kawasaki Shipbuilding, Samsung Shipbuilding and other shipyards and their design institutes.

5) Automobile manufacturing, among which FAW (Guangzhou Automobile, SAIC Motor, Tianqi Automobile and Changqi Automobile), Jianghuai Automobile, Suzuki, Geely, Chery and BYD are famous.

6) Locomotive manufacturing, famous company: CSR Group (almost all southern cities such as Zhuzhou, Guiyang, Qishuyan, Meishan, Nanjing, Luoyang, Chengdu, Xiangyang, etc. A subsidiary of CSR) and CNR Group (a subsidiary of CNR in northern cities such as Qiqihar, Harbin, Changchun, Dalian, Beijing, Tangshan and Qingdao), Bombardier, Alstom and Siemens.

7) In the household commercial air conditioner and compressor industry, famous companies include Haier, Samsung, LG, Siemens, Sanyo, Panasonic, Yuanda, Chang Kai, etc.

When you choose these units, you should first start with your major direction, and then you should know where you want to develop. If you have a favorite company I, you should always pay attention to their recruitment information and the necessary conditions for recruiting positions. On the basis of mutual understanding, we can understand our own shortcomings and meet the recruitment requirements through our own efforts before we can successfully enter the favorite unit. I hope my summary is helpful to you!

B. If you can go in the direction of employment in this major, can you enter a power supply company?

Hello, the employment direction of rural power specialty can enter the power supply bureau, and this major is also recruited by the power supply company. The majors recruited have certain relevance, so you can choose to apply.

C. on the employment of dynamic majors

The overall employment situation is good,

Energy braking force is an important material basis for economic and social development. Generally speaking, a country's gross national product is roughly proportional to its energy consumption. Energy and power engineering is directly related to the development of national economy and the level of people's living standards, so the employment rate of related majors is also at a high level for a long time.

Before the adjustment of professional name, the employment rate of "Thermal Energy and Power Engineering" was in the range of 90%-95% for many years.

The total employment rate of energy and power engineering major in North China Electric Power University in recent three years is over 95%: 20 13 years, the employment rate of power industry is 53. 18%, and the postgraduate entrance examination rate is 33.53%. 20 14 the employment rate of power industry is 57.06%, and the postgraduate entrance examination rate is 3 1.30%. 20 15 The employment rate of power industry is 54.03%, and the postgraduate entrance examination rate is 35.52%. The main fields of employment are: various power plants and power companies, power construction engineering companies, machinery manufacturing enterprises, power equipment manufacturing enterprises and energy and power enterprises.

Of course, going to an electric power enterprise is only one of the students' choices. Dynamic graduates have a wide range of employment fields, and where to go for employment has a lot to do with opportunities and the chosen professional direction.

D. Employment direction of thermal engineering specialty

This kind of direction is a very practical project. Our department went to power plants and power companies. Specializing in oil, let's see if the power company wants it first.

If you are a car, it may be better to enter the R&D department, but it should be more difficult to enter the technical department. I have a classmate who is in sales, so I can learn to do sales.

After the examination, North China's electric power major is the best in China, Tsinghua's thermal energy major is the best, and Southeast University has the most tutors, so you can be admitted after the initial test.

E. What are the employment prospects of graduate students majoring in energy and power engineering?

The overall employment rate is not low

Energy is an important material basis for economic and social development. Generally speaking, a country's gross national product is roughly proportional to its energy consumption. Energy and power engineering is directly related to the development of national economy and the level of people's living standards, so the employment rate of related majors is also at a high level for a long time. Before the adjustment of professional name, the employment rate of "Thermal Energy and Power Engineering" was in the range of 90%-95% for many years (according to the data of Sunshine College Entrance Examination Platform).

The total employment rate of energy and power engineering major in North China Electric Power University in recent three years is over 95%: 20 13 years, the employment rate of power industry is 53. 18%, and the postgraduate entrance examination rate is 33.53%. 20 14 the employment rate of power industry is 57.06%, and the postgraduate entrance examination rate is 3 1.30%. 20 15 The employment rate of power industry is 54.03%, and the postgraduate entrance examination rate is 35.52%. The main fields of employment are: various power plants and power companies, power construction engineering companies, machinery manufacturing enterprises, power equipment manufacturing enterprises and energy and power enterprises.

Of course, going to an electric power enterprise is only one of the students' choices. Dynamic graduates have a wide range of employment fields, and where to go for employment has a lot to do with opportunities and the chosen professional direction.

One of the most widely employed majors in the future.

"Power major is one of the most widely employed majors in China in the next 20 years." Talking about employment, President Wang is full of confidence: "Energy and power engineering is a synthesis of many sciences and technologies, which are widely used in energy, electric power, automobiles, ships, aerospace engineering, agricultural engineering, environmental engineering and other fields. After graduation, students can engage in many specific tasks such as system design, operation, automatic control, information processing, computer application, environmental protection, new energy development, and efficient and clean utilization of energy. "

Xiao Zhang is a graduate majoring in thermal energy and power engineering. He said: "In the past, some people joked that our major was boiler burning, and all students graduated as senior boiler workers. This view is very narrow. Now energy power engineering covers not only boilers and thermal generators, but also fluid machinery such as steam turbines and gas turbines, as well as water conservancy machinery, air conditioning engineering, refrigeration and low temperature engineering and so on. If some students want to work in automobile, aerospace, nuclear power, power equipment, air conditioning and refrigeration enterprises in the future, it is a good choice to take the initiative to major. For example, many students study the direction of heat engine and internal combustion engine, and their employment orientation can be placed in major automobile factories, such as FAW, BAIC, Volkswagen and Geely. Most automobile factories have engine factories and R&D departments, and some specialized engine design companies are also very good. In addition, enterprises that produce diesel engines and agricultural machinery are also good places for graduates of this major to find jobs. "

F. Active professional employment prospects

The overall employment rate is not low

Energy is an important material basis for economic and social development. Generally speaking, a country's gross national product is roughly proportional to its energy consumption. Energy and power engineering is directly related to the development of national economy and the level of people's living standards, so the employment rate of related majors is also at a high level for a long time. Before the adjustment of professional name, the employment rate of "Thermal Energy and Power Engineering" was in the range of 90%-95% for many years (according to the data of Sunshine College Entrance Examination Platform).

The total employment rate of energy and power engineering major in North China Electric Power University in recent three years is over 95%: 20 13 years, the employment rate of power industry is 53. 18%, and the postgraduate entrance examination rate is 33.53%. 20 14 the employment rate of power industry is 57.06%, and the postgraduate entrance examination rate is 3 1.30%. 20 15 The employment rate of power industry is 54.03%, and the postgraduate entrance examination rate is 35.52%. The main fields of employment are: various power plants and power companies, power construction engineering companies, machinery manufacturing enterprises, power equipment manufacturing enterprises and energy and power enterprises.

Of course, going to an electric power enterprise is only one of the students' choices. Dynamic graduates have a wide range of employment fields, and where to go for employment has a lot to do with opportunities and the chosen professional direction.

One of the most widely employed majors in the future.

"Power major is one of the most widely employed majors in China in the next 20 years." Talking about employment, President Wang is full of confidence: "Energy and power engineering is a synthesis of many sciences and technologies, which are widely used in energy, electric power, automobiles, ships, aerospace engineering, agricultural engineering, environmental engineering and other fields. After graduation, students can engage in many specific tasks such as system design, operation, automatic control, information processing, computer application, environmental protection, new energy development, and efficient and clean utilization of energy. "

Xiao Zhang is a graduate majoring in thermal energy and power engineering. He said: "In the past, some people joked that our major was boiler burning, and all students graduated as senior boiler workers. This view is very narrow. Now energy power engineering covers not only boilers and thermal generators, but also fluid machinery such as steam turbines and gas turbines, as well as water conservancy machinery, air conditioning engineering, refrigeration and low temperature engineering and so on. If some students want to work in automobile, aerospace, nuclear power, power equipment, air conditioning and refrigeration enterprises in the future, it is a good choice to take the initiative to major. For example, many students study the direction of heat engine and internal combustion engine, and their employment orientation can be placed in major automobile factories, such as FAW, BAIC, Volkswagen and Geely. Most automobile factories have engine factories and R&D departments, and some specialized engine design companies are also very good. In addition, enterprises that produce diesel engines and agricultural machinery are also good places for graduates of this major to find jobs. "

3. Application guide

1. See the characteristics of colleges and universities

At present, there are Tsinghua University, Harbin Institute of Technology, Shanghai Jiaotong University, Zhejiang University, Huazhong University of Science and Technology, Xi Jiaotong University, Beihang University, North China Electric Power University, etc. 173 energy and power engineering colleges in China. Because the major involves a wide range, each school has its own advantages in the professional direction according to its own characteristics.

For example, Xi Jiaotong University, Shanghai Jiaotong University and Tianjin University all have advantages in the direction of internal combustion engines, and many of them are national key disciplines; This major of Beihang University belongs to a direction of "aircraft power engineering" when enrolling students, and it is more focused on aero-engines; The energy and power engineering of Jiangsu University focuses on fluid machinery, and its "fluid machinery and engineering" discipline is the only national key discipline with pump as its research feature. The major of North China Electric Power University was originally called "Thermal Energy Engineering of Power Plant". As can be seen from the professional name, this major mainly studies how to convert thermal energy into electrical energy. Candidates can take into account the characteristics of the school, their hobbies and scores when applying for the exam.

Look at the professional direction

The first-level discipline corresponding to the major of energy and power engineering is "power engineering and engineering thermophysics", which covers many places of engineering thermophysics, thermal engineering, power machinery and engineering, fluid machinery and engineering, chemical process machinery and other two disciplines. There are also many professional directions offered by various schools, such as thermal power engineering, energy and environmental engineering, refrigeration and air conditioning engineering, building environment and energy application, internal combustion engines, automobiles and engines. Energy and power engineering in many colleges and universities is adjusted from "thermal energy and power engineering", so "thermal energy and power engineering" is the most common major.

For example, the energy and power engineering major of Beijing Jiaotong University is divided into "the major direction of thermal energy engineering" and "the major direction of automobile and engine". Students can choose the direction according to their hobbies from the sixth semester. The energy and power engineering majors of Tianjin University are "internal combustion engine" and "thermal energy engineering". The discipline of "Power Machinery and Engineering" with internal combustion engine as the research direction is a national key discipline, and the research direction of "Thermal Energy Engineering" is the efficient utilization and refrigeration of medium and low temperature heat energy. This major of North China Electric Power University includes three major directions: thermal power and engineering, centralized control operation of power plants, gas turbines and combined cycles.

It is worth noting that many of the above-mentioned professional directions are not available in every school, and some of them are not national enrollment even if they are offered. Candidates can refer to the "Enrollment Professional Catalogue" issued by this province in the same year to inquire about the enrollment plan and professional direction.

3. Pay attention to large-scale enrollment

In addition, parents of candidates can see from the catalogue of enrollment majors in recent years that the names used by different schools are not exactly the same. Generally, there are two situations: one is to enroll students according to the specialty of energy and power engineering, and the other is to enroll students according to the category of energy and power.

For example, Wuhan University enrolls students according to energy and power, including energy and power engineering, nuclear engineering and nuclear technology, and energy and chemical industry. Chongqing University enrolls students according to energy and power, including energy and power engineering, new energy science and engineering. Xi Jiaotong University enrolls students in energy and power majors according to major categories, including energy and power engineering and new energy science and engineering. "Energy and Power" of University of Science and Technology Beijing includes two majors: energy and power engineering, building environment and energy application engineering. Recruit students according to major categories, and implement a wide-caliber training model after enrollment. After one and a half years, students will enter different majors according to their own wishes and academic performance at school.

At present, there is 19 college enrollment "energy and motivation". Candidates can know in advance what majors are included in the professional enrollment of each school before entering the exam.

Pay attention to physical requirements

The major of energy and power has certain requirements for candidates' physical conditions. According to the Guiding Opinions on Physical Examination of College Admissions, the main organs are lung, liver, kidney, spleen and gastrointestinal tract. , had major surgery and recovered well, or had a history of myocarditis, gastric or duodenal ulcer, chronic bronchitis, rheumatoid arthritis, etc. And hyperthyroidism has been cured for a year, which is not suitable for learning energy and motivation. Anyone who corrects to 4.8 lenses at a glance and the degree is greater than 800 degrees should not study energy and degree. Other schools also have hints in the application requirements, such as not suitable for candidates with abnormal color vision (color blindness and weak color). Candidates should carefully read the enrollment regulations of colleges and universities to see if there are any special requirements to avoid omission.

G. Employment direction of energy and power engineering specialty

According to different majors, graduates can engage in research and design, product development, manufacturing, testing, management and teaching of thermal energy engineering, power engineering and refrigeration engineering in large enterprises, related companies and related research institutes, design institutes, universities and management departments. The main employment direction is power plant, internal combustion engine factory, automobile factory, logistics control, boiler factory, large machinery factory, shipyard, air conditioning factory, refrigeration equipment factory, HVAC engineering and so on!

H. Employment direction of thermal energy and power engineering specialty

Generally, the capacity of self-provided power plants belonging to enterprises is relatively small, so it may be a little difficult to switch to thermal power plants in the future. Because the current thermal power plants are all over 300MW, it is difficult to enter the power plant now. If there is no better choice, let's work first. Thermal power employment is not as good as before. Many students around me either went to Guizhou or Yunnan for development, where the units are very large, or went to their own power plants or thermal power plants. Also, when you have work experience, it may be easier to find a job.

I. Employment Prospects and Employment Direction of Energy and Power Engineering

Employment prospect of energy and power engineering specialty

Mainly engaged in thermal energy engineering, power engineering, refrigeration engineering, HVAC engineering, product development, mechanical design, process design, production technology, process development, production pipeline and other work in industrial enterprises.

Brief introduction of energy and power engineering specialty

The major of energy power system and automation studies the production and utilization process of transforming primary energy such as coal, oil and natural gas into secondary energy such as electricity and heat. Study scientific and technical problems in artificial environment, refrigeration and air conditioning, low temperature biomedicine and other fields. It also studies the development and utilization of new energy sources such as wind energy, solar energy and biomass energy. Harmful substances discharged in the process of energy conversion and utilization will cause environmental pollution, and energy production must be efficient and clean. The specialty of energy and environmental system is not only very dependent on automatic control, but also a complex system engineering, which includes high and new technologies such as thermal science, mechanics, material science, mechanical manufacturing, environmental science, computer science, automatic control science and system engineering science. The specialty of energy and environmental system engineering has a wide range of knowledge, and it is a compound specialty with three disciplines of energy, environment and control.

Specialized courses of energy and power engineering

Engineering mechanics, mechanical design basis, electrical and electronic technology, engineering thermodynamics, fluid mechanics, heat transfer, control theory, testing technology.

Training objectives and requirements of energy and power engineering specialty

This major cultivates the basic knowledge of thermal energy engineering, heat transfer, fluid mechanics, power machinery and power engineering, and can engage in advanced design, manufacture, operation, management, experimental research, installation, development and marketing of power engineering (such as thermal power plant engineering, fluid machinery, hydraulic machinery, etc.) in various departments of the national economy.

Students in this major mainly study the basic theories of power engineering and engineering thermophysics, and learn various theories and technologies of energy conversion and effective utilization, which are basically cultivated by modern power engineers; Have the basic ability of design, operation and experimental research of power machinery and thermal equipment.

J. Specialty direction and future employment of thermal energy and power engineering

Right? Thermal power has many directions, including internal combustion engines (diesel engines, gasoline engines), gas turbines, steam turbines, refrigeration and air conditioners, and boilers. Why is there only water conservancy?