What is the employment situation in thermal and power engineering?

The employment situation is quite good, now the country is building nuclear power in developed areas on a large scale, the content of the conventional island of nuclear power plants is thermal energy and power majors, the salary of nuclear power is quite high, I have a classmate who signed a general nuclear power plant (but to learn well), the annual salary is more than ten; In Xinjiang and Inner Mongolia and other areas, the state is encouraging the development of energy, for example, Xinjiang's electricity is sent to the mainland (west-to-east power transmission), all the five major power generation groups are seizing Xinjiang's energy resources, in Xinjiang to build the world's largest coal liquefaction base, ready to receive natural gas from Kazakhstan and Russia, I am a student of thermal energy and power of Shandong University, our college has ranked first in the employment ranking of Shandong University for 7 consecutive years for 97% (excluding repetition and postgraduate entrance examination), every time to April and May, large enterprises are playing ** I asked the teacher to help me find someone, but most of the students had already signed a contract and could only return empty-handed; There are also some heat exchangers, you can come out to open a company alone, the profit margin is very large, so don't think about it, choose it, there is nothing wrong, the good schools are Xi'an Jiaotong University, Shanghai Jiaotong University, Southeast University, North China Electric Power University, Shandong University, Harbin Institute of Technology

Very good. There are many jobs in thermal and power engineering, but the salaries vary greatly. You'd better choose a more stable unit such as a central enterprise or a large state-owned enterprise, and the treatment belongs to the upstream.

If your ability is very high, you can go to a private company, a foreign-funded enterprise, with high salary, poor long-term stability, and it is better not to go to a small private enterprise, and you are often in arrears of wages.

The employment rate is very high, last year ranked second among the major undergraduate majors, the professional matching rate is also very high, and the employment is relatively wide, but it is easy to be marginalized after some enterprises, and it is more promising for undergraduates to go to boiler factories and power plants. The average salary after graduation is not too high, but it mainly depends on the individual's ability.

The employment prospects for thermal power workers are as follows:

This major belongs to the category of energy and power, which is one of the key development areas of the country and has broad development prospects. It includes the original heat engine, thermal engineering, fluid machinery and fluid engineering, thermal engineering and power machinery, refrigeration and cryogenic technology, energy engineering, engineering thermophysics, water conservancy and hydropower engineering, refrigeration and refrigeration engineering, etc., which is a wide-caliber major with a lot of room for expansion.

Career direction of thermal power engineering technology Students who graduate from this major can go to enterprise self-provided power plants, thermal power plants, thermal power plants, enterprise power plant stations, urban power engineering companies and other enterprises that use thermal power equipment, etc., to engage in the operation, maintenance, installation, testing, maintenance and other positions of thermal power equipment boilers, steam turbines, pumps, fans, power coordination, etc.

1.Thermal energy and power is the basis and condition of today's human survival, every point of life needs the engine to generate power, and now the society does not need heat energy and power everywhere, he is the basis and power of our survival and production.

2.Thermal energy and power engineering include different directions, including thermal power engineering, thermal power engineering, and refrigeration and cryogenic engineering. You can choose your preferred direction in your studies.

3.At present, my methods of obtaining heat and power mainly come from coal, oil, natural gas, etc., which are non-renewable resources. How to improve the utilization rate of these resources, is the main research direction of thermal energy and power engineering, there is still a lot of potential to be tapped, the state attaches great importance to this aspect, and also invests a lot of money in the research and construction of energy-saving transformation.

Thermal & Power: The employment trend is very good right now. Thermal & Power Engineering.

It can be generally divided into three directions: thermal, thermal, and hydrodynamic. Among them, there is little difference between thermal and thermal work, and the salary is between 2000-4000.

Hydropower is mainly hydropower plants and hydropower construction units, with higher wages but in remote locations.

The development and utilization of nuclear energy will provide us with an inexhaustible source of energy, especially through the use of nuclear fusion.

The principle of development of the artificial "little sun."

Technology will provide a clean, inexhaustible source of power for humanity. And this technology is still to be mature and perfected in the world.

The employment direction of thermal energy and power engineering is: thermal energy direction, power direction, and refrigeration direction, and each direction can also be divided into different industries. The direction of your employment is related to the focus of your university training, depending on whether it is biased towards thermal power plants, power machinery, or refrigeration and air conditioning.

Employment prospects of thermal and power engineering: This major belongs to the category of energy and power, which is one of the key development areas of the country and has broad development prospects. It includes the original heat engine, thermal engineering, fluid machinery and fluid engineering, thermal engineering and power machinery, refrigeration and cryogenic technology, energy engineering, engineering thermophysics, water conservancy and hydropower engineering, refrigeration and refrigeration engineering, etc., which is a wide-caliber major with a lot of room for expansion.

At present, there are many colleges and universities that set up this major, and the direction of study is not the same, such as fluid machinery and its automatic control, graduates can be engaged in research, design, planning, production, teaching and management in research units, companies, enterprises, colleges and universities, and management departments related to fluid machinery, fluid engineering, power station operation management, hydraulic pneumatics, aerospace, water supply and drainage, energy utilization and other industries.

In the direction of power plant thermal engineering and automation, graduates can be engaged in research, teaching, development, planning, management and marketing in power system design and research institutes, thermal power plants, thermal power plants, power equipment manufacturing enterprises, colleges and universities, as well as public and environmental protection departments and management departments related to energy and environmental protection.

Graduates can be engaged in research, development, teaching, planning, management and marketing in research institutes, enterprises, colleges and universities, and management departments related to energy utilization, combustion equipment, thermal process automatic control system, microelectronic devices, environmental protection and air pollution control, heat exchange equipment, power machinery, etc.