What is the specific employment situation in thermal and power engineering? What units are generally

Thermal and power engineering has many destinations as a first-level discipline. The more traditional ones are: thermal power plants (boilers or something), hydropower plants, nuclear power plants, air-conditioning production plants, engine production plants, automobile production plants, locomotive factories, boiler factories ......

The more advanced ones are: **research institutes, **school teachers, **senior technicians, ......More helpless: insurance companies.

In fact, in our school, employment is mainly divided according to the college, and companies generally do not specifically look for that major. And although thermal and power engineering is a first-level discipline, most of the schools in China that I know will teach a lot of specific professional knowledge, which also limits the direction of employment. I don't think thermal power plants will be going to be for our thermal and power engineering students at the School of Automotive.

One of the directions I know is to go to power plants, which is to generate heat.

Thermal and power engineering encompasses many directions, such as internal combustion engines (diesel engines) to automobile factories, trains, shipyards, diesel engine factories.

Steam turbines go to thermal power and nuclear power.

Boiler Go to the boiler plant, the power plant.

Gas turbines go to aircraft factories civil aviation.

Air conditioning Go air conditioning.

It's up to you to study.

If there is a boiler, go to the power plant or other places that use boilers, which is also a better direction for employment.

The direction of the internal combustion engine is on the part of the car manufacturer.

The direction of the ship is the direction of ship manufacturing or repair, and this direction does not understand the difficulty of employment.

The refrigeration direction is to design air conditioning or something, and this direction is classified as a major in building environment and equipment engineering in some schools, and there are relatively few people in this direction of thermal energy.

At present, the direction of boilers is better, suitable for various power plants, and the income is the highest.

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 waiting to be matured and perfected in the world.

The employment directions of thermal energy and power engineering are: 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 professional training, depending on whether it is biased towards thermal power plants, power machinery, or refrigeration and air conditioning.

Employment prospects of thermal energy 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.

The direction of employment is as follows:

Various energy enterprises: It is the main employment path, such as thermal power plants, nuclear power plants, steel plants, smelters, automobile companies, socks and air conditioning enterprises, energy evaluation agencies and other energy-related enterprises. Researcher:

Enter the electric power design institute, electric power construction and other units to do scientific research. Teachers: Teaching in similar institutions of higher learning.

Civil servant: works in national and local administrative units, such as the Electricity Supply Bureau. The major of thermal energy and power engineering mainly cultivates senior talents with a solid theoretical foundation, strong practical, adaptive and innovative ability, high moral quality and cultural quality in the field of energy conversion and utilization and thermal environmental protection, so as to meet the society's demand for talents in scientific research, design, teaching, engineering technology, operation and management in the field of energy and power disciplines.

Students should have a broad knowledge of natural science, humanities and social sciences, a broad theoretical foundation in thermal, mechanical, electrical, mechanical, automatic control, system engineering, professional knowledge and practical ability of thermal energy and power engineering, and master the knowledge of computer application and automatic control technology.

The direction of employment is as follows:

Various energy enterprises: It is the main employment path, such as thermal power plants, nuclear power plants, iron and steel plants, smelters, automobile companies, air conditioning companies, energy evaluation agencies and other energy-related enterprises. Researcher:

Enter the electric power design institute, electric power construction and other units to do scientific research. Teachers: Teaching in similar institutions of higher learning.

Civil servant: works in national and local administrative units, such as the Electricity Supply Bureau. The major of thermal energy and power engineering mainly cultivates senior talents with a solid theoretical foundation, strong practical, adaptive and innovative ability, high moral quality and cultural quality in the field of energy conversion and utilization and thermal environmental protection, so as to meet the needs of the society for scientific research, design, teaching, engineering technology, operation and management in the field of energy and power disciplines.

Students should have a broad knowledge of natural sciences, humanities and social sciences, a broad theoretical foundation in thermal, mechanical, electrical, mechanical, automatic control, system engineering, professional knowledge and practical ability of thermal energy and power engineering, and master the knowledge of computer application and automatic control technology.

Mr. Zeng, the human resources director of a well-known enterprise, said that thermal energy and power engineering cultivates senior talents with a solid theoretical foundation, strong practical, adaptive and innovative ability, high moral quality and cultural quality in the field of energy conversion and utilization and thermal environmental protection, so as to meet the needs of the society for scientific research, design, teaching, engineering technology, operation and management in the field of energy and power disciplines.

The college entrance examination is coming, so what are the employment directions of thermal energy and power engineering? Let me synthesize the suggestions of express education and introduce the analysis of the employment direction of thermal energy and power engineering for all officials, for reference only!

Analysis of employment direction of thermal energy and power engineering:

Graduates of the Energy and Environmental Systems Engineering program can engage in research, teaching, development, manufacturing, installation, maintenance, planning, management and marketing of energy and power engineering and related fields. You can also continue your studies in this major or other related majors to study for a master's degree or a doctorate. It can be engaged in research and design, product development, manufacturing, testing, management, teaching and other work in thermal engineering, power engineering and refrigeration engineering in large enterprises, related companies and related research institutes, design institutes, colleges and universities and management departments.

The main employment directions are power plants, internal combustion engine plants, automobile manufacturing plants, logistics control, boiler factories, large machinery factories, shipyards, air conditioning plants, refrigeration equipment factories, HVAC engineering, etc.!