What courses are there to study thermal energy and power engineering?

Main course:

Main subjects: power engineering and engineering planning, physics and mechanical engineering.

Main courses: engineering mechanics, mechanical design foundation, electrical and electronic technology, engineering thermodynamics, fluid mechanics, heat transfer, control theory and testing technology.

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.

Ha, I study heat energy, not from the University of Mining and Technology. My research direction is aero engines.

It should be said that the employment rate of our major is definitely not a problem, and the employment rate is 300%! ^_^

However, it is not difficult to find a job, and it is difficult to find a good job. Many of them went to research institutes, Jiangyou 624 Research Institute, Pengzhou 57 19 Factory and Shenyang 606 Factory. I didn't find a job well in my senior year, and I didn't prepare for the postgraduate entrance examination. They are also hungry when they look for jobs next semester, and all 430 factories in Xi 'an have gone. The better ones went to airlines and auto companies, and some went to Shenzhen Energy Group (power plant group, which is said to have a high salary), but the best one was CNPC. They work a little hard, but their wages are higher than ours.

The main courses of thermal energy specialty include engineering thermodynamics, heat transfer, refrigeration principle, air conditioning, boiler, energy-saving technology, fluid mechanics, combustion principle, heat exchanger principle and so on.

In fact, heat energy is widely used, not only for national defense and military products, but also for civilian use, such as air conditioners (refrigeration technology and fresh air technology) and heat exchangers (like our heating pipes, car radiators and so on). ), central heating, household heat meters and other high-tech. For example, at present, everyone collects heating fees uniformly, but some people use them more and some people use them less. Can you develop a heat meter similar to an electric meter to calculate how much heat energy is used by families in order to collect heating fees? Isn't this a high-tech technology?

Of the 36 students in our class, 5 failed to repeat their studies (these disappointing guys), 13 was admitted to the graduate school (not all of them were admitted to this major, some were admitted to the Institute of Aeronautics and Astronautics, and one was admitted to the graduate school in Tsinghua), and the rest were employed. As far as I know, the minimum wage is 65438+.

So heat energy is not a very cold major. Compared with the heat of computers and electronic information, it is a little cold, but its application can be seen everywhere in life, don't you think?

If your research direction is oil exploration, you will be really happy. If you can design a steam dryness meter, you will have money to eat, drink and be merry all your life.

Each school may have a slightly different breakdown of the training direction of this major. For example, the major of thermal energy and power engineering in Hefei University of Technology covers 9 majors, including primary heat engine, refrigeration and low temperature technology, and thermal energy engineering.

Now I take Jiangsu University as an example, and my major has three directions:

1, thermal energy and power engineering (fluid machinery and its automatic control direction), graduates can engage in research, design, planning, production, teaching and management in scientific research units, companies, enterprises, universities and government administrative departments related to fluid machinery, fluid engineering, power station operation management, hydraulic pneumatic, aerospace, water supply and drainage, energy utilization and other industries.

2. Thermal energy and power engineering (thermal energy engineering of power plant and its automation direction). Graduates can engage in related research, teaching, development, planning, management and marketing in electric power system design and research institute, thermal power plant, thermal power plant, power equipment manufacturing enterprises, universities, companies and government management departments related to energy and environmental protection.

3. Thermal energy and power engineering (engineering thermophysical process and its automatic control direction), graduates can engage in related research, development, teaching, planning, management and marketing in scientific research institutes, enterprises, universities and government administrative departments related to energy utilization, combustion equipment, thermal process automatic control system, microelectronic devices, environmental protection and air pollution control, heat exchange equipment and power machinery.

Moreover, the development situation of machinery industry (such as diesel engine industry) is very good now, and there is a great demand for talents in this field. I think this major is very good, but when studying, we should pay equal attention to theory and practice, strengthen the study of professional practice, pay attention to all-round training and improve our practical ability in an all-round way.