Professional direction of thermal energy and power engineering?

What is the difference between the major of thermal energy and power engineering and the major of thermal energy and power (direct

Professional direction of thermal energy and power engineering?

What is the difference between the major of thermal energy and power engineering and the major of thermal energy and power (direction of fluid mechanics)?

Thermal energy recovery and power engineering are generally divided into four directions. One is coal burning, the other is engine, the other is refrigeration, and the other is fluid. The water conservancy and hydropower mentioned upstairs should not belong to thermal power. Just as electricity has big electricity (such as power supply bureau) and small electricity (electrical aspects in circuits), so does fluid. The hydrodynamic direction you said should be fluid. If you are applying for a major, you should choose the former. For schools, Tsinghua, Jiaotong University, Jiaotong University, Harbin Institute of Technology and China University of Science and Technology should be better majors. good luck

Second, the professional direction of thermal energy and power engineering

I majored in thermal power, and some of my classmates went to the steel mill. He said that the major of iron and steel metallurgy in steel mills is basically in the workshop, so the restrictions are relatively dead and it is very difficult to promote. It is recommended to choose thermal power. After all, in addition to power plants, there are design institutes, electric research institutes and research institutes to choose from. As for the postgraduate entrance examination, it must be a hot and popular sub-discipline: refrigeration direction, boiler direction, thermal automatic control direction, thermophysical direction and so on. However, it is difficult to link iron and steel metallurgy with material metallurgy. Which do you think is more suitable?

"3" What is the future major of thermal energy and power engineering?

Let's talk about myself first! I graduated from Central South University of Forestry and Technology in 2007, majoring in thermal energy and power engineering, and it has been one year.

This major has a wide range of employment, depending on what major direction you choose. Our school is in the direction of power machinery and fluid machinery, and the typical representatives of research are automobile engine and water pump respectively. Of course, other schools also have refrigeration, heat energy, nuclear energy and other directions, representing air conditioning, power generation and thermonuclear respectively.

Because many employers don't know much about this major and don't know what they have actually learned in so many directions, the recruitment is a bit blind. Like me, my graduation project is about water pumps, and now I am working as an air conditioning system in an automobile design company. But there are some similarities in some professional knowledge.

What are the main courses of thermal energy and power engineering (power plant direction)?

The main courses of thermal energy and power engineering include: engineering thermodynamics, fluid mechanics, heat transfer, heat and mass transfer principles, principles and devices of low temperature technology, modern power station boilers, modern power station steam turbines, power station automation and computer utilization, power equipment and systems, computer technology (hardware, software, network and application), computer control system, energy and environmental protection, refrigeration and air conditioning, etc.

"Thermal Energy and Power Engineering" is a synthesis of many sciences and technologies, including modern energy science and technology, information science and technology and management technology. It mainly involves the design, operation, automatic control, information processing, computer application, environmental protection, refrigeration and air conditioning, efficient and clean energy utilization and new energy development, etc., and faces and cultivates compound senior talents with wide knowledge, solid foundation and strong innovation ability.

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

1 professional basic courses

Advanced mathematics, linear algebra, probability theory and mathematical statistics, college physics, college physics experiments, general chemistry and experiments, engineering graphics △, microcomputer principle and interface technology, theoretical mechanics △, material mechanics △, fluid mechanics △;

Electrotechnics, metal technology, mechanical principle, mechanical design, interchangeability and technical measurement, manufacturing technology foundation, material forming technology foundation, computer control technology, single chip microcomputer principle and application, engineering thermodynamics, heat transfer and thermal testing technology.

2 specialized courses

(direction of heating and cooling) chemical engineering principle, chemical engineering principle experiment, thermal energy and power engineering foundation △, boiler principle and design △, refrigeration and air conditioning △, thermal process control △, thermal power generation project △; (Direction of internal combustion engine) Fuel and combustion △, mechanical optimization design, internal combustion engine principle △, internal combustion engine structure △, internal combustion engine design △ (some schools combine the two directions).

Three professional elective courses

CAD/CAE/CAM, aerodynamics, virtual prototyping technology, finite element method, automobile exhaust pollution and control, professional English, literature retrieval, turbine, internal combustion engine design method, new energy of internal combustion engine, environmental engineering, power machinery fault diagnosis technology;

Design basis of pressure vessel, fluid sealing technology, fluid machinery, noise and control of power machinery, principle and design of heat exchanger, energy-saving technology, heating engineering, new technology of automobile engine, test method of internal combustion engine, safety technology, corrosion and protection.

(5) Expanding reading for the major of thermal energy and power engineering:

Knowledge and ability that graduates should possess.

1, master the basic knowledge of energy and power engineering and its application;

2, master the basic theory and basic knowledge of mathematics, physics, mechanics, machinery, electrical electronics and automatic control;

3. Initially have the ability to comprehensively apply the knowledge learned, analyze and solve the problems encountered in the research, application, planning, design and manufacturing of energy and power machinery;

4, understand the national guidelines, policies and regulations on the design, development, environmental protection and safety of thermal energy and power devices;

5. Understand the current situation and development of the world's advanced technology level in this field, and have the basic ability to use and utilize the advanced technology provided by the international market;

6. Master the basic methods of literature retrieval and data query, and be able to use modern information technology to acquire relevant knowledge;

7. Master a foreign language, be proficient in reading foreign language books and periodicals of this major, and have certain computer application ability.

Specialty direction of terrestrial heat energy and power engineering

Landlord, why do you specialize in internal combustion engines? I studied thermal power in the direction of thermal power plants ... in fact, we originally studied thermal power and power in the direction of thermal power. After all, the employment of air conditioning is not wide now, so it is impossible for people who study air conditioning to go to Haier. There is also the faculty and superior direction of your school. For example, many of your teachers have high authority in this field, or many of your brothers and sisters have entered the air conditioning manufacturing or related large enterprises, then engage in air conditioning. Now everyone can say that they have their own opinions. Undergraduate graduates look at the school, and graduate students look at the tutor. If the school is not particularly biased in both directions, it will be hot. It's easier to find a job. There is no one in our cold storage department.

"Gas" heat energy and power engineering are divided into directions.

First of all, what city do you want to develop in? If you want to enter the steel enterprise, you'd better learn thermal energy. Thermal energy can be divided into heating furnace and boiler. Heating furnaces are more suitable for the development of iron and steel enterprises, and boiler majors can go to places like power plants and nuclear power plants. Internal combustion engines are mainly automobile-related enterprises, as well as shipyards and the like. Personally, I think both majors are not bad, and the internal combustion engine should be more promising in the future. In fact, there is not much difference in what you learn. If you learn well, you can develop anywhere.

What will you do after graduating from energy and power engineering? What are your employment directions?

Graduates can engage in technical or administrative management in energy enterprises, transportation management departments, ship design and research units, ship inspection, shipbuilding, harbour superintendency administration, power plant enterprises, aquaculture enterprises, municipal and environmental protection, energy contract management and other industry departments, and can also engage in scientific research and education departments such as scientific and technological development and teaching in the field of energy and electricity.

Employment direction:

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, etc.

(8) thermal energy and power engineering professional direction to expand reading:

Professional knowledge and ability of graduates

1, with a solid foundation in natural science, good foundation in humanities, art and social science, and the ability to correctly use the spoken and written languages of the nation;

2. Systematically master the extensive basic knowledge of technical theory in this field, including engineering mechanics, mechanics, engineering thermophysics, fluid mechanics, electrical and electronics, control theory, market economy, enterprise management, etc.

3. Obtain engineering practice training in this professional field, and have strong computer and foreign language application ability;

4. Have the necessary professional knowledge in a certain professional direction in this professional field and understand its scientific frontier and development trend;

5. Have strong self-study ability, innovative consciousness and high comprehensive quality.

Ninth Five-Year Plan: Employment Direction of Thermal Energy and Power Engineering

Professional Prospect This major takes the discipline of engineering thermophysics as the main theoretical basis, takes the developing new power machinery and systems such as internal combustion engines as the research object, and uses the knowledge and contents of engineering mechanics, mechanical engineering, automatic control, computer, environmental science, microelectronics technology and other disciplines to study the basic laws and processes of how to safely, efficiently, and with low (or no pollution) pollution to convert chemical energy of fuel and kinetic energy of liquid into power, as well as the automatic control technology of systems and equipment in the conversion process. With the increasing shortage of conventional energy and the increasing awareness of human environmental protection, energy saving, high efficiency, reducing or eliminating pollution emissions, and developing new energy and other renewable energy sources have become important tasks of this discipline, which are widely used in many fields such as energy, transportation, automobiles, ships, electric power, aerospace engineering, agricultural engineering and environmental science, and play an increasingly important role in various sectors of the national economy.

Training objectives This major aims to train senior engineering and technical personnel who have the basic theory, knowledge and skills of thermal energy and power engineering and can engage in the design, manufacture, management, teaching and scientific research of new power machinery and equipment such as heat engines in various departments of the national economy.

Cultivating characteristics This major not only strengthens students' basic theory and comprehensive quality education, but also strengthens the application of computer and automatic control technology, strengthens professional practice teaching, pays attention to all-round training, and comprehensively improves students' practical ability and scientific research potential, so that graduates have strong job-hunting competitiveness and broad employment adaptability.

The main courses include mechanical drawing, mechanical principle, mechanical design, theoretical mechanics, material mechanics, engineering materials, electrical technology, electronic technology, computer software foundation, hydraulic technology, hydraulic transmission, internal combustion engine structure, internal combustion engine principle, internal combustion engine design, internal combustion engine test, engine electronic technology, engineering thermodynamics, fluid mechanics, heat transfer, automatic control theory, modern testing technology and so on.

Award a bachelor's degree in engineering

Employment orientation After graduation, I can engage in energy and power equipment management, research and development of internal combustion engines and new power equipment, emission control of internal combustion engines, new energy utilization, automobile industry, weapons industry, environmental protection industry, transportation industry, ships, electric power, aerospace industry, etc.

"Picking up" the Specialty Direction of Thermal Energy and Power Engineering

Centralized control, as the name implies, is to engage in centralized control, that is, to coordinate all parts of the whole generator set with the whole. It is required to program on the basis of understanding boiler, steam turbine and other parts (single chip microcomputer PLC technology). Generally, the corresponding power plant work is to sit in the centralized control room and watch the visualization on the screen. It is difficult to find out the problem of the running unit.

The operation refers to the boiler stoker or specialist, who knows the operation of the equipment very well and carries out the necessary manual operation. Maintenance is to look around the unit, look at the boiler and see if the turbine is abnormal. It's usually an inspection.

To put it bluntly, centralized control is for the rear, and operation and maintenance is for the front.