Energy and power engineering is what the major

Energy and Power Engineering is what specializes in the following:

Energy and Power Engineering belongs to the engineering category, Energy and Power Engineering is mainly su ndustry "Engineering Mechanics", "Fundamentals of Mechanical Design", "Engineering Thermodynamics", "Fluid Dynamics", "Heat Transfer", "Control Theory", "Fluid Machinery".

and "energy and power machinery testing technology", "thermal energy and power engineering testing technology", "intelligent device automation", "low temperature principles and technology", "refrigeration principles", "automatic control of thermal processes".

Energy and power engineering current research on energy is mainly focused on the utilization of traditional energy and the development of new energy sources in these two points. Traditional energy sources mainly include coal, oil, natural gas, water energy, wood and so on. Obviously, several of the above energy sources, in addition to water energy can be recycled in nature, the rest of several traditional energy sources are non-renewable in a certain sense.

The profession of energy and power engineering literally includes three layers of meaning, namely, energy engineering, power engineering, and the engineering of the interconversion of energy and power. The relationship between energy and power is like that between a generator and an electric motor: without energy, the motor will not produce power.

The so-called power engineering is the field of applied engineering technology that studies the theory and technology of energy conversion, transmission and utilization in the field of engineering, improves energy utilization, reduces primary energy consumption and pollutant emissions, and promotes the sustainable development of the national economy.

Including internal combustion engines, boilers, aviation engines, air conditioning and refrigeration and related test technology. He is closely related to people's lives, such as power plant boilers in the clean combustion and clean energy.

Energy and Power Engineering is both theoretical and practical, involving many aspects of thermal dynamics, combustion theory, energy utilization, energy conservation and environmental protection.

The program focuses on cultivating students' scientific quality and practical ability, equipping them with theoretical foundation and practical skills. In the learning process, students need to master professional knowledge through a large number of experiments and engineering practice, which is conducive to the development of students' practical ability and sense of innovation.

Energy and power engineering graduates have better employment prospects. Energy and power engineering is a very important industry, which covers a wide range of fields, including power generation, thermodynamics, machinery manufacturing, petrochemical and other fields.

Graduates can be engaged in electric power, thermodynamics, machinery, environmental protection, petrochemical and many other industries, such as employment in power plants, thermal power plants, engineering companies, research institutes and other fields. With the continuous development of China's energy industry, the demand for energy and power engineering professionals is also increasing, and the employment prospects of graduates are also more and more broad.

With the continuous development of the energy industry and the continuous updating of technology, the energy and power engineering profession is also constantly developing and innovating. In the future, the energy and power engineering profession will pay more attention to the concept of sustainable development and environmental protection, and realize the efficient use of energy and environmental protection by means of new technologies, new processes and new materials.

Meanwhile, the development and utilization of new energy has also become one of the important directions for the development of energy and power engineering profession. With the continuous progress of science and technology and the continuous development of the energy industry, the prospects of the energy and power engineering profession will also be broader.