Employment direction of engineering thermophysics

I. Employment direction of engineering thermophysics major The employment direction of engineering thermophysics major is mainly related to thermal machinery, thermal process automatic control system, microelectronic devices, environmental protection and air pollution control, research, development, teaching, planning, management and marketing of universities and government management departments.

Introduction to engineering thermophysics is the main basic subject in the field of energy utilization, and the development of engineering thermophysics promotes the progress of energy science and technology. Judging from the development history of human utilization of energy and power, ancient humans almost completely relied on renewable energy, and manual or simple machinery has been able to meet the needs of agricultural society. Since modern times, the invention of the steam engine has caused the first industrial revolution. The energy base is fossil energy mainly based on coal. From small-scale power generation technology to large power grid, it has supported the corresponding large-scale energy use in large-scale industrial production.

The extensive use of oil and natural gas in internal combustion engines and diesel engines has laid a foundation for modern transportation. The technological progress of gas turbines has enabled aircraft to break through the sound barrier and further meet the needs of highly concentrated production. However, the excessive use of fossil energy has caused serious environmental pollution, and the fossil energy resources will eventually be exhausted, which seriously threatens the survival and development of human beings and requires human beings to re-use renewable energy. This indicates that mankind will once again enter the era of renewable energy-a brand-new and completely different renewable energy era based on contemporary high-tech innovation. Facing the call of this era, the development of engineering thermophysics should not only adapt to the decentralized characteristics of renewable energy, but also provide energy for the development of large industries. It is necessary to build a new energy system that organically combines distributed and centralized energy supply. In this process, the discipline of engineering thermophysics faces new opportunities and challenges. The development of engineering thermophysics and the progress of energy science and technology will have a great impact on human society, and there will be many great changes, including the great development of energy science and technology. Some new ways of energy utilization, such as new power machinery, new power generation technology, emerging new energy, etc.

Third, the training goal of engineering thermophysics specialty should have a solid and extensive theoretical knowledge of engineering thermophysics system, be familiar with and skillfully use the basic theories and new technologies of related disciplines for scientific research and application development of this discipline, and deeply understand the progress, trends and latest development frontiers of this discipline. Have a rigorous and realistic scientific attitude and style, have the ability to engage in scientific research independently, and achieve creative research results in a certain aspect of the discipline. Master at least one foreign language, be proficient in reading foreign language materials of this major, and have certain writing ability and international academic exchange ability. Be able to engage in teaching, scientific research, engineering technology or science and technology management in colleges and universities.