If the nuclear physics you are talking about is the direction of nuclear power, it is engineering, with emphasis on Tsinghua and Xi Jiaotong University. The nuclear engineering of these two universities has a long history, the curriculum is very reasonable, and the teachers are strong. The graduates occupy a leading position in the nuclear power industry and play a great role in supporting each other. Of course, Shanghai Jiaotong University and Sichuan University are also good. Nuclear power in other schools is in its infancy, and the curriculum for graduates and alumni is too thin. If the objective conditions do not allow, you can try to apply for the department of thermal energy of other schools, and there are many talents who produce nuclear power in thermal energy.
If you are talking about the civilian direction of nuclear technology, such as industrial CT, customs inspection, foreign body inspection, radiotherapy equipment, imaging equipment, etc. As far as I know, only Tsinghua Wugong has the strength to manufacture these, while Tsinghua Wugong has its own specialized nuclear technology company (search for "Tongfang Weiwei" on the Internet).
Engineering thermophysics
Engineering thermophysics is a comprehensive subject to study the mutual transformation and heat transfer process of thermal energy, mechanical energy and chemical energy, and how to apply thermal energy to production practice efficiently and reasonably. It is a major between basic theory of technology and engineering application. The research objects and processes of this major cover energy, electric power, electronics, aviation, aerospace, environmental protection, construction, chemical industry, light industry, metallurgy, building materials, agriculture and other industries. Its development strategy is to face the challenge of scientific and technological progress in the new century, develop the frontier, emerging and interdisciplinary subjects of engineering thermophysics, play a key scientific and technological supporting role in the fields of national energy, electric power and environmental protection, and provide basic scientific knowledge innovation, national strategic target demand and human beings.
This major trains senior engineering talents with basic theories and professional knowledge in the field of engineering thermophysics, and engaged in the design and research and development of industrial heat exchangers and enhanced heat transfer technologies and equipment, as well as thermal system optimization and energy-saving technologies and equipment. The students trained in this major have a solid theoretical foundation, strong practical ability, wide knowledge and strong adaptability.
The main courses students study are: computer application foundation, engineering drawing, engineering mechanics, mechanical design, electronic and electrical technology, automatic control principle, fluid mechanics, thermodynamics, heat and mass transfer, combustion and energy conversion and application technology, thermal energy and power device principle, clean combustion technology, automatic control of thermal equipment, power engineering measurement and control technology, modern thermal testing technology, high-efficiency heat exchanger, enhanced heat transfer technology, numerical heat transfer and so on.
Graduates of this major can engage in research and development, design and manufacture, experimental research and other aspects of industrial heat exchangers, heat transfer enhancement technologies and equipment, thermal system optimization and energy-saving technologies and equipment in enterprises such as energy, electric power, electronics, aviation, aerospace, architecture, chemical industry, household appliances, light industry, metallurgy, building materials, scientific research institutes, universities, design institutes and relevant government administrative departments.
Refrigeration and air conditioning technology
Refrigeration and air conditioning technology and devices are indispensable equipment in modern society. In many industrial production departments, such as electronics, biology, medicine, aviation, aerospace, chemical industry, petroleum, machinery, nuclear energy, metallurgy, construction, transportation and commerce, refrigeration and air conditioning technologies and equipment are widely used in fields that require special processes, environmental conditions and technical methods; In enterprises, public places and daily life, the use of refrigeration and air conditioning technology and equipment can meet people's requirements for environmental comfort during work and rest. With the development of society and science and technology, refrigeration and air conditioning technology will play an increasingly important role in various fields of national economy such as industry, agriculture, national defense and scientific research.
This major trains senior engineering and technical personnel engaged in the design, research, development, manufacture and management of refrigeration and air conditioning technology and equipment. Through undergraduate study, students mainly master the basic theories and professional knowledge in the fields of refrigeration, low temperature and air conditioning, such as information technology and computer application foundation, engineering drawing, engineering mechanics, mechanical design, electronics and electrician technology, automatic control principle, thermal engineering, fluid mechanics, combustion, refrigeration principle and device, refrigeration compressor, refrigeration device automation, refrigeration and air conditioning, low temperature technology foundation, air conditioning engineering, power engineering measurement and control technology, and environmental engineering introduction. And get refrigeration.
Graduates of this major can engage in research and development, design and manufacture, operation control and management of refrigeration and air conditioning technology and equipment in enterprises, scientific research institutes, universities, design institutes and relevant government administrative departments in the field of refrigeration, low temperature and air conditioning technology and its application.
Power mechanical engineering
Power machinery technology and equipment play an extremely important role in the process of energy production and transformation, and its research and development and production have become one of the pillar industries of Shanghai's economic development. Steam turbines, gas turbines, compressors, fans and pumps in the field of power machinery are widely used in energy, electric power, aerospace, aviation, transportation, petroleum, chemical industry, metallurgy, household appliances, food, textiles, construction and other industrial fields. , is an essential mechanical equipment to realize the conversion process between energy forms such as thermal energy, mechanical energy and electric energy.
This major trains senior engineering and technical personnel who are engaged in various power and fluid engineering technologies and management capabilities. Through the study, students systematically master the theoretical basis and professional knowledge of information technology and computer application, engineering drawing, engineering mechanics, mechanical design, electronics and electrician technology, automatic control principle, thermal engineering, fluid mechanics, combustion, power and fluid machinery principle, turbine machinery device and operation, turbine machinery strength and vibration, thermal power plant, thermal equipment automatic control, power engineering measurement and control technology, power engineering calculation technology, environmental engineering introduction and so on, and master power and fluid.
Graduates of this major can engage in R&D, design, manufacture, operation and management of power and fluid machinery and various fluid power systems and equipment in enterprises and research institutes, universities, design institutes and relevant government administrative departments in the field of power and fluid machinery and its related applications.
Energy and environmental engineering
Energy is an important material basis and fundamental guarantee to maintain the development of national economy. Together with material and information, it constitutes the three pillars of the prosperity and development of modern society. Most of the primary energy in nature, such as oil, coal, natural gas, hydropower, nuclear energy, solar energy, wind energy and biomass energy, are converted into various energy and power necessary for human production and life through various energy conversion and utilization equipment. While energy brings civilization and prosperity to mankind, it also brings huge problems and even disasters to human life and environment. Greenhouse effect, acid rain, ozone layer destruction, increasingly serious resource shortage and ecosystem destruction seriously threaten human survival. Therefore, it has become a world-famous topic to study efficient and clean energy conversion technology, energy saving technology and environmental pollution control technology in the process of energy production and conversion.
This major trains compound senior engineering and technical personnel engaged in energy science, energy conversion, applied technology related to energy technology, environmental protection technology and management. Through four years' study, students systematically master the theoretical basis and professional knowledge of information technology and computer application, engineering drawing, engineering mechanics, mechanical design, electronics and electrician technology, automatic control principle, thermal engineering, fluid mechanics, combustion, energy conversion and application technology, thermal energy and power device principle, clean combustion technology, automatic control of thermal equipment, electric power engineering measurement and control technology, environmental engineering introduction, environmental protection technology and equipment, environmental pollution monitoring technology, etc., and obtain thermal equipment.
Graduates of this major have solid basic knowledge, extensive professional knowledge, strong adaptability and innovative consciousness, and high comprehensive quality. Can be engaged in energy conversion and utilization, research and development, design, manufacture, operation and management of environmental protection technologies and equipment related to energy technology in energy, electric power, aviation, aerospace, construction, chemical industry, household appliances, light industry, metallurgy, building materials and other enterprises, scientific research institutes, universities, design institutes and relevant government administrative departments.