Degree winners should have a solid theoretical foundation and systematic professional knowledge of refrigeration and cryogenic engineering; Familiar with the research direction and development trend of modern refrigeration and low temperature technology; Master testing, information processing and analysis technology and computer application technology in refrigeration and low temperature field; Have the ability to engage in scientific research; Be able to solve theoretical or practical problems in the field of refrigeration and cryogenic engineering and have new opinions; Have a rigorous and realistic scientific attitude and style; Be able to master a foreign language skillfully and read foreign language materials of this major. Master's degree winners can be competent for teaching, scientific research, engineering and technical work or corresponding scientific and technological management work in this discipline or adjacent disciplines.
(2) Refrigeration and cryogenic engineering
I studied chemical mechanical copying, but when I was looking for a job, I went to an oxygen machine factory in a steel mill. I have read some information about this. Due to the increase of steel output and ethylene output in the chemical industry, the refrigeration industry chain (including industries that manufacture equipment and demand gas) will flourish in the next decade.
So overall, the prospects are good. Now many large foreign enterprises have entered China to grab this cake. Keep your chin up!
What courses do refrigeration and cryogenic engineering majors learn to write? What are the employment prospects? Who can give me some advice?
Two professional basic courses: engineering thermodynamics and heat transfer.
Specialized courses: refrigeration compressor, low temperature principle, refrigeration technology and equipment, heat exchanger design, refrigeration device automation, air conditioning, small low temperature refrigerator, etc. Different schools may offer different subjects, and some of them may also be optional.
How about refrigeration and cryogenic engineering in Southeast University?
Dongda Refrigeration and Cryogenic Engineering is affiliated to the School of Energy and Environment of Southeast University.
If you are an undergraduate, you can apply for the major of thermal energy and power engineering or building environment and equipment, and you can study refrigeration and low temperature.
If you are a graduate student, Dongda is also very good in this respect. In particular, Professor Zhang Xiaosong, Professor Chen Zhengan and Professor Chen Yaping are very powerful in this direction.
Among them, Professor Chen Yaping's research direction is the new technology of heat exchanger strengthening heat transfer and air conditioning refrigeration. Presided over the completion of the National Natural Science Foundation Project 1, and presided over the National Natural Science Foundation Project under research 1 (Double-sided liquid film inversion on corrugated plate bundles to enhance the absorption, heat and mass transfer process); Participate in the completion of1"973" national key basic development plan project and become the "main academic backbone"; Hosting or participating in multiple horizontal projects; More than 60 papers were published, and 15 were included in EI; 2 national invention patents, several utility model patents, and 7 national invention patents that have been applied for but are still in the actual trial stage. Moreover, Professor Chen Yaping is also very good at nuclear energy.
Professor Zhang Xiaosong's research interests are new refrigeration cycle and methods, energy saving of refrigeration and air conditioning, measurement and control and solar energy utilization. Presided over more than 30 "863", natural science foundation and major scientific and technological projects of the Ministry of Education; Published more than 100 papers, of which more than 50 papers were collected by the three major collection systems; Obtained 8 national invention patents; Won the second prize 1 and the third prize 2. Selected as a young and middle-aged scientific and technological leader in the "333 Project" in Jiangsu Province. He is also a member of E2 Committee of International Refrigeration Society, Education Working Committee of China Refrigeration Society and Professional Evaluation Committee of Building Environment and Equipment of Ministry of Construction. Now Professor Zhang Xiaosong is working with Academician Zhang Yaoming to study the development direction of solar air conditioning.
Professor Chen Zhengan is the head of the Department of Refrigeration and Artificial Environment. Research interests include simulation and optimization of refrigeration and air conditioning, building environment and building energy saving, micro-flow and heat transfer in porous media. Presided over or participated in the completion of more than 20 national "973", National Natural Science Foundation and NASA; Published more than 70 papers; Apply for 5 invention patents; Won the third prize of scientific and technological progress in Jiangsu Province. Selected as the first batch of young and middle-aged scientific and technological leaders in the "333 Project" in Jiangsu Province. He is also a member of the Steering Committee of the Building Environment and Equipment Discipline of the Ministry of Construction, a member of the American Society of Heating, Refrigeration and Air Conditioning Engineers, and the Deputy Secretary-General of the Jiangsu Society of Engineering Thermophysics.
As for employment, there is no problem at all, as long as it is not very bad. It is also possible to go abroad for further study, and there are certain opportunities.
Overview of refrigeration and cryogenic engineering specialty
According to different temperatures, it can be divided into two fields: refrigeration engineering and low temperature engineering. The former involves the temperature range from the internal environment to 120K, while the latter involves the temperature range below 120K (generally divided into the following fields according to the temperature range: 120K or above, generally cooled; 120~0.3K, low temperature; Below 0.3K, extremely low temperature). This subject is closely related to the national economy and people's lives. With the development of China's national economy, its position is becoming more and more important. This subject is widely used in machinery, metallurgy, petroleum, chemical industry, food preservation, artificial environment, biomedicine, low temperature superconductivity, aerospace technology and many other fields.
These two disciplines have the same discipline foundation and internal relations with several adjacent disciplines, but they have different research contents with adjacent disciplines. Part of the research content of this discipline is close to that of fluid machinery, engineering and chemical process machinery, and the disciplines intersect with each other.
In addition to recruiting fresh graduates majoring in refrigeration, this major especially welcomes candidates from other disciplines and people with practical experience in related industries and research departments to apply.
Which university is stronger, refrigeration or cryogenic engineering?
1. Department of Refrigeration and Cryogenic Engineering, Beijing University of Technology
2. School of Civil and Refrigeration Engineering, Harbin University of Commerce
3. Department of Refrigeration and Cryogenic Engineering, Northeastern University
4. Department of Refrigeration and Cryogenic Engineering, Tianjin University
Now many universities have majors in refrigeration and cryogenic technology. I hope it will help you.
Qi: Those who study refrigeration and cryogenic engineering or East China University of Science and Technology please come in.
East China University of Science and Technology Postgraduate Training Program of Power Engineering and Engineering Thermophysics.
college of mechanical and power engineering
The master's authorization points of the first-class discipline of power engineering and engineering thermophysics include chemical process machinery (undergraduate major is established in 1952, graduate students are enrolled in 1962, and master's degree is awarded in 198 1) and fluid machinery and engineering (master's degree is awarded in198/). At present, there are 2 professors1person and 36 associate professors in this subject.
This discipline includes Key Laboratory of Pressure System Safety Science, Ministry of Education, National Engineering Research Center for Coal Water Slurry Gasification and Chemical Industry (R&D Department), Shanghai Equipment Failure Analysis and Prevention Research Center of China Petrochemical, Chemical Machinery Research Institute, Clean Coal Technology Research Institute, etc.
I. Training objectives
The master's degree winner of this subject requires to master the basic theory and professional knowledge of this subject, have good computer and modern experimental skills, and have a rigorous and realistic scientific style. Master at least one foreign language, be proficient in reading foreign language materials of this major, and have good writing ability and other practical application ability; Have the ability to independently carry out scientific research and technological research and development; Be competent in scientific research, development, teaching and technical management in scientific research institutes, universities and companies.
Second, the length of schooling and the length of study.
The postgraduate education system is 2.5 years, and the study period is no more than 5 years. The course study credits are valid for 5 years from the beginning of postgraduate enrollment.
Third, the research direction
1 advanced process equipment and pressure-bearing system
2 New energy and clean coal technology
3 process equipment, materials and processing
4 high temperature structural integrity technology
5 fuel gasification and multiphase flow
6 heat transfer and energy saving technology and design
7 power machinery and energy conversion technology
Design, monitoring and diagnosis of fluid machinery
The landlord can visit the postgraduate website of East China University of Science and Technology. Huali's School of Mechanical Engineering has this major.
Power engineering and engineering thermophysics belong to the first-class discipline.
Including 080703 power machinery and engineering,
080704 fluid machinery and engineering
080706 chemical process machinery, 08070 1 engineering thermophysics
080705 refrigeration and cryogenic engineering 5 two disciplines, overall enrollment.
Overview of refrigeration and cryogenic engineering
This book is a textbook for the Tenth Five-Year Plan of general higher education.
The main contents of this book include an overview of refrigeration and cryogenic engineering edition, refrigeration technology, cryogenic technology and the development trend of refrigeration and cryogenic engineering in 2 1 century.
This book is easy to understand, illustrated, targeted and practical, which is convenient for readers to learn and refer to.
The main contents of this book include: overview of refrigeration and cryogenic engineering, refrigeration technology, cryogenic technology, the development of refrigeration and cryogenic engineering in China in the 20th century and the development trend of refrigeration and cryogenic engineering in the 20th century. This book is easy to understand, illustrated, targeted and practical. User information: refrigeration and cryogenic engineering and related majors, teachers and students of junior college, higher vocational college and correspondence school, and related professional and technical personnel.
Did Jiangsu University take the postgraduate entrance examination for refrigeration and cryogenic engineering?
Thermal energy engineering. I didn't see the enrollment of refrigeration and cryogenic engineering in 2009. Originally, there was a major in this major, but the general direction belongs to thermal energy engineering. )
080702▲ Number of students enrolled in thermal energy engineering: 10
Direction:
1. Optimization and control technology of industrial heating process
2. Thermochemical transformation of coal and biomass
3. Clean coal combustion technology and pollutant control
4. Thermal engineering and purification technology of building environment
5. Enhanced heat transfer and efficient heat exchange equipment
6. Water treatment technology
Initial test:
① 10 1 political theory
②20 1 English
③30 1 Math 1
④ Choose one of 825 fluid mechanics, 826 engineering thermodynamics and 827 refrigeration principle and technology.
Re-inspection:
Principles of selecting 927 heat transfer and 929 boiler.
Mathematics examination: including advanced mathematics, linear algebra, probability theory and mathematical statistics. The specific examination scope refers to the examination outline formulated by the state.
Introduction to pickup refrigeration and cryogenic engineering
Refrigeration and Cryogenic Engineering is a book published by China Electric Power Press in 2003. The authors are Joo Won? and Wang Ruzhu.