Chemical Engineering
Chemical Engineering and Technology is among the first batch of first-level national key disciplines. As a key discipline under the Project 211 and the national Innovative Platforms for key Disciplines, it enjoys a high reputation both at home and abroad.
Its core contents being science and technology of process engineering and product engineering of the “big chemical industry” (including petrochemical engineering, fine chemical engineering, energy chemical engineering, biochemical engineering, coal chemical engineering, pharmaceuticals, new materials synthesis, etc.), this specialtyemphasizes basic theories, skills, research, engineering innovation and management abilities, and focuses on the cultivation of comprehensive quality and innovative spirit. With computer-aided design applied throughout the teaching process, we have realized the modernization and informatization of the teaching contents.
● This specialty is capable of conferring Bachelor of Engineering, Master of Engineering and Doctor of Engineering Degrees, and is attached with a Postdoctoral Research Station.
● This specialty has a curriculum of four academic years and the term of study is three to six years.
● After completing all the courses spelt out in the education program and passing the exams with satisfactory results, the student will be awarded a Bachelor of Engineering Degree.
Environmental Engineering
The discipline of Chemical Engineering and Technology, where the specialty of Environmental Engineering is situated, is among the first batch of national first-class key disciplines. The specialty of Environmental Engineering is also listed as a key discipline of Beijing. With the distinct features of “chemical technology”, this specialty holds superior strengths in solid wastes treatment and reutilization, chemical enterprise clean production, industrial waste water pollution control and recycling, and atmospheric pollution control, etc., and enjoys a high reputation in China.
This specialty is aimed to train talents in environmental engineering technologies and management, who will master technologies about pollutant treatment and utilization of pollutant resources and have innovative spirit and broad knowledge base in chemistry, biology, engineering, modern analysis and information technologies, etc. Our graduate can engage in research and development of technologies and equipment in pollution treatment and utilization of pollutant resources, in design, construction and management of pollution treatment facilities, in monitoring and evaluation of atmosphere, water, soil and living environment, in planning and management of urban and regional ecological environment, in environmental management, in environmental protection departments at governments and enterprises, and in scientific research.
●This specialty is capable of conferring Bachelor of Engineering, Master of Engineering and Doctor of Engineering Degrees.
●This specialty has a curriculum of four academic years and the term of study is three to six years.
●After completing all the courses spelt out in the education program and passing the exams with satisfactory results, the student will be awarded a Bachelor of Engineering Degree.
This specialty is aimed to train talents in environmental engineering technologies and management, who will master technologies about pollutant treatment and utilization of pollutant resources and have innovative spirit and broad knowledge base in chemistry, biology, engineering, modern analysis and information technologies, etc. Our graduate can engage in research and development of technologies and equipment in pollution treatment and utilization of pollutant resources, in design, construction and management of pollution treatment facilities, in monitoring and evaluation of atmosphere, water, soil and living environment, in planning and management of urban and regional ecological environment, in environmental management, in environmental protection departments at governments and enterprises, and in scientific research.
●This specialty is capable of conferring Bachelor of Engineering, Master of Engineering and Doctor of Engineering Degrees.
●This specialty has a curriculum of four academic years and the term of study is three to six years.
●After completing all the courses spelt out in the education program and passing the exams with satisfactory results, the student will be awarded a Bachelor of Engineering Degree.
Energy Chemical Engineering
Approved in 2010, Energy Chemical Engineering is an undergraduate specialtygeared for national strategic emerging industries, which have an urgent need for high-caliber talents. The discipline of this specialty, Chemical Engineering and Technology”, is among the first batch of national first-level key disciplines in our university. It is also a key discipline for development under the Project 211 and the national Innovative Platforms for key Disciplines, as well as a national-level characteristic discipline.
In general, this specialty aims at the overall development of our students morally, intellectually, physically and aesthetically. Professionally, we want our students to command the basic theories and skills of the chemical engineering processes related to the clean and efficient utilization of carbonaceous energy, so that they can make use of modern chemical science and technology and qualify jobs related to product research and development, equipment design, and process control in the utilization of carbonaceous energy. This specialty is designed to meet new energy industry’s needs for talents in renewable energy technology, energy saving and emission reduction technology, clean carbonaceous energy technology, energy conservation and environmental protection, and resource efficiency and recycling, etc.
This specialty is oriented towards the needs of China’s new energy industry and those strategic emerging industries bearing on the future of environment and people’s livelihood, such as renewable energy technology, clean coal technology, and low carbon economy. The key objective is to meet the country’s sustainable development needs in the coming decades by training internationalized engineering and management talents in the fields of the clean and efficient utilization of carbonaceous energy (coal, petroleum, and natural gas), the biomass conversion of renewable resources, and CO2 emission reduction technology.
● This specialty is capable of conferring Bachelor of Engineering, Master of Engineering and Doctor of Engineering Degrees, and is attached with a Postdoctoral Research Station.
● This specialty has a curriculum of four academic years and the term of study is three to six years.
● After completing all the courses spelt out in the education program and passing the exams with satisfactory results, the student will be awarded a Bachelor of Engineering Degree.
In general, this specialty aims at the overall development of our students morally, intellectually, physically and aesthetically. Professionally, we want our students to command the basic theories and skills of the chemical engineering processes related to the clean and efficient utilization of carbonaceous energy, so that they can make use of modern chemical science and technology and qualify jobs related to product research and development, equipment design, and process control in the utilization of carbonaceous energy. This specialty is designed to meet new energy industry’s needs for talents in renewable energy technology, energy saving and emission reduction technology, clean carbonaceous energy technology, energy conservation and environmental protection, and resource efficiency and recycling, etc.
This specialty is oriented towards the needs of China’s new energy industry and those strategic emerging industries bearing on the future of environment and people’s livelihood, such as renewable energy technology, clean coal technology, and low carbon economy. The key objective is to meet the country’s sustainable development needs in the coming decades by training internationalized engineering and management talents in the fields of the clean and efficient utilization of carbonaceous energy (coal, petroleum, and natural gas), the biomass conversion of renewable resources, and CO2 emission reduction technology.
● This specialty is capable of conferring Bachelor of Engineering, Master of Engineering and Doctor of Engineering Degrees, and is attached with a Postdoctoral Research Station.
● This specialty has a curriculum of four academic years and the term of study is three to six years.
● After completing all the courses spelt out in the education program and passing the exams with satisfactory results, the student will be awarded a Bachelor of Engineering Degree.