Objective: This discipline aims to cultivatestudents who advocate the basic line, principles and policies of the Party, bear love for the motherland, and observe the laws and regulations with good professional ethics, rigorous attitudes and practical minds for science, positive moral characters, strong knowledge foundation, overall competency, and physical and mental health. We provide students with the strong theoretical foundation of chemical engineering and technology, and the systematic and in-depth expertise of chemical engineering and process, catalyst engineering and technology, chemical membrane separation and technology, functional material synthesis and application technology, microfluidic and biological analysis technology, self-assembly chemistry and application technology, and energy materials and electrochemical application technology.We aim to develop future excellent innovative professionals who can be independently engaged in basic research, applied basic research, high-tech and other scientific research and technical work related to Chemical Engineering and Technology, and support them with global visions and skills of conducting international academic exchanges so as to achieve innovative results in science or expertise.

Curriculum:

Core courses:Mathematical Models, Modern Instrument Analysis, Catalyst Engineering, Modern Chemical Engineering Progress, Microfluidic Systems, Biological Analysis Technology, Advanced Separation Engineering, Materials Chemistry and Engineering, Chemical Engineering Self-Assembly, Molecular Chemical Engineering, and New Energy and Electrochemical Engineering.

Featured courses: Chemical Engineering Process Simulation and Optimization, Membrane Science and Technology, Catalyst Preparation Methods, Chemical Engineering System Engineering, Nanometer Materials and Technology, Green Chemistry Process and Design, Advanced Chemical Thermodynamics, Advanced Chemical Reaction Engineering, Advanced Chemical Engineering Transfer Process, Advanced Chemical Engineering Technology, Advanced Chemical Reaction Kinetics, Catalytic Reaction Engineering, Advanced Organic Chemistry, Document Retrieval of Chemistry and Chemical Engineering, Advanced Inorganic Chemistry, Academic English Writing (bilingual), Safety Engineering.

Career: After graduation, the students majored in Chemical Engineering and Technology are ideally placed to work in research institutes, firms, and foreign or state-owned enterprises and institutions related to fine chemicals, daily chemicals, organic synthesis, biochemistry, biochemical engineering, pharmaceutical synthesis, medicine, materials, energy, light industry, textiles, and environmental protection in Beijing municipality or other places, and have all the career choices as described for scientific research, technology development, and engineering design and management.

Chemical Engineering and Technology (Master of Engineering)

Objective: This discipline aims to cultivatestudents who advocate the basic line, principles and policies of the Party, bear love for the motherland, and observe the laws and regulations with good professional ethics, rigorous attitudes and practical minds for science, positive moral characters, strong knowledge foundation, overall competency, and physical and mental health. We provide students with the strong theoretical foundation of chemical engineering and technology, and the systematic and in-depth expertise of chemical engineering and process, catalyst engineering and technology, chemical membrane separation and technology, functional material synthesis and application technology.We aim to develop future well-educated innovative professionals who may be independently engaged in basic research, applied basic research, high technology, and other scientific researchinchemicalengineering and technology or technical work related to this field to achieve innovative results, capable of using the foreign languages to conduct research and academic exchanges.

Curriculum:

Core courses:Modern Instrument Analysis, Catalyst Engineering, Modern Chemical Engineering Progress, Microfluidic System, Bioanalysis Technology, Advanced Separation Engineering, Materials Chemistry and Engineering, Chemical Engineering Self-Assembly, Molecular Chemical Engineering, New Energy and Electrochemical Engineering.

Featured courses: Chemical Process Simulation and Optimization, Membrane Science and Technology, Catalyst Preparation Methods, Chemical Engineering System Engineering, Nanometer Materials and Technology, Green Chemistry Process and Design, Advanced Chemical Thermodynamics, Advanced Chemical Reaction Engineering, Advanced Chemical Engineering Transfer Process, Advanced Chemical Engineering Process, Advanced Chemical Reaction Kinetics, Catalytic Reaction Engineering,Chemical Reaction Kinetics,Functional Fine Chemicals and Application, Natural Product Chemistry and Application, Chemical Engineering Transfer Process, Membrane Technology Application, Preparation Methods of Nano Functional Materials, Advanced Organic Chemistry, Document Retrieval of Chemistry and Chemical Engineering, Supramolecular Chemistry, Functional Polymer Materials and Processing, Biochemical Reaction Engineering, Advanced Inorganic Chemistry, Academic English Writing (Bilingual), Frontiers of Chemical Engineering and Technology, Solid Chemistry, Safety Engineering, Physical Chemistry Research Methods.

Career: After graduation, the students majored in Chemical Engineering and Technology are ideally placed to work in research institutes, firms, and foreign or state-owned enterprises and institutions related to fine chemicals, daily chemicals, organic synthesis, biochemistry, biochemical engineering, pharmaceutical synthesis, medicine, materials, energy, light industry, textiles, and environmental protection in Beijing municipality or other places, and have all the career choices as described for scientific research, technology development, and engineering design and management.