1.Programme description
This Program aims to cultivate high-quality chemical engineering talents who can meet the needs of the chemical industry transitioning toward green processes, intelligent manufacturing and high-end products, and possess a global vision, innovative spirit, and the expertise to engage in process design, product R&D, industrial support, scientific research, and integrated management in such fields as chemistry, energy, environmental protection, medicine, and materials science.
Graduates will meet the following requirements:
1.1Integrate the knowledge, methodologies and tools to solve complex engineering problems in actual chemical production, and complete the design, optimization, diagnosis and project management of complex chemical processes;
1.2Monitor international trends in chemical engineering and related fields, and conduct new product R&D, process development, and technological innovation;
1.3From a holistic perspective, adhere to engineering ethics and professional integrity, consider the process safety, environmental protection, energy efficiency and economic benefits in chemical engineering and related fields, and assume the responsibility for the sustainable development of society and economy;
1.4Effectively communicate with peers,customers and colleagues,coordinate and handle various tasks related to the team work under interdisciplinary background;
1.5Focus on professional development, continuously improve professional competencies, skills and global perspective, and enhance career competitiveness.
2.Tuition fees
Undergraduate Students: CNY 20000/ year
3.Scholarships
Chinese Government Scholarship
Beijing Government Scholarship
1.Entry requirements
● English IELTS 6.0
● High school GPA 2.85
● Entrance Examination
2.Graduation requirements
Upon graduation, for disciplines where a foreign language serves as the medium of instruction for professional courses, international students' Chinese language proficiency should reach at least Level 4 of the International Chinese Proficiency Standards. The conferment of degrees shall be conducted in accordance with the Detailed Implementation Rules for the Conferment of Bachelor's Degrees at Beijing University of Chemical Technology.
● Chemical Reaction Engineering；
● Unit Operation (II)；
● Unit Operation Experiment (II)；
● Fundamental Experiments in Chem Eng.；
● Transport Phenomenon；
● Fundamentals of Catalysis Chemistry；
● Separation Process；
● Hot topics in energy and chemical engineering；
● Scientific research methodology；
● Design of Chemical Process and Product；
● Dissertation Project
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1.Programme description
Relying on the discipline of Chemical Engineering and Technology, this Program continuously strengthens teaching and research capabilities in chemical engineering, chemical process, and industrial catalysis. It has developed several cutting-edge research directions aimed at international academic frontier, including hypergravity and process intensification, hydrogen energy and industrial catalysis, efficient separation and green chemical engineering, and energy storage and efficient resource utilization. Among the full-time teachers, there are 71 doctoral supervisors, 122 master's supervisors and over 100 teachers with senior titles. The teachers with Ph.D degree account for about 90% of the total teachers. More than 900 academic papers are published annually, among which over 700 are indexed in SCI (including more than 400 papers published in TOP journals). In addition, nearly 90 domestic and international invention patents are authorized annually.
2.Tuition fees
Master Students (English Instructed): CNY 35,000/year
3.Scholarships
Chinese Government Scholarship
Beijing Government Scholarship
1.Entry requirements
● English IELTS 6.0
● Undergraduate GPA 2.85
2.Graduation requirements
Upon graduation, international students' Chinese proficiency should reach at least Level 3 of the "International Chinese Proficiency Standards". Degree conferral is governed by the "Beijing University of Chemical Technology Detailed Rules for Conferring Doctoral and Master's Degrees (2025 Revision)" and the "School of Chemical Engineering, BUCT Measures for Recognizing Innovative Academic Achievements for Postgraduate Degree Application".
1.Main Research Directions
● Hypergravity Process Intensification and Nanomaterial Technology
● Genomics Design and Product Engineering of Chemical Materials
● Complex Fluid Mixing Engineering and Reactor Technology
● Mass Transfer and Advanced Separation Technology
● Efficient and Clean Conversion Technology for Heavy Organic Resources
● Material Chemical Technology (Energy/Surface/Biology)
● Environmental and Energy Catalysis
● Green Chemical Technology and System Engineering
● Biomass Catalytic Conversion
● Hydrogen Energy Science and Engineering
● Advanced Chemical Engineering Thermodynamics
● Mass Transfer in Multicomponent Mixtures
● Chemical Reactors Theory
● Fundamentals of Industrial Catalysis
● Molecular Modelling: Principles and Applications
This Program aims to cultivate high-level talents with good professional ethics who have a solid theoretical foundation and broad expertise in the field of Chemical Engineering and Technology, possess strong capabilities of solving practical problems and computer application, proficient Chinese language skills and can undertake professional technology or management work.
Click to View Chemical Engineering and Technology Faculty Directory
1.Programme description
This Program is built upon the sub-discipline of Applied Chemistry, which is subordinate to the primary discipline of Chemical Engineering and Technology, and is developed under the College of Chemistry. The discipline always adheres to a research philosophy of identifying scientific research topics from chemical engineering practices, extracting scientific questions and conducting in-depth investigations. With an emphasis on process development and industrialization, it has achieved transformation of scientific research achievements. The research projects have established domestic leadership and important international academic standing in the following areas: supramolecular intercalation assembly & product engineering, catalytic materials & technologies, functional organic molecular design & synthesis, environmental safety analysis & sensing technologies, applied electrochemistry & photochemistry, nanomaterial preparation & application, etc. The discipline possesses strong capabilities in both teaching and research, a vibrant academic environment and sufficient scientific research funds.
2.Tuition fees
Master Students (English Instructed): CNY 35,000/year
3.Scholarships
Chinese Government Scholarship
Beijing Government Scholarship
1.Entry requirements
● English IELTS 6.0
● Undergraduate GPA 2.85
2.Graduation requirements
Upon graduation, international students' Chinese proficiency should reach at least Level 3 of the "International Chinese Proficiency Standards". Degree conferral is governed by the "Beijing University of Chemical Technology Detailed Rules for Conferring Doctoral and Master's Degrees".
1.Main Research Directions
● Supramolecular Intercalation Assembly & Product Engineering
● Catalytic Materials & Technologies
● Functional Organic Molecular Design & Synthesis
● Environmental Safety Analysis & Sensing Technologies
● Applied Electrochemistry & Photochemistry
● Nanomaterial Preparation and Application
● Advanced Physical Chemistry
● Advanced Organic Chemistry
● Advanced Inorganic Chemistry
● Study Method of Heterogeneous Catalysis
● An Introduction to Polyoxometalates Chemistry
● Nano-material Chemistry
This Program cultivates well-rounded professional technicians.Academic master's degree holders should possess a solid theoretical foundation and systematic expertise, be familiar with the current research status and development trends in their field of study, and have expertise in modern experimental synthesis methods and characterization techniques relevant to their discipline, strengthen and permeate with materials, environment, light industry, petrochemical, life science, chemical engineering and other disciplines and have the basic theory and a wide range of knowledge of multi-disciplines. Meanwhile, he/she should have the preliminary computer ability and be able to use the computer and the network technology skillfully to carry on literature collection and exchange; have rigorous and pragmatic scientific attitude, good experimental skills and the ability to summarize and analyze scientific problems, be competent for teaching, scientific research and technical management in colleges and universities, scientific research institutes, enterprises and other units.
Click to View Chemical Engineering and Technology Faculty Directory
1.Programme description
Building upon the Biochemical Engineering discipline, this Program plays a vital role in deep and precision processing of resources, clean and optimized utilization of resources and energy, and environmental pollution control, while providing critical support for emerging technologies such as bioengineering and new materials, and their industrialization. With regard to this discipline, the School has a high level in biocatalytic technology, biomaterial, biochemical separation technology, etc.. In recent years, it has made great breakthroughs in environmental biotechnology and new bioenergy, and has crossed this discipline with many other disciplines such as food, medicine, material, environment, energy, etc..
2.Tuition fees
Master Students (English Instructed): CNY 35,000/year
3.Scholarships
Chinese Government Scholarship
Beijing Government Scholarship
1.Entry requirements
● English IELTS 6.0
● Undergraduate GPA 2.85
2.Graduation requirements
Upon graduation, international students' Chinese proficiency should reach at least Level 3 of the "International Chinese Proficiency Standards". Degree conferral is governed by the "Beijing University of Chemical Technology Detailed Rules for Conferring Doctoral and Master's Degrees".
1.Main Research Directions
● Enzyme Engineering, Genetic Engineering and Fermentation Engineering
● Bioenergy
● Bio-based Chemicals and Biomaterials
● Pharmaceutical Chemical Synthesis and Semi-synthesis
● Galenical Pharmacy
● New Process and Technology of Drug Separation
● Biotechnological Pharmaceuticals
● Bioseparation Engineering
● Enzymology and Biocatalysis
● Advanced Biochemistry
● Cell Biology and Cell Culture Engineering
● Molecular Biology and Gene Manipulation
● Introduction to Biomass Conversion
This Program cultivates talents with solid theoretical foundation and systematic expertise, who are familiar with the current S&T research status and development trend of the research direction, capable of conducting scientific research, teaching, or undertaking specialized technical work independently, and demonstrate self-directed learning capabilities and innovative scientific spirit. Understand the status quo and development trends of this Program and related fields such as chemistry, biology, and chemical engineering; understand the research and development trends of emerging technologies such as energy biotechnology, new material biotechnology, environmental biotechnology, and pharmaceutical biotechnology. Students should be familiar with the national policies and regulations on drug production, design, R&D, environmental protection, etc.; and have strong scientific research and working ability in the field of pharmaceutical engineering, be competent for teaching, scientific research and technical management in colleges and universities, scientific research institutes, enterprises and other units.
Click to View Chemical Engineering and Technology Faculty Directory
1.Programme description
The Advanced Innovation Center for Soft Matter Science and Engineering focuses on soft matter systems as its research subject. By applying multidisciplinary integration spanning chemistry, chemical engineering, materials, biology, and environment, it addresses critical scientific and technological challenges in energy, environment, and life science fields. The Program adopts an integrated science-engineering approach for talent cultivation, offering five primary academic tracks: Chemical Engineering and Technology, Materials Science and Engineering, Chemistry, Environmental Science and Engineering, and Bioengineering.
The discipline of Chemical Engineering and Technology achieved significant milestones: it was granted the authority to award the Master of Engineering degree in Chemical Engineering in 1981 and the Ph.D degree in Chemical Engineering in 1984, established a postdoctoral research station in Chemical Engineering and Technology in 1988, and gained the authority to award Ph.D degree in the primary discipline of Chemical Engineering and Technology in 2000. The Chemical Engineering discipline was designated as a national key discipline in 2001, and the Chemical Engineering and Technology discipline was recognized as one of the first batch of national key primary disciplines in 2007. In 2022, the discipline of Chemical Engineering and Technology was selected for China's Double First-Class University Project as a national key construction discipline.
2.Tuition fees
Master Students (English Instructed): CNY 35,000/year
3.Scholarships
Chinese Government Scholarship
Beijing Government Scholarship
1.Entry requirements
● English IELTS 6.0
● Undergraduate GPA 2.85
2.Graduation requirements
Upon graduation, international students' Chinese proficiency should reach at least Level 3 of the "International Chinese Proficiency Standards". Degree conferral is governed by the "Beijing University of Chemical Technology Detailed Rules for Conferring Doctoral and Master's Degrees (2025 Revision)" and the "School of Chemical Engineering, BUCT Measures for Recognizing Innovative Academic Achievements for Postgraduate Degree Application".
1.Main Research Directions
● Soft Matter Science: theoretical research on soft matter science, research on the scientific principles of interfacial self-assembly, and theoretical research on low-carbon and green catalytic chemistry
● Green and Low-carbon Soft Matter: development and application of high-energy optoelectronic conversion materials and devices, high-efficiency fuel cell materials and devices, high-safety and high-energy-density storage batteries, flexible electronic materials and devices, intelligent luminescent materials, and high-performance structural materials
● Life-health Soft Matter: synthetic biology, new drug delivery, and environmental safety & biosafety
● Advanced Chemical Engineering Thermodynamics
● Mass Transfer in Multicomponent Mixtures
● Chemical Reactors Theory
● Fundamentals of Industrial Catalysis
● Molecular Modelling: Principles and Applications
This Program cultivates well-rounded professional technicians. Academic master's degree holders should possess a solid theoretical foundation and systematic expertise, have expertise in modern experimental synthesis methods and characterization techniques relevant to the subject, strengthen and permeate with materials, environment, light industry, petrochemical, life science, chemical engineering and other disciplines and have the basic theory and a wide range of knowledge of multi-disciplines, possess proficiency in reading specialized literature, good writing skills and the capability of international academic exchanges. Meanwhile, he/she should have the preliminary computer ability and be able to use the computer and the network technology skillfully to carry on literature collection and exchange; have rigorous and pragmatic scientific attitude, good experimental skills and the ability to summarize and analyze scientific problems, be competent for teaching, scientific research and technical management in colleges and universities, scientific research institutes, enterprises and other units.
Click to View Chemical Engineering and Technology Faculty Directory
1.Programme description
The Advanced Innovation Center for Soft Matter Science and Engineering focuses on soft matter systems as its research subject. By applying multidisciplinary integration spanning chemistry, chemical engineering, materials, biology, and environment, it addresses critical scientific and technological challenges in energy, environment, and life science fields. The Center adopts an integrated science-engineering approach for talent cultivation. It maintains a research team of 19 full-time and 13 part-time researchers, including seven members of the US National Academy of Engineering and the Royal Swedish Academy of Sciences. It occupies dedicated research and office space, and the completed Advanced Innovation Complex will provide an additional 20,000 square meters of internationally standardized research and office space. The Center is equipped with five advanced research platforms to meet R&D needs: Intelligent Synthetic Biology Platform, Aerosol and Haze Research Platform, Energy Materials and Devices Platform, High-Performance Computing Platform, and Nano-biomedical Materials Platform.
The Chemical Engineering and Technology discipline was granted the authority to award Ph.D degree in Chemical Engineering in 1984, Ph.D degree in the primary discipline of Chemical Engineering and Technology in 2000, and was selected for China's Double First-Class University Project as a national key construction discipline in 2022.
2.Tuition fees
PhD Students: CNY 35,000/year
3.Scholarships
Chinese Government Scholarship
Beijing University of Chemical Technology Presidential Scholarship
Beijing Government Scholarship
1.Entry requirements
1.Have a minimum score of 90 in TOFEL or 6.5 overall band in IELTS (English native speakers are exempted ). Or to provide other language certificates recognized by BUCT.
2.Be an academically excellent holder of a master's degree or its equivalence under the age of 40.
2.Graduation requirements
Upon graduation, international students' Chinese proficiency should reach at least Level 3 of the "International Chinese Proficiency Standards". Degree conferral is governed by the "Beijing University of Chemical Technology Detailed Rules for Conferring Doctoral and Master's Degrees (2025 Revision)" and the "School of Chemical Engineering, BUCT Measures for Recognizing Innovative Academic Achievements for Postgraduate Degree Application".
1.Main Research Directions
● Soft Matter Science
● Green & Low-Carbon Soft Matter
● Life-Health Soft Matter
This Program aims to cultivate high-level talents in scientific research and engineering application of Chemical Engineering and Technology, who possess rigorous scientific attitude and exemplary academic integrity, as well as the capability to meet the demands and challenges of the new era. Students are expected to possess a global vision within their field, be capable of applying their expertise and skills in multinational environments and have the fundamental capabilities for international exchange and collaboration.
Click to View Chemical Engineering and Technology Faculty Directory
1.Programme description
This Program is built upon the sub-discipline of Applied Chemistry, which is subordinate to the primary discipline of Chemical Engineering and Technology, and is developed under the College of Chemistry. The discipline always adheres to a research philosophy of identifying scientific research topics from chemical engineering practices, extracting scientific questions and conducting in-depth investigations. With an emphasis on process development and industrialization, it has achieved transformation of scientific research achievements. The research projects have established domestic leadership and important international academic standing in the following areas: supramolecular intercalation assembly & product engineering, catalytic materials & technologies, functional organic molecular design & synthesis, environmental safety analysis & sensing technologies, applied electrochemistry & photochemistry, nanomaterial preparation & application, etc. The discipline possesses strong capabilities in both teaching and research, a vibrant academic environment and sufficient scientific research funds.
2.Tuition fees
PhD Students: CNY 35,000/year
3.Scholarships
Chinese Government Scholarship
Beijing University of Chemical Technology Presidential Scholarship
Beijing Government Scholarship
1.Entry requirements
1.Have a minimum score of 90 in TOFEL or 6.5 overall band in IELTS (English native speakers are exempted ). Or to provide other language certificates recognized by BUCT.
2.Be an academically excellent holder of a master's degree or its equivalence under the age of 40.
2.Graduation requirements
Upon graduation, international students' Chinese proficiency should reach at least Level 3 of the "International Chinese Proficiency Standards". Degree conferral is governed by the "Beijing University of Chemical Technology Detailed Rules for Conferring Doctoral and Master's Degrees (2025 Revision)".
1.Main Research Directions
● Supramolecular Intercalation Assembly & Product Engineering
● Catalytic Materials & Technologies
● Functional Organic Molecular Design & Synthesis
● Environmental Safety Analysis & Sensing Technologies
● Applied Electrochemistry & Photochemistry
● Preparation and Application of Nanomaterials and Functional Devices
This Program aims to cultivate high-level talents in scientific research and engineering application of Chemical Engineering and Technology, who possess rigorous scientific attitude and exemplary academic integrity, as well as the capability to meet the demands and challenges of the new era. Students are expected to possess a global vision within their field, be capable of applying their expertise and skills in multinational environments and have the fundamental capabilities for international exchange and collaboration.
Click to View Chemical Engineering and Technology Faculty Directory
1.Programme description
This Program is built upon the discipline of Chemical Engineering, supported by a faculty team comprising 24 professors, including one academician of the Chinese Academy of Engineering, two MOE Changjiang Scholar Distinguished Professors, two winners of the National Science Fund for Distinguished Young Scholars and 23 associate professors. Moreover, it has a key laboratory of biological processing in Beijing. This Program has a high level in biocatalytic technology, biomaterial, biochemical separation technology, etc. In recent years, it has made great breakthroughs in environmental biotechnology and new bioenergy, and has interdisciplinary penetration wjavascript:cancelArticleLocking();ith multiple disciplines such as food, medicine, material, environment and energy.
2.Tuition fees
PhD Students: CNY 35,000/year
3.Scholarships
Chinese Government Scholarship
Beijing University of Chemical Technology Presidential Scholarship
Beijing Government Scholarship
1.Entry requirements
1.Have a minimum score of 90 in TOFEL or 6.5 overall band in IELTS (English native speakers are exempted ). Or to provide other language certificates recognized by BUCT.
2.Be an academically excellent holder of a master's degree or its equivalence under the age of 40.
2.Graduation requirements
Upon graduation, international students' Chinese proficiency should reach at least Level 3 of the "International Chinese Proficiency Standards". Degree conferral is governed by the "Beijing University of Chemical Technology Detailed Rules for Conferring Doctoral and Master's Degrees (2025 Revision)".
1.Main Research Directions
● Biochemical Separation Engineering
● Pharmaceutical Engineering (Chemical Pharmaceuticals, Biopharmaceuticals and Drug Design)
● Genetic Engineering and Biocatalysis
● Bioenergy, Bio-based Chemicals and Biomaterials
This Program aims to cultivate high-level talents in scientific research and engineering application of Chemical Engineering and Technology, who possess rigorous scientific attitude and exemplary academic integrity, as well as the capability to meet the demands and challenges of the new era. Students are expected to possess a global vision within their field, be capable of applying their expertise and skills in multinational environments and have the fundamental capabilities for international exchange and collaboration.
Click to View Chemical Engineering and Technology Faculty Directory
1.Programme description
The Advanced Innovation Center for Soft Matter Science and Engineering focuses on soft matter systems as its research subject. By applying multidisciplinary integration spanning chemistry, chemical engineering, materials, biology, and environment, it addresses critical scientific and technological challenges in energy, environment, and life science fields. The Center adopts an integrated science-engineering approach for talent cultivation. It maintains a research team of 19 full-time and 13 part-time researchers, including seven members of the US National Academy of Engineering and the Royal Swedish Academy of Sciences. It occupies dedicated research and office space, and the completed Advanced Innovation Complex will provide an additional 20,000 square meters of internationally standardized research and office space. The Center is equipped with five advanced research platforms to meet R&D needs: Intelligent Synthetic Biology Platform, Aerosol and Haze Research Platform, Energy Materials and Devices Platform, High-Performance Computing Platform, and Nano-biomedical Materials Platform.
The Chemical Engineering and Technology discipline was granted the authority to award Ph.D degree in Chemical Engineering in 1984, Ph.D degree in the primary discipline of Chemical Engineering and Technology in 2000, and was selected for China's Double First-Class University Project as a national key construction discipline in 2022.
2.Tuition fees
PhD Students: CNY 35,000/year
3.Scholarships
Chinese Government Scholarship
Beijing University of Chemical Technology Presidential Scholarship
Beijing Government Scholarship
1.Entry requirements
1.Have a minimum score of 90 in TOFEL or 6.5 overall band in IELTS (English native speakers are exempted ). Or to provide other language certificates recognized by BUCT.
2.Be an academically excellent holder of a master's degree or its equivalence under the age of 40.
2.Graduation requirements
Upon graduation, international students' Chinese proficiency should reach at least Level 3 of the "International Chinese Proficiency Standards". Degree conferral is governed by the "Beijing University of Chemical Technology Detailed Rules for Conferring Doctoral and Master's Degrees (2025 Revision)" and the "School of Chemical Engineering, BUCT Measures for Recognizing Innovative Academic Achievements for Postgraduate Degree Application".
1.Main Research Directions
● Soft Matter Science
● Green & Low-Carbon Soft Matter
● Life-Health Soft Matter
This Program aims to cultivate high-level talents in scientific research and engineering application of Chemical Engineering and Technology, who possess rigorous scientific attitude and exemplary academic integrity, as well as the capability to meet the demands and challenges of the new era. Students are expected to possess a global vision within their field, be capable of applying their expertise and skills in multinational environments and have the fundamental capabilities for international exchange and collaboration.
Click to View Chemical Engineering and Technology Faculty Directory
