01 Chemical Engineering and Technology

The major of Chemical Engineering and Technology cultivates engineering and technical talents who possess the basic principles and engineering design skills of chemical engineering and chemical processes, and can engage in engineering design, new product development, production technology management, and scientific research in departments such as chemical engineering, refining, metallurgy, energy, light industry, medicine, environmental protection, and military industry.

Students in this major mainly study the basic theories and knowledge of chemical engineering, chemical processes, applied chemistry, chemical equipment and devices, environmental protection, etc. They receive basic training in chemical and chemical experimental skills, engineering practice, computer applications, scientific research, and engineering design methods. They have the basic ability to simulate and optimize production processes, innovate and transform them, develop and design new processes, and develop new products.

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02 Energy Chemical Engineering

The Energy Chemical Engineering major belongs to the first level discipline of Chemical Engineering and is a completely new major. Previously, it only covered a small amount of content in the field of Chemical Engineering and Technology. It is the use of theories and technologies in chemistry and chemical engineering to solve energy conversion, energy storage, and energy transmission problems. Its main research directions involve clean energy conversion, coal chemical industry, petrochemical industry, gas and natural gas engineering, environmental catalysis, green synthesis, new energy utilization, chemical conversion, and environmental chemical engineering.

This major cultivates engineering and management talents who have a high sense of social responsibility, good professional ethics, good humanistic and scientific literacy, and healthy physical and mental qualities. They possess basic knowledge, theories, and skills in the efficient and clean chemical conversion and utilization of fossil energy and new/renewable energy. By utilizing modern chemical science and technology, they have innovative consciousness and strong practical ability. They work in engineering design, new product development, new technology development, device design and production process control, production technology management, education, and scientific research in the fields of modern coal chemical industry, natural gas, petrochemical industry, new/renewable energy, environmental protection, and energy conservation and emission reduction.

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03 Pharmaceutical Engineering

Pharmaceutical engineering cultivates comprehensive development of morality, intelligence, physical fitness, and aesthetics, adapts to the needs of China's socialist modernization construction, possesses knowledge in pharmaceutical engineering, and is capable of working in the production, engineering design, scientific and technological development, application research, and business management of pharmaceutical products in the fields of medicine, pesticides, fine chemicals, and biochemistry. It is a composite senior engineering and technical talent with innovative spirit and practical ability; At the same time, we aim to cultivate excellent talents for master's students.

Students in this major mainly study the basic theories and knowledge of organic chemistry, physical chemistry, principles of chemical engineering, medicinal chemistry, biochemistry, pharmacology, pharmaceutical technology, and pharmaceutical equipment. They receive basic training in chemical and chemical experimental skills, engineering practice, computer applications, scientific research, and engineering design methods, and have basic abilities in the production of pharmaceutical products, engineering design, and the research and development of new drugs.

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04 Process Equipment and Control Engineering

Process equipment and control engineering cultivates basic knowledge in chemical engineering, mechanical engineering, control engineering, and management engineering, enabling students to have a strong theoretical foundation and become advanced engineering and technical talents in engineering design, operation, equipment management, and related scientific and technological fields in petroleum, chemical, energy, light industry, environmental protection, medicine, food, machinery, and labor security departments.

Students in this major mainly study the basic theories and skills of disciplines such as chemical engineering, power engineering, mechanical engineering, control engineering, and electronic information, as well as the design theory, design methods, and automatic control technology of process unit equipment and complete sets of equipment. Preliminary mastery of the ability to develop, research, and innovate new equipment and technologies, as well as the ability to scientifically evaluate and make investment decisions for process equipment projects. Familiar with the national management standards for the design and development of special equipment and devices, as well as policies and regulations related to environmental protection and safety supervision. Understand the cutting-edge theories of process equipment and control engineering, as well as the development trends of new devices, technologies, and processes. Proficient in using modern retrieval system information technology. Enable students to develop preliminary abilities in scientific experimentation and independent innovative analysis. Preliminarily possessing the ability to independently carry out related professional fields.

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05 Bioengineering

The biotechnology major cultivates advanced engineering and technical talents who master the scientific principles, process technology, and engineering design of biotechnology and its industrialization, and can engage in design, production, management, new technology research, and new product development in the field of biotechnology.

Students in this major mainly study the basic theories and knowledge of biochemistry, microbiology, molecular biology, biochemical reaction engineering, biochemical separation engineering, fermentation engineering, enzyme engineering, genetic engineering, etc. They receive scientific experimental training in biological cell culture and breeding, biotechnology and engineering, and possess the basic abilities to engage in design, production, management, new technology research, and new product development in the field of biotechnology and engineering.