1, Chemical Engineering and Technology: This major trains engineering and technical personnel with basic theories and knowledge of chemical engineering and technology, accepts basic training in chemistry and chemical experiment skills, engineering practice, computer application, scientific research and engineering design methods, and grasps basic abilities such as modern chemical production process simulation calculation and process optimization, technical transformation of existing chemical production processes and equipment, and development and design of new chemical products, new processes and new equipment.
Main courses: inorganic and analytical chemistry, organic chemistry, chemical thermodynamics, chemical kinetics, fluid flow and heat transfer, mass transfer and separation engineering, chemical thermodynamics, reaction engineering, chemical safety technology and environmental protection, chemical technical economy and management, chemical process analysis and synthesis, chemical energy saving and process thermal integration.
Employment direction: The employment field of this major involves large-scale chemical industry and other process industries. Graduates can engage in scientific research, development, design, production and management in the fields of chemical industry, oil refining, medicine, energy, metallurgy, materials, environment and foreign trade.
2. Environmental engineering: to cultivate basic theories and knowledge of environment and development, to receive basic training in environmental engineering experimental skills, engineering practice, computer application, scientific research and engineering design methods, to carry out technical transformation of existing environmental engineering facilities and to develop and design engineering talents with new environmental protection technologies.
Main courses: advanced mathematics, college physics, college chemistry, engineering drawing, engineering mechanics, engineering fluid mechanics, environmental monitoring, water analytical chemistry, environmental engineering microbiology, ecology, environmental engineering principles, water pollution control engineering, air pollution control engineering, environmental impact assessment, solid waste treatment and disposal, and engineering drawing.
Employment orientation: Engaged in environmental planning, management, research and development and evaluation in government management departments, environmental protection departments and scientific research units, and engaged in pollution control, monitoring, environmental planning and management in enterprises and institutions.
3. Bioengineering: To cultivate applied engineering talents with professional knowledge and ability in bioengineering, who can be engaged in the production and management of biological products in bioengineering and related fields, engineering technological transformation and innovation, and new product research and development.
Main courses: organic chemistry, biochemistry, chemical engineering principles, microbiology, molecular biology, biological reaction engineering, biological separation engineering, fermentation engineering, genetic engineering, enzyme engineering, cell engineering, etc.
Employment orientation: This major focuses on the technological research, development, manufacturing and engineering design of biological and microbial metabolism and biosynthetic products. Graduates can engage in applied research, technology development, bioengineering process research, design, control and new technologies related to bioengineering in enterprises, institutions and administrative departments in industries such as industry, medicine, food, environmental protection and energy.