Biology engineering majors mainly study and master the scientific principles, technological processes, engineering design, and other fundamental theories and skills of biotechnology and its industrialization. Bioengineering aims to cultivate inter-disciplinary talent who have a strong sense of social responsibility, good scientific literacy, broad international vision, solid basic knowledge and skills of mathematics, chemistry, and biology and can engage in production, management, and design in the field of bioengineering. Biology engineering has established good cooperation with Watson biology, Yunnan Baiyao, and other well-known enterprises to jointly cultivate bioengineering graduates suitable for the needs of enterprises. The duration of study in chemical biology is 3-6 years, and a bachelor of science degree is awarded.

Main course: Bioengineering majors complete quality education public courses in the first grade, including advanced mathematics inorganic chemistry, analytical chemistry, organic chemistry, general biology, and other introductory courses. The second grade learns the fundamental lessons of biochemistry and molecular biology, cell biology, microbiology, etc. The third and fourth grades study fermentation engineering, genetic engineering, biological reaction engineering, and other professional courses, carry out professional practice and scientific research training, complete the graduation thesis design.

Majors’ characteristics: The teaching process of bioengineering includes three steps: classroom teaching and practice, scientific research practice, and comprehensive quality training. Relying on scientific research platforms such as the key laboratories of the Ministry of Education and the Engineering Research Center of the Department of Education, it focuses on promoting teaching through scientific research, focusing on students’ learning ability and practical ability, creative thinking ability, social adaptability and other aspects of training and improvement.

Employment orientation: Graduates trained in bioengineering can engage in teaching, scientific research, analysis and testing, process supervision, technology development, and management in related fields such as biopharmaceuticals, medical equipment, equipment, new energy, fast-moving consumer goods (food, beverages, cosmetics), etc. You can also continue to study for master’s and doctoral degrees in chemistry, biology, and chemical biology in scientific research institutes and universities.