Satisfied answer: Level 4: 2010-07-11. Students in this major mainly study microbial engineering, biochemistry, molecular bioengineering, microbial physiology and genetics, genetic engineering, fermentation engineering, teaching theory and so on. Main subjects: microbiology, biochemistry, molecular biology, genetic engineering, fermentation engineering and technology. Main courses: organic chemistry, biochemistry, microbiology, chemical engineering principles, molecular biology, microbial physiology and genetics, fermentation analysis, fermentation engineering and equipment, genetic engineering, downstream technology of bio-industry, fermentation technology, teaching theory, and foundation of humanities and social sciences. Main practical teaching links: classroom experiment, teaching practice, course design of chemical engineering principles, production practice, education practice, market survey, education survey, scientific research practice, graduation project (thesis), on-the-job training, etc. Employment prospect after graduation Because bioengineering is closely related to practice, it is necessary to do experiments in the laboratory all the year round. Coupled with the extensive study content, most students go abroad for further study after graduation. In addition, you can also become a teacher engaged in teaching and research; Engaged in scientific research in biology, agriculture, medicine, food fermentation and other institutions, engaged in the development of new biological products in various biotechnology companies or related enterprises. So it's not bad