Deepen professional knowledge and problem-solving abilities
- In response to the growing demand for advanced technology and human resources in emerging biotechnology and chemical industries in the southern region, the programs will focus on providing technological research and development, as well as talent cultivation for related industries. The programs will be planned around two key development directions: biotechnology and chemical engineering
Training in Course Refinement and Logical Thinking
- The programs are planned around two key development directions: 'Biotechnology' and 'Chemical Engineering.' The Biotechnology track will offer core courses in molecular biology, advanced biochemical engineering, biotechnology processes, and advanced biochemistry. The Chemical Engineering track will provide core courses in advanced chemical thermodynamics, advanced reaction engineering, advanced transport phenomena, advanced physical chemistry, and materials chemistry. The programs also offer related elective courses to meet the needs of graduate students. The goal is to cultivate logical thinking abilities and promote the philosophy of lifelong learning and research and development
Train talent for use in the industry
- In response to the rapid rise of current star industries, there is a pressing demand for research and development talent in biotechnology and chemical engineering fields such as electronic materials, semiconductors, and polymers. Graduates of the programs can engage in research and production in industries such as biopharmaceuticals, food processing, medical research and development, semiconductor processing, microelectronics materials, polymer processing, and petrochemical industries. They can also make significant contributions in other related fields
Curriculum Outline for Required Professional Courses, Elective Professional Courses, and Graduate Courses