I. Educational Objectives
This major emphasizes on training advanced versatile talents who possess knowledge, technologies and abilities of chemical pharmaceutics, and also possess creative (enterprising) spirit and powerful competitiveness. Furthermore, they can work on production, research and development, applied research and operating management and so on in fields such as medical industry, pesticide industry, fine chemical industry and biochemical engineering industry etc.
II. Graduation Requirements
1. Students should grasp basic theories and basic knowledge of pharmaceutical engineering;
2. Students should also master design procedures of manufacturing techniques and equipments. What’s more, students should know advanced theories about pharmaceutical engineering, and they should also know development trend of new processes, new technologies and new equipments.
1. Students should possess scientific thinking methods and abilities for solving complex problems in practical engineering. In addition, they should possess primary abilities for study of drug resources, new products and new technologies, and they should also own abilities for social activities. What’s more, students should possess strong practical abilities.
2. Character and Attitude: students should own strong entrepreneur spirit, self-development awareness, creative spirit and good comprehensive quality.
Students should be up to level 4 of the “International Chinese language Proficiency Standard” (HSK)
III. Core Disciplines
Chemistry, Pharmaceutical Engineering and bioscience.
IV. Professional Core Courses
Chinese courses, computer application course, advanced mathematics, general physics, organic chemistry, inorganic chemistry, analytical chemistry, physical chemistry, principles of chemical engineering, pharmaceutical chemistry, chemicobiology, pharmacology, pharmaceutical synthetic reactions, pharmaceutical engineering, pharmaceutical technology, pharmaceutical equipment, pharmaceutical separation engineering, pharmaceutical process design, pharmacy, drug synthetic reaction, modern instrumental analysis, pharmaceutical materials sciences etc.
V. Courses Instructed Bilingually (in Chinese & English) or in English
CalculusA, College Physics, Inorganic Chemistry, Analytical Chemistry, Organic Chemistry,Physical Chemistry, Reactions for Medicinal Synthesis, Pharmaceutical Analysis, Medicinal Chemistry, Literature Search and Patent, Industrial Pharmaceutics, Pharmacology, Green Pharmaceutical Separation Engineering, Biological Basis of Pharmaceutical Sciences, Ethics of Science and Pharmaceutics, Nature Pharmaceutical Chemistry, Pharmaceutical Materials, Drug Structure Analysis, Biosynthetic Pharmaceutics etc.
VI. Practicum Procedures
Main elementary experiment courses: inorganic and analytical chemistry experiment, organic chemistry experiment, Biochemistry experiment, medical microbiology experiment, experiment of chemical engineering principles, physical experiment, physical chemistry experiment, specialized experiment, biochemical drug experiment, pharmaceutical analysis experiment, pharmaceutical chemistry experiment, biochemical separation engineering experiment, genetic engineering experiment, engineering practice, cognition practice, production practice, course design for chemical engineering principles, engineering basic skill training, process design of bio-pharmaceuticals, graduation project.
VII. Length of Study
Bachelor degree of engineering course.
IX.Basic requirement for credi
Graduation credit requirements: 149.5. Second-class credit requirements: 6.