Pharmaceutical engineering belongs to chemical engineering and pharmaceutical engineering. \x0d\ biopharmaceuticals belong to bioengineering engineering. \x0d\\x0d\ Pharmaceutical Engineering \x0d\ Professional code: 081302 \ x0d \ x0d \ Degree awarded: Bachelor of Engineering \x0d\\x0d\ Courses offered: \ x0d \ \ The main courses are organic chemistry, biochemistry and biochemistry. Some disciplines of traditional Chinese medicine pharmacy also include medicinal botany, traditional Chinese medicine, prescription science and traditional Chinese medicine. \x0d\ Main practical teaching links \x0d\ Basic experiment of pharmaceutical engineering, cognitive practice, production practice, course design, graduation thesis or design, computer application and computer operation, etc. \x0d\ Training objective \x0d\ This major trains senior engineering and technical personnel who have knowledge of pharmaceutical engineering and can engage in the production, scientific and technological development, applied research and management of pharmaceutical products in departments such as medicine, pesticides, fine chemicals and biochemistry. \x0d\ Professional Training Requirements \x0d\ Students in this major mainly study the basic theories and knowledge of organic chemistry, physical chemistry, chemical engineering principles, medicinal chemistry, biochemistry, toxicology, pharmacology, pharmaceutical technology and pharmaceutical professional equipment, receive training in chemistry and chemical experimental skills, engineering practice, computer application, scientific research and engineering design methods, and have the ability to produce pharmaceutical products, engineering design and new drug development. \x0d\ Professional knowledge and ability of graduates \x0d\ 1. Master the basic theory and knowledge of chemical pharmacy, biopharmaceutical, traditional Chinese medicine pharmacy and pharmaceutical preparation technology and engineering; \x0d\ 2。 Master the process and equipment design method of drug production device; \x0d\ 3。 Have the preliminary ability to research, develop and design new drug resources, new products and new Z; \x0d\ 4。 Familiar with the national guidelines, policies and regulations on the production, design, research and development of chemicals and environmental protection; \x0d\ 5。 Understand the theoretical frontier of pharmaceutical engineering and preparation, and understand the development trend of new technology, new technology and new equipment; 6. Have a sense of innovation and the ability to acquire new knowledge independently. \x0d\\x0d\ biopharmaceuticals \x0d\ Professional code: 083002T\x0d\ Degree awarded: Bachelor of Engineering \x0d\ Length of study: four years \ x0d \ x0d \ Courses offered: \x0d\\x0d\ Apart from studying professional knowledge, \x0d\ Main practical teaching links \x0d\ include practice, experimental operation (biochemistry and biochemistry experiment, molecular biology and molecular biology experiment, pharmacology and pharmacology experiment, pharmacy and pharmacy experiment) and related course practice. \x0d\ Training objective \x0d\ This major trains advanced applied talents who have solid basic theories and knowledge of biotechnology and pharmacy, are familiar with the common experimental processes of modern biotechnology and pharmaceutical technology, have a preliminary understanding of the production and sales processes of biotechnology pharmaceutical enterprises, and can be competent for the basic requirements of modern biotechnology laboratories and biotechnology pharmaceutical enterprises. \x0d\ Professional Training Requirements \x0d\ Students in this major should master basic theoretical knowledge and professional skills in biochemistry, biochemical separation and analysis technology, biotechnology and industrial pharmacy, receive basic training in biopharmaceutical research and production technology, and have the preliminary ability to research, develop and design new drug resources, new products and new processes. \x0d\ Professional knowledge and ability of graduates \x0d\ 1. Master the basic theory and knowledge of chemical pharmacy, biopharmaceutical and pharmaceutical preparation technology and engineering; \x0d\2。 Master the process and equipment design method of drug production device; \x0d\3。 Have the preliminary ability to research, develop and design new drug resources, new products and new processes; \x0d\4。 Familiar with the national guidelines, policies and regulations on the production, design, research and development of chemicals and environmental protection; \x0d\5。 Understand the theoretical frontier of pharmaceutical engineering and preparation, and understand the development trend of new technology, new technology and new equipment; \x0d\6。 Familiar with a foreign language, have the ability of listening, speaking, reading and writing, master the basic methods of literature retrieval and information query, and have certain scientific research and practical work ability.