Pharmaceutical chemical specialties are pharmaceutical preparation engineering, biomedical engineering, bioengineering, cosmetic science and engineering.
1, pharmaceutical preparation engineering
The specialty cultivates senior engineering and technical personnel with knowledge and ability in drug preparation design, development, production, quality control and management. The main courses are pharmaceutical analysis, medicinal chemistry, pharmacy, biopharmaceutical engineering, pharmaceutical technology, pharmaceutical quality management.
2, biomedical engineering
The major training has the basic theory of biomedicine and the application of engineering technology, able to engage in the research, development, production, use and management of medical equipment, senior engineering and technical personnel. The main courses are biology, medical foundation, electronic technology, computer technology, signal processing, medical image processing, medical equipment principle and design.
3, bioengineering
The major training has the basic knowledge of biological sciences and engineering technology, can be engaged in biological products, food, feed, pesticides and other fields of research, development, production and management of senior engineering and technical personnel. The main courses include microbiology, cell biology, genetic engineering, enzyme engineering, fermentation engineering, and bioreactor design.
4, cosmetic science and engineering
The program cultivates senior engineering talents with basic knowledge and application ability of cosmetic science and engineering, who can be engaged in research, development, production and management of cosmetics. The main courses are cosmetic raw materials, cosmetic formula design and evaluation, cosmetic processing technology and equipment.
Three fields involved in pharmaceutical and chemical engineering
1, Pharmaceutical Engineering
Pharmaceutical Engineering is mainly concerned with the study of the production process and equipment of drugs, including drug formulations, production line design and optimization. Students will learn the industrialized production process of drugs and quality management methods to provide technical support for drug production.
2. Biopharmaceuticals
Biopharmaceuticals is a discipline that utilizes biotechnology and bioengineering techniques to produce pharmaceuticals. Students will learn the design and operation of bioreactors, master the expression and purification techniques of recombinant proteins, and the quality control methods of biological drugs.
3. Chemical Engineering and Processing
Chemical engineering and processing is the discipline of applying chemical principles and engineering techniques to the design and operation of chemical processes. In the field of pharmaceutical chemistry, chemical engineers are responsible for the design and optimization of drug synthesis and preparation processes.