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What are the main courses of pharmaceutical engineering?
What's your major in pharmaceutical engineering?

Express Education, Ceng Laoshi, director of human resources in an enterprise, said that the pharmaceutical engineering major trains high-quality research-oriented and applied professionals who have knowledge of pharmaceutical engineering and can engage in pharmaceutical product synthesis and process research, pharmaceutical product development, applied research and management in the departments of medicine, pesticides, fine chemicals and biochemistry.

So is the pharmaceutical engineering major good? Let Express educate me to summarize the main courses, professional knowledge and professional skills of pharmaceutical engineering for readers!

A, pharmaceutical engineering courses:

Organic chemistry, biochemistry, physical chemistry, chemical engineering principles, pharmaceutical engineering, drug synthesis reaction, medicinal chemistry, pharmacology, pharmacy, natural medicinal chemistry, applied spectral analysis, pharmaceutical technology, pharmaceutical polymer materials, pharmaceutical separation engineering, pharmaceutical analysis, pharmaceutical equipment and workshop design, pharmaceutical affairs management, pharmaceutical marketing, etc. Some disciplines of traditional Chinese medicine pharmacy also include medicinal botany, traditional Chinese medicine, prescription science and traditional Chinese medicine chemistry.

Two, pharmaceutical engineering professional knowledge and skills:

Graduates should have the following knowledge and abilities:

1. Master the basic theory and knowledge of chemical pharmacy, biopharmaceuticals, traditional Chinese medicine pharmacy and pharmaceutical preparation technology and engineering;

2. Master the process and equipment design method of drug production device;

3. Have the preliminary ability to research, develop and design new drug resources, new products and new Z;

4. Be familiar with the national guidelines, policies and regulations on chemical drug production, design, research and development, environmental protection, etc. ;

5. Understand the theoretical frontiers of pharmaceutical engineering and preparations, and understand the development trends of new processes, technologies and equipment;

6. Have a sense of innovation and the ability to acquire new knowledge independently.

The above is the analysis of what pharmaceutical engineering undergraduate majors learn. For more information about pharmaceutical engineering in NMET, please pay attention to Aauto Quicker Education Career Planning Channel. ;