Chemical engineering and pharmaceutical industry major mainly learning basic theory and applied technology in chemical engineering, pharmaceutical engineering and related interdisciplinary disciplines, core knowledge including inorganic chemistry, organic chemistry, physical chemistry, chemical principles, chemical reaction engineering, pharmaceutical technology, pharmaceutical chemistry, pharmaceutical science, chemical equipment design, chemical safety and environmental protection, etc. Students need to master the chemical transformation of substances , drug R&D and production, process design, equipment selection and process control, etc., while understanding GMP (drug production quality management specification) and EHS (environmental健康安全）体系。

占比高，common practice includes experimental chemical engineering principles, pharmaceutical engineering practical training, internship knowledge, production internship, and graduation design. In recent years, with the rise of green chemistry, continuous manufacturing, intelligent manufacturing, etc. trends, some universities have also added new courses such as chemical process simulation, computational chemistry, and biopharmaceutical manufacturing.明康德、恒瑞名物学乐下载的剧情主要讲述了:The design institute, research institute, pharmaceutical supervision department, etc. business units.

【Common questions】

Question 1：What are the knowledge of chemical industry and pharmaceutical industry?理理学), basic engineering (chemical principles, chemical reaction engineering, chemical reaction engineering), pharmaceutical core (pharmaceutical chemistry, pharmaceutical science, pharmaceutical technology, pharmaceutical science) and safety and environmental protection knowledge (chemical safety, environmental protection).此外，还需要掌握计算机辅助设计、过程模拟和实验分析技能。 What kind of basic knowledge do you need to have in the pharmaceutical industry?

Answer 2: Learning this industry requires a good foundation in chemistry, physics, and mathematics, especially the periodic table of chemical elements, calculation of chemical reaction equations, materials and energy conservation in physics, and calculus and fractional equations in advanced mathematics. It helps in the direction of learning.

Question 3: What kind of work can you engage in after graduating from a chemical engineering and pharmaceutical industry?

Answer 3: Graduates can engage in chemical engineering enterprises (如petroleum chemistry, pure chemical industry), industrial medicine enterprises (raw materials, pharmaceuticals, biological drugs), design institutes, testing institutions, environmental protection departments, etc. Management, quality control, engineering design, safety evaluation, etc., can also continue to study chemical工程或制药相关的研究生。技术分离、化工设计、化工过程模拟等典型课程； pharmaceutical direction focuses on the synthesis of active pharmaceutical ingredients, pharmaceutical development, drug quality analysis, and GMP management, typical courses such as pharmaceutical chemistry, pharmaceutical science, pharmaceutical equipment and vehicle design.