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East China University of Science and Technology Postgraduate Training Program of Chemical Engineering and Technology
The postgraduate major of chemical engineering and technology in East China University of Science and Technology is a major under the School of Pharmacy, which consists of the Department of Pharmacy, the Department of Pharmaceutical Engineering, the Shanghai Key Laboratory of Chemical Biology, the Shanghai Key Laboratory of New Drug Design, the Engineering Research Center of the Department of Pharmaceutical Engineering and Process Chemistry, the Modern Engineering Center of Chinese Medicine, the GMP Research Center and the Pharmaceutical Experimental Teaching Center. The research content covers four fields: chemical drugs, pesticides and pharmaceutical engineering. East China University of Science and Technology's postgraduate training program for chemical engineering and technology is as follows:

There are 38 professors and 40 doctoral supervisors (including part-time supervisors 12) in the first-level discipline of chemical engineering and technology, and there are chemistry and pharmaceutical engineering departments, fine chemical engineering research institutes, pharmaceutical chemical research institutes, industrial catalysis research institutes and applied chemistry research institutes. Among them, 2 are the chief scientists of the National 973 Program, 4 are supported by the National Outstanding Youth Fund, 4 are employed by distinguished professor, a Changjiang Scholar of the Ministry of Education, and 4 are supported by the Cross-century Talents Program of the Ministry of Education.

Among them, the two disciplines of applied chemistry are one of the earliest bases in China to engage in applied chemistry personnel training and scientific research. 1996 was approved as the key discipline of Shanghai Municipal Education Commission, and in 2000 and 20001,it was successively identified as the key discipline of in-service postgraduate students in Shanghai and the national key discipline. In February 2003, "Advanced Functional Materials with Controllable Structure and Its Preparation" was awarded as the Key Laboratory of the Ministry of Education.

The two disciplines of industrial catalysis 1978 began to recruit graduate students, which was the first batch of master's degree authorization points of "Industrial Catalysts" approved by the Academic Degrees Committee (198 1 year). 1986 began to recruit doctoral students in organic chemical engineering (industrial catalysis), 1998 authorized doctoral degree. There are research rooms for new catalytic materials and technologies, environmental catalysis, petrochemical and fine chemical catalysis and catalyst preparation engineering.

I. Training objectives

This subject trains professional and technical personnel with comprehensive quality and all-round development.

The master's degree winner of this discipline requires a systematic grasp of the basic theory and professional knowledge of this discipline, and familiarity with the modern experimental synthesis technology and modern research methods and technologies of product characterization of this discipline; Familiar with the research status and development trend of this discipline; Have a rigorous and realistic scientific attitude, good experimental skills and the ability to summarize and analyze scientific problems; Have the ability to independently engage in chemical production process research and new product development research; Master at least one foreign language, be proficient in reading foreign language materials of this major, and have good writing ability, international academic exchange ability and other practical application ability; Have preliminary computer skills, be able to skillfully use computer and network technology to collect and exchange documents; Good technical management skills.

The master's degree winner of this subject requires all-round development in many aspects, with healthy thoughts and physique, good socialist legal spirit and adapting to the rapid and efficient development of modern society; Actively participate in various social practice activities and academic exchanges; Good spirit of cooperation and innovation; Be able to engage in teaching, scientific research and technical management in institutions of higher learning, scientific research institutes and enterprises.

Second, the length of schooling and the length of study.

The postgraduate education system is 2.5 years, and the study period is no more than 5 years. The course study credits are valid for 5 years from the beginning of postgraduate enrollment.

Third, the research direction

1. applied chemistry (including fine chemistry and technology, chemistry of organic and inorganic functional materials and their applications, photocatalysis and applied photochemistry)

2 pharmaceutical engineering and technology (including chemical pharmacy, biopharmaceuticals and medical sensors, traditional Chinese medicine pharmacy and green pesticides)

3. Industrial catalysis (including catalytic new materials and technologies, environmental catalysis, organic chemical catalysis and metal-organic catalysis)

Fourth, the training plan

On-the-job graduate students should make a training plan, including course study and thesis work plan, under the guidance of the tutor group and tutors within one month after entering the school. The work of this paper includes research direction, existing work basis, research plan and time arrangement.

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