Shanghai Normal University is a key university in Shanghai. It currently offers 11 disciplines including philosophy, economics, law, education, literature, history, science, engineering, management, agriculture, and art. So, if you want to study at Normal University,

What exactly is the "Organic Chemistry" test?

Let’s take a look.

Ⅰ．

Shanghai Normal University School Introduction Shanghai Normal University is a comprehensive university that specializes in liberal arts and has the coordinated development of liberal arts, science, engineering, art and other disciplines with teacher education characteristics.

The school has entered the ranks of universities supported by the Shanghai Municipal Education Comprehensive Reform Ministry and is a pilot unit for the construction of high-level local universities (disciplines) in Shanghai.

The school has a complete range of subjects and has achieved fruitful teaching results.

There are currently 11 disciplines including philosophy, economics, law, education, literature, history, science, engineering, management, agriculture, and art, 9 first-level doctoral programs, 9 postdoctoral mobile stations, and first-level doctoral programs.

There are 32 master's degree programs in disciplines and 18 professional degree categories.

The school currently has 1 national key discipline; 11 Shanghai key disciplines; 11 disciplines have entered the Shanghai Peak Plateau Discipline; 1 Ministry of Education and Shanghai Municipal Undergraduate Major Comprehensive Reform Pilot Major; 4 Ministry of Education Higher Education Characteristic Major Construction Sites

; 3 Ministry of Education Outstanding Teacher Training Plan Reform Projects; 1 national-level new engineering research and practice project; 8 applied undergraduate pilot major construction projects in Shanghai municipal universities; 18 Shanghai undergraduate education highland construction projects.

5 disciplines are among the top 1% of ESI disciplines.

The school currently has nearly 9,000 graduate students of various types.

The school attaches great importance to international education and has extensive foreign exchanges and cooperation.

It is listed as a Chinese government scholarship institution for international students in China and a preparatory base for foreign students in Shanghai.

The school has established exchange and cooperation relationships with nearly 400 universities and organizations in more than 40 countries and regions on six continents around the world.

II. "Organic Chemistry" subject and professional introduction (tutor, research direction and characteristics, academic status, research results, ongoing research projects, curriculum, employment destination, etc.): Organic Chemistry obtained the right to confer master's degrees in 2003.

It is affiliated to the Key Laboratory of Resource Chemistry of the Ministry of Education and the Shanghai Key Laboratory of Rare Earth Functional Materials.

It has a school-level key discipline of “Resource Chemistry” and a school-level innovation team of “Organic Chemistry”.

There are currently 89 graduate students enrolled.

The degree program*** has 20 master's degree instructors: 16 professors/researchers (Liu Guohua, Zhao Baoguo, Deng Qinghai, Cao Chunyang, Deng Liang, Gao Xike, Jin Jian, Li Hongxiang, Li Weishi, Lin Guoqiang, Liu Jintao, Liu Wen, Wang Donghui, Xiao Jichang

, Zhao Xin, Zhao Yanchuan), 4 associate professors (Jin Ronghua, Xiao Haibo, Cheng Tanyu, Lin Jingrong, Xu Dongfang).

The subject leader of the degree program is Professor Liu Guohua.

1. Main research directions: (1) Organometallic chemistry and asymmetric catalysis: involving the design and synthesis of efficient chiral ligands and metal catalysts and the study of asymmetric catalytic reactions.

(2) Organic functional materials: involves the preparation of inorganic or organic functional materials with specific morphology and research on catalysis, electroluminescence and fluorescence imaging.

(3) Organic synthetic chemistry: involves the synthesis of biologically active heterocyclic compounds and the study of their structure-activity relationships.

2.

Required courses for master's degree program: physical organic chemistry, organic synthetic chemistry, organic spectroscopic analysis, advanced inorganic chemistry, advanced organic chemistry, modern analytical technology.

Elective courses: organometallic chemistry; asymmetric catalysis; spoken English; special lectures on the frontiers of chemistry 3.

Research achievements In the past five years, the organic chemistry master's degree program has undertaken National Natural Science Foundation projects, 863 program projects, 973 program pre-research projects, national "Tenth Five-Year Plan" scientific and technological projects, Shanghai major basic research projects, Shanghai basic research key projects,

There are more than 40 key scientific and technological projects in Shanghai, Shanghai Science and Technology Morning Star Project, Shanghai Education Commission projects and enterprise-entrusted research and development projects.

In Chemical Communications,Advanced Synthesis and Catalysis,Organometallics,Tetrahedron,Tetrahedron Asymmetry,Tetrahedron Letters,Journal of Material Chemistry,Green Chemistry,Crystal Growth and Design,Dalton Transactions,Journal of agricultural and Food Chemistry,Pest Management Science,Dyes and Pigments,

He has published more than 100 research papers in international academic journals such as Synthetic Communications. Journal of Physical Chemistry A (68 papers included in SCI); he has applied for more than 50 national invention patents, ten of which have been authorized.