Where is the employment direction of inorganic chemistry?

Employment orientation of inorganic chemistry: Graduates can engage in scientific research, teaching, product development and management in scientific research institutes, schools, enterprises and institutions such as chemistry, chemical engineering, pharmacy, materials, food and environmental protection.

inorganic chemistry major

1. Training objectives: This major aims at senior talents who have basic knowledge of chemistry, basic theory and basic skills, have certain basic knowledge of chemical engineering, are trained in scientific research and engineering ability, and can engage in scientific research, new product development, teaching and management in chemical and chemical related fields.

2. Main courses: English, inorganic chemistry, organic chemistry, analytical chemistry, physical chemistry, structural chemistry, biochemistry, instrumental analysis, chemical engineering foundation, chemical engineering drawing, catalytic chemistry, coordination chemistry, etc.

3. Employment orientation: Graduates can engage in scientific research, teaching, product development and management in scientific research institutes, schools, enterprises and institutions such as chemistry, chemical engineering, pharmacy, materials, food and environmental protection.

applied chemistry major

applied chemistry major (I) (direction of fine chemicals)

1. Training objectives: this major aims to train senior engineering and technical personnel who have mastered the basic theories and skills of modern chemistry, been trained in scientific thinking and scientific experiments in basic research and applied development research, and have the abilities of scientific and technological development, applied research, engineering design and production management in fine chemicals.

2. Main courses: English, inorganic and analytical chemistry (including instrumental analysis), physical chemistry (including structural chemistry), organic chemistry, biochemistry, chemical engineering principles, fine organic synthetic chemistry and technology, polymer synthesis technology, separation process chemistry, fine chemical analysis technology, medicine, dye intermediate chemistry, surfactant chemistry and technology, auxiliary chemistry and technology, etc.

3. Employment orientation: Graduates can engage in the development, production, management, trade, teaching and scientific research of fine chemicals in enterprises, institutions and research institutes such as chemistry, chemical industry, petroleum, pharmacy, dyes, materials and fine chemicals. Applied chemistry major (Ⅱ) (direction of industrial analysis)

1. Training objectives: This major aims to train senior specialized analysts who have mastered the basic theories and skills of modern chemistry and modern analysis and related engineering and technical knowledge, are trained in scientific thinking and scientific experiments of basic research and applied research, have the ability to establish analytical methods, use, manage and develop modern analytical instruments, analyze unknown samples, and have strong operational skills in industrial products and intermediates analysis.

2. Main courses: English, inorganic chemistry, analytical chemistry, organic chemistry, physical chemistry (including structural chemistry), biochemistry, chemical engineering principles, separation process chemistry, modern instrumental analysis, analytical techniques of fine chemicals, analysis of chemical intermediates and products, food analysis, pharmaceutical analysis, etc.

3. Employment orientation: Graduates can work in enterprises, institutions, universities and scientific research departments such as chemistry, chemical engineering, petroleum, metallurgy, materials, pharmacy, food, environmental protection, technical supervision and commodity inspection.