Inorganic chemistry, analytical chemistry, organic chemistry, physical chemistry, instrumental analysis, structural chemistry, fine chemistry, polymer chemistry, spectral analysis, applied electrochemistry, rare earth chemistry, functional materials and chemical principles.

Modern separation technology, industrial catalysis, material chemistry, introduction to nanomaterials, fine organic synthesis, fine chemical industry, chemical kinetics, chemical frontier, research progress of applied chemistry, chemoinformatics.

Practical course

Metalworking practice, electronic practice, production practice, graduation thesis, etc. , the general arrangement is 10 20 weeks.

Extended data

There are three levels of discipline.

1, polymer engineering

Cultivate senior engineering and technical personnel who have knowledge, quality and ability in polymer materials science and engineering, can engage in scientific research, technology development, process equipment design, production and management in the fields of polymer materials synthesis, modification and processing, and have engineering consciousness and innovation ability.

2. Applied electrochemistry

Mainly teaching the application of electrochemical principles in various related fields. Reflect the whole picture of applied electrochemistry, and integrate theory with practice. On the basis of expounding the basic principle of electrochemistry, the application of electrochemistry principle in various related fields is systematically discussed, which embodies the comprehensiveness, margin and practicability of applied electrochemistry.

Main modules: basic theory of electrochemistry; Electrocatalytic process; Chemical power supply; Surface processing of metal; Inorganic electrolysis industry; Electrolytic synthesis of organic matter; Electrochemical sensor and electrochemical corrosion and protection.

Baidu encyclopedia-applied chemistry major