Chemistry is one of the basic disciplines of natural science. Mainly study the composition, structure and properties of substances and the relationship between them; This paper studies the changes of substances at atomic and molecular levels in different aggregation States, as well as the relationship between reaction laws, structures and various properties.
This major focuses on biochemistry, polymer chemistry, inorganic chemistry, organic chemistry, analytical chemistry and physical chemistry. It is the national base for training basic scientific research and teaching talents, and training high-level professionals engaged in theoretical research and education of basic chemistry.
After graduation, I can engage in scientific research and technology development in chemical industry, light industry, environmental protection, petrochemical and other departments and enterprises; Engaged in analysis and monitoring in customs, public security and import and export commodity inspection departments; Engaged in teaching and research in colleges and universities and relevant departments of modern chemistry (life science, environmental science, material science, marine science, etc.). ).
The main professional basic courses are: advanced mathematics, general physics, general physics experiment, inorganic chemistry, chemical analysis, organic chemistry, basic chemistry experiment (including inorganic, analytical and organic chemistry experiment), chemical biology, instrumental analysis and experiment, physical chemistry, physical chemistry experiment, structural chemistry, chemical engineering foundation and experiment, polymer foundation, environmental chemistry, material chemistry, organic spectral analysis, professional English, chemical information foundation, etc.
The main elective courses are: C language programming, chemical multimedia software design, coordination chemistry and bio-inorganic chemistry, modern inorganic chemistry progress, physical organic chemistry, organic synthesis, thermodynamics and its application, catalytic chemistry, comprehensive chemical experiments, innovative research-oriented experiments, chemical engineering drawing, metal-organic chemistry, basic quantum chemistry, colloid chemistry, clinical medicine (Western medicine), industrial development history, high-performance composite materials, polymers and environmental protection.
Applied chemistry is an applied subject developed on the basis of chemistry. It widely uses the basic knowledge and technical means of chemistry to develop and utilize natural resources, forms productive forces, and permeates all sectors of industry, agriculture, national defense, science and technology and national economy. Chemical industry has become an important pillar industry of national economy.
This major takes fine organic synthesis, applied physical chemistry, environmental chemistry, inorganic material chemistry, instrumental analysis and food chemistry as its research and development direction, and cultivates specialized personnel with good scientific quality, mastering basic chemical theories, basic knowledge and basic skills, and getting preliminary training in applied research, scientific and technological development and scientific and technological management. After graduation, students are suitable to work in enterprises, institutions, technical and administrative departments such as fine chemical industry, environmental monitoring and management, commodity inspection, environmental protection, photosensitive materials, food, coatings, cosmetics, new inorganic materials, and engage in applied research, scientific and technological development, production technology management and scientific research and teaching in scientific research departments and colleges and universities.
Professional basic courses are the same as chemistry majors.
Specialized elective courses include: fine organic synthesis, applied biochemistry, fine inorganic synthetic chemistry, applied inorganic chemistry, separation and enrichment method, applied electrochemistry, thermodynamics and its application, comprehensive chemical experiment, innovative research experiment, chemical engineering drawing, chemical engineering technology and economy, C language programming, chemical multimedia software design, organometallic chemistry, colloid chemistry, clinical medicine (western medicine), industrial development history, high-performance composite materials, polymers and environment.
Applied Chemistry Specialty (chemical biology direction) This major focuses on bioinorganic chemistry, bioanalytical chemistry, bioorganic chemistry, biochemistry, chemoinformatics, biophysical chemistry and bionic polymer materials, and cultivates professionals with good scientific quality, basic chemical theory, basic knowledge and basic skills, and initially has the ability of applied research, scientific and technological development and scientific and technological management.
After graduation, students are suitable for scientific research and teaching in scientific research departments and institutions of higher learning; Suitable for chemical, pharmaceutical, medical, biochemical pharmaceutical, bioengineering, environmental monitoring and treatment, commodity inspection, health and quarantine, polymer medical materials, bio-inorganic materials, chemical industry, light industry, energy and other industries, as well as factories, mines, enterprises, institutions, science and technology and administrative departments engaged in applied research, scientific and technological development and management; Suitable for continuing to study for master's degree in chemistry, pharmacy, biological science and related disciplines.
The main professional basic courses are: advanced mathematics, general physics and experiment, inorganic chemistry, analytical chemistry, organic chemistry, instrumental analysis, biological basis, molecular biology, microbiology, cell biology, medicinal chemistry, natural product chemistry, combinatorial chemistry, physical chemistry, structural chemistry, basic chemical experiment, modern chemical experiment and technology, biological comprehensive experiment, environmental chemistry, material chemistry, spectral analysis, chemical information basis and so on.
The main elective courses are: coordination chemistry and bioinorganic chemistry, progress of modern inorganic chemistry, bio-analytical chemistry, bio-organic synthesis, bioelectrochemistry and its application, bionic chemistry, biochemistry, multimedia software design, clinical medicine, computer database management, organometallic chemistry, colloid chemistry and its application, high-performance composite materials and so on.
Material chemistry (polymer chemistry direction, inorganic functional materials direction) Material chemistry is a frontier discipline involving physics, chemistry and material engineering. This major includes polymer materials and inorganic functional materials.
The direction of polymer materials is to study the synthesis, structure, properties and their relationship of polymer compounds, and to study the preparation, processing and utilization of various new synthetic materials based on polymer compounds; The direction of inorganic functional materials is to study the relationship between the preparation, composition, structure and physical and chemical properties of new inorganic solid materials (such as light, electricity, magnetism, sound, heat, mechanics, activity, etc.) and their application in national economy, with emphasis on new inorganic light, electricity, magnetism and active materials.
This major trains professionals who meet the needs of the development of materials industry, have good scientific quality, master the basic theory, knowledge and skills of materials chemistry, and get preliminary training in applied research, scientific and technological development and scientific and technological management. After graduation, students are suitable to work in enterprises, institutions, technical and administrative departments such as plastics, synthetic fibers, rubber, coatings, adhesives, inorganic materials, modern building materials, modern decorative materials, fine chemicals, petrochemicals and communication materials, and engage in applied research, scientific and technological development and production technology management; Engaged in research and teaching in scientific research departments and institutions of higher learning.
Professional basic courses are the same as chemistry majors.
The main elective courses are: chemical drawing, polymer synthetic chemistry, polymer synthetic experiment, polymer physics, polymer processing, polymer processing technology experiment, high-performance composite material, material mechanics, inorganic material synthetic chemistry, inorganic functional material characterization, inorganic functional material application, C language programming, chemical multimedia software design, chemical technology and economy, industrial development, polymer additives, comprehensive chemical experiment, innovative research experiment, etc.
Chemical engineering and technology majors mainly study the basic theory of chemical engineering, cultivate students' basic knowledge and skills of chemical engineering, and train students to research, develop, design and optimize industrial production processes and equipment in the fields of organic chemical engineering, inorganic chemical engineering, petrochemical engineering, fine chemical engineering and biochemical engineering, polymer materials and processing, energy and environmental protection, with emphasis on the basic principles and modern technologies of industrial processes.
Students mainly study the basic theory and knowledge of chemical engineering and chemical technology, and train in chemistry and chemical experiment skills, engineering practice, computer application, scientific research and engineering design methods. They have the basic ability to simulate and optimize the chemical production process, innovate, develop new products and develop new technologies. After graduation, I can engage in scientific research, technology development, process design and management in enterprises and institutions such as fine chemical industry, petrochemical industry, light industry, polymer material processing, food and pharmaceutical engineering, energy, metallurgy, environmental protection and quality inspection. Engaged in scientific research and teaching in scientific research units and institutions of higher learning, or engaged in relevant management work in commodity inspection, public security, foreign trade, customs, government departments and other systems, or continued to study for a master's degree in chemical engineering and related disciplines.
The main courses studied include basic chemistry and experiment, physical chemistry and experiment, chemical thermodynamics, chemical principle and experiment, chemical reaction engineering, chemical system engineering, chemical drawing, fine organic synthesis and experiment, polymer chemistry and physical experiment, polymer processing technology and experiment, process principle, biochemistry, environmental engineering, chemical automation principle, computer application, scientific English, etc. There are more than 20 compulsory and elective courses.
Polymer materials and engineering-specific polymer materials belong to the field of new materials and are one of the three pillar industries of China's economic development. Polymer materials are profoundly affecting human production and life. The specialty of polymer materials and engineering mainly studies the synthesis, structure, processing, properties and application technology of polymer materials, which is characterized by the intersection of science and engineering, theoretical research and application technology. It has important applications in industry, agriculture, electronic appliances, aerospace, national defense and military industry and people's lives.
This major relies on the advantages of teaching and research in key disciplines of polymers in our school, key laboratories of the Ministry of Education, master's programs, doctoral programs and post-doctoral mobile stations, and pays equal attention to teaching and research, theoretical research and application development, theoretical course learning and experimental skills training. Students learn the synthesis, processing, characterization and application technology of polymer materials, as well as the basic theories and professional knowledge related to chemistry, chemical engineering, physics, computer, material science and material engineering, and become senior compound talents with solid and extensive basic knowledge, good experimental skills, strong independent working ability, wide interests and pioneering spirit. Students majoring in this major can be employed in the chemical industries such as plastics, rubber, coatings, textiles, construction, decoration, fine chemicals, petrochemicals, etc. You can also engage in scientific research, technology development and management in environmental protection, electronics, energy, medicine, metallurgy, geology, aerospace, national defense and other departments, and you can also engage in research and teaching in scientific research institutions and universities.
The main courses include advanced mathematics, general physics and experiment, computer application foundation, inorganic chemistry and experiment, chemical analysis and experiment, organic chemistry and experiment, introduction to material science, instrumental analysis and experiment, physical chemistry and experiment, structural chemistry, chemical engineering foundation and experiment, polymer synthesis and experiment, polymer physics and experiment, organic spectral analysis, professional English, chemical engineering drawing, polymer technology and experiment, functional polymer materials, polymer processing and equipment, and polymer alloys. In addition, there are more than ten elective courses for students to choose from.