Training objectives:

This major trains senior professional and technical personnel who meet the needs of social development, have basic knowledge and professional knowledge related to polymer materials and engineering, can engage in scientific research, technology development, process design, production and management in the fields of polymer materials design, synthesis, modification, processing and application, and have pragmatic spirit and innovative ability. In order to combine the advantages of disciplines and social needs, the following three professional directions are specially set:

(1) rubber engineering direction:

Rubber engineering is the traditional specialty direction of our school. This major aims to train senior engineering and technical personnel who can engage in structural design, formula design, processing, molding and modification, product manufacturing and management of rubber products in various departments of rubber industry. Students mainly study and practice the basic theory, formula design, molding technology, production technology, product quality control and other professional knowledge of rubber-based polymer materials.

(2) Plastic engineering direction:

In recent years, the research and development strength of plastic materials and engineering in our school has become increasingly strong, which has created favorable conditions for the cultivation of high-quality talents. This major aims to cultivate senior engineering and technical personnel who can engage in product formulation design, processing, molding and modification, mold design and product manufacturing, product application research and management in various departments of the plastic industry. Students mainly study the basic theory, formula design, molding technology, production technology, mold design and product quality control of polymer materials with plastic materials as the main body.

(3) direction of polymer synthesis:

This major aims to cultivate senior engineering and technical personnel who can engage in scientific research and product development in polymer synthesis, modification of polymer materials, synthesis and characterization of functional polymers and special polymers in various departments of polymer synthesis industry. Students mainly study polymer synthesis technology, polymerization reaction engineering, functional and special polymer material design, polymer modification principles and methods, rubber and plastic processing principles, etc. Professional skills in polymer structure design and characterization, modification and processing of polymer materials.

Employment for further study:

This major trains senior professionals with scientific research, development and engineering ability in the field of polymer materials and engineering. Graduates have a large social demand and a high employment rate. They can display their talents in rubber, plastics, petroleum, chemical industry, light industry, medicine, food, textile, construction, transportation, aerospace and other fields, and engage in new product design and development, production process control, trade sales, circulation and management. The college has postdoctoral research stations (materials science and engineering), 3 doctoral degree programs (materials science, materials processing engineering, polymer chemistry and physics) and 4 master degree programs (materials science, materials processing engineering, polymer chemistry and physics, materials engineering), which provides convenient conditions for graduates to further their studies in our school or other famous universities.

Packaging engineering

Training objectives:

Cultivate senior engineering and technical personnel who have knowledge of packaging materials, packaging system design and application technology and management, and can engage in packaging system design, quality inspection, technical management and scientific research in commodity production and circulation, packaging enterprises, scientific research institutions, commodity inspection and trade departments.

Employment for further study:

Graduates can display their engineering and management skills in packaging product design and production enterprises, as well as the packaging departments of electronics, food and daily chemical enterprises, and the logistics departments of heavy industrial enterprises such as electromechanical and automobile, and the employment situation is good. This major has the right to award master's and doctor's degrees, and the college has the right to award master's and doctor's degrees in materials science, materials processing and materials engineering, which provides convenient conditions for graduates to continue their studies in packaging engineering and related majors.

Printing engineering

Training objectives:

Through four years' study, students are trained to design and practice graphic processing, plate-making and printing technology, and have the ability of graphic information processing, plate-making and printing technology and equipment, material selection and research and development, printing suitability test and so on. Senior engineers and technicians who can engage in printing process design, production implementation, organization and management and scientific research and development in various printing-related enterprises and scientific research units.

Employment for further study:

Graduates can work in printing enterprises, institutions and scientific research institutions, as well as in manufacturing enterprises, trading companies, electronic publishing and other printing-related media units, and some students are engaged in printing-related education and teaching. At present, the printing industry has a strong development momentum, the market has a large demand for professionals, and the employment situation of students is good.

Composite materials and Engineering

Training objectives:

This major cultivates basic theories, professional knowledge and experimental skills in the field of composite materials and engineering, and can engage in scientific research, technology development, material selection, product design and processing technology related to composite materials and engineering in national defense, aerospace, automobile, bridge, rubber and plastic industries, and at the same time train qualified graduate education talents.

Employment for further study:

There is a great market demand for graduates of this major, who can engage in scientific research, product design, processing technology, process control and management of composite materials and related fields in industries such as national defense, aerospace, automobiles, bridges, rubber, plastics and fibers. This major has the right to award bachelor's degree, master's degree and doctor's degree, and a large proportion of graduates can enter the postgraduate stage for further study.