1. What is the major of nonwoven materials and engineering?
Nonwoven materials and engineering mainly studies basic knowledge and skills in textiles and Material Science , and conducts product development, technology development, process and equipment design, domestic and foreign trade in the field of nonwoven materials and product manufacturing. Common nonwoven products include: nonwoven shopping bags, cotton pads, wet tissues, masks, surgical gowns, etc.
Nonwoven Materials and Engineering belong to the textile major, with a basic study period of four years, and a bachelor's degree in engineering was awarded . This major aims to cultivate basic knowledge in nonwoven engineering processes and technologies, mechanical equipment and management, product design, product inspection, business management, etc., have the ability to discuss process technology, equipment transformation, product development and sales, scientific research and innovation, grasp the rapid development trend of modern new materials, and have the basic capabilities in enterprise management and business management. After graduation, you can engage in research and teaching of nonwoven materials and engineering, and engage in product design, production quality control, business management and other work in nonwoven enterprises.
Nonwoven Shopping Bags
2. What do you learn in nonwoven materials and engineering?
Example 1 ( Tianjin University of Technology ):
1. Professional basic core courses: mechanical design foundation, electrical and electronic technology, engineering drawing, microcomputer principles and applications, nonwoven chemical foundation, polymer chemistry and physics, nonwoven fiber foundation, nonwoven mechanical and electrical transmission foundation.
2. Core courses in professional fields: nonwoven principles, adhesives for nonwovens, application and quality standards for nonwoven fabrics, post-organization of nonwoven fabrics, introduction to nonwoven equipment, performance and testing of nonwoven materials, and lectures on cutting-edge technology in nonwovens.
Example 2 ( Donghua University ): Advanced Mathematics Class, University Physics A, Linear Algebra A or B. Basics of mechanical design, electrical and electronic technology, textile materials science, spinning, knitting, wovening, nonwovens, polymer physics and chemistry, new nonwoven processing technology, nonwoven product application and detection, cutting-edge technology and practice of nonwovens.
Example 3 (Suzhou University ): Textile organic chemistry, electrical and electronics, engineering mechanics , polymer chemistry and physics, textile materials science, nonwovens, nonwoven post-organization technology, nonwoven web and reinforcement technology, synthetic fiber technology, nonwoven material structure and performance characterization, adhesives and additives, computer information technology, quality management engineering, foreign languages of nonwoven materials and engineering, nonwoven process and product design, etc.
Example 4 (Anhui University of Engineering ): University physics, electrical engineering II, C language programming, mechanical design foundation II, engineering drawing foundation, organic chemistry, polymer physics and chemistry, polymer molding principle and spinning technology, fiber material science, nonwovens, nonwoven product development and design, nonwoven post-organization, nonwoven adhesives and additives, nonwoven material performance testing, fiber composite materials, enterprise management and economic and technical analysis, etc.
Example 5 ( Henan University of Engineering ): Advanced mathematics, university physics, computer foundation, university English, mechanical principles, electrical and electronic technology, textile materials science, organic chemistry, modern nonwoven material testing technology, short fiber nonwoven material engineering, spin-melted nonwoven material engineering, nonwoven material performance and testing, nonwoven adhesives and additives, nonwoven material post-organization, etc.
Example 6 ( Wuhan Textile University ): Textile materials science, nonwoven principles, nonwoven equipment, nonwoven products and applications, nonwoven engineering design, nonwoven product quality and testing, polymer physics and chemistry, functional fibers and their applications, composite materials, nonwoven fabric post-organization, international trade and practice, etc.
surgical gown
Example 7 ( Xi'an University of Engineering ): Advanced mathematics, university English, university physics, engineering mechanics, mechanical design basics, electrical engineering, programming language , organic chemistry, polymer chemistry, polymer physics, textile materials science, textile introduction, dry nonwoven process principle, wet nonwoven process principle, polymer direct lamination process principle, nonwoven fabric post-organization, nonwoven performance and testing, and nonwoven professional English.
Example 8 ( Hunan University of Engineering ): Engineering drawing, basic mechanical design, engineering mechanics, electrical and electronics, organic chemistry, polymer physics and chemistry, introduction to textiles, textile materials science, textile chemistry, spinning, introduction to weaving, introduction to knitting, nonwovens, nonwoven product quality and testing, industrial textiles, medical textiles, nonwoven materials intelligent manufacturing technology, nonwoven products and applications, modern textile enterprise management, etc.
Example 9 ( Nantong University ): Textile materials, nonwovens, textile technology, organic chemistry, polymer physics, polymer chemistry, nonwoven fabric performance and testing, nonwoven product design, mechanical design basics, electrical and electronic technology, engineering mechanics, enterprise management, etc.
Example 10 ( Zhejiang University of Science and Technology ): woven staple fiber web formation, polymer extrusion web formation technology and principles, nonwoven reinforcement technology and principles, nonwoven processing and post-organization, nonwoven material performance and testing, nonwoven product design and application, etc.
Example 11 ( Jiaxing College ): Inorganic and analytical chemistry, organic chemistry, mechanical design basics, textile materials science, textile processing technology, polymer physics chemistry, binder and additive chemistry, polymer physics chemistry, nonwovens, polymer material forming principle, nonwoven dyeing and post-organization technology, nonwoven material performance and testing, professional English (nonwoven materials), geosynthetic materials, new technologies of nonwoven materials, polymer material modification, nonwoven fabric marketing practice.
Example 12 ( Texas College ): English, advanced mathematics, computer technology foundation, mechanical design foundation, electrical and electronic technology, textile materials science, polymer physics and chemistry, polymer materials and spinning technology, nonwovens, nonwoven fabric post-organization, nonwoven material performance testing, nonwoven material product design and application, etc.
Example 13 ( Shaanxi University of Science and Technology ): University physics, computer color measurement and color matching technology, polymer physics, polyurethane chemistry, nonwoven material principles and technology, synthetic leather craftsmanship, environmentally friendly polymer materials, nanofiber materials, modern enterprise management, mechanical equipment and intelligent control technology, functional composite materials, scientific research theory and practice, etc.
3. What are the majors in nonwoven materials and engineering?
After graduation, students majoring in nonwoven materials and engineering can work in the field of nonwoven materials and engineering in scientific research, product development, process and equipment design, production technology management, operation and trade and quality inspection in the field of nonwoven materials and engineering, and can also work in trade, foreign-funded enterprises, government departments, commodity inspection and customs, and technological innovation institutions related to this discipline.
