This major aims to cultivate high-level professionals who are well-developed morally, intellectually and physically, have the preliminary abilities of textile design and development, textile processing design, textile production quality control, textile quality inspection of production technology transformation, computer application and management, and can work in textile enterprises, commodity inspection, customs, scientific research and teaching departments.

Textile engineering is a discipline covering textile materials and textile production technology, mainly studying the design, manufacture and application of textiles. Textile engineering involves spinning, weaving, printing and dyeing, finishing and other links, as well as the performance research and application development of textile materials.

In the field of textile engineering, students usually learn the following:

1, textile materials and fiber science:

Learn the characteristics of textile materials, the physical, chemical and mechanical properties of fibers, and understand the production, treatment and application of different fibers.

2, textile production process:

Learn the technological process of spinning, weaving, printing and dyeing and finishing, including the principle, operation and maintenance of textile machinery.

3, textile design and structure:

Learn the design principle and structural analysis of textiles, and master the sample making and evaluation of finished textiles. Textile is an industry or process that involves spinning, weaving, printing and dyeing, finishing and other processes to transform fiber materials into textiles.

4, textile quality control:

Learn the methods and techniques of textile quality inspection and control, and understand the quality management system and international standards. Textile industry is a very important industry and occupies an important position in global trade.

It involves many materials, such as cotton, linen, wool, silk and chemical fiber, as well as various textiles, such as clothing, bedding, curtains and ornaments. The development of textile processing also involves the challenges of technical improvement, environmental protection and sustainable development.

5. New textile technology and innovation:

Understand the latest technology and innovation trend of textile industry, such as nano-textile, intelligent textile and sustainable development. Textile technology and textile design are important fields of textile industry. Textile technology includes the research and development and application of textile machinery, as well as the control and optimization of various process parameters.

Textile engineering graduates can usually engage in the design, production, quality control, process improvement and technical support of textile, clothing, home and other industries. They can also find employment opportunities in textile machinery manufacturing, textile chemistry, material research and development, education and research.