What do you study in textile engineering? What are the employment prospects for textile engineering

First of all, textile engineering involves the process of using textile fibers as raw materials, through various textile processing technologies, and finally producing various textile products. Textile materials and textile design include textile raw materials, i.e., fibers, and the properties of fiber aggregates processed from fibers, as well as functional design and artistic design at the product level. The subdivision of professional direction will be different in different schools, roughly according to weaving, knitting, non-woven fabrics, textile materials, design and other directions, and some schools may also have ** and product direction majors.

The employment prospects of textile majors are very broad, and the main fields involve the processing and preparation of fibers and textile products and their related properties research. It is mainly the spinning and weaving processing technology of textile products, the performance research, production and product detection and control of textile products, etc., and the electronic and information engineering, control engineering, mechanical engineering, biological engineering, computer technology and chemistry, mechanics, physics and other engineering fields or disciplines are closely related. Textile engineering is an important engineering field that creates material and spiritual wealth for the construction and development of the national economy, provides necessary materials for human life, and reflects the level of social civilization.

Secondly, it is to be able to engage in modern enterprise management, scientific research, teaching and other fields in textile enterprises. Professional training to meet the needs of industrial modernization and scientific development, with a solid foundation in textile engineering technology, master the professional knowledge of modern textile engineering, with pioneering and innovative spirit and practical ability, textile technology development, textile process design, textile design and development, textile production quality control, textile and inspection, textile high-tech and cutting-edge scientific research and other fields of senior engineering and technical personnel.

You must know that because the textile engineering major cultivates senior engineering and technical talents, in addition to the theoretical knowledge in the classroom, the school pays more attention to the cultivation of students' practical ability. Many colleges and universities have arranged basic education practice links such as textile material science experiments, textile processing and testing experiments, weaving experiments, knitting experiments, and comprehensive education practice links such as textile production practice, focusing on cultivating students' comprehensive quality. Practical tips. Ability.

The main thing is to learn how to do weaving, how to use textile machines, and the employment prospects of this major are relatively average, because the factory is not very well developed now.

I think it's about learning about clothing. The job prospects are still very good, and if you have very good skills, you can get a good job.

In fact, it is to learn how to weave cloth, and to learn how to use some computer software. It's not bad now, and it's basically all in the factory. The pay is high, though.

The employment prospects of textile engineering are very good, China is a big country in the textile industry, strong technical force, and has strong competitiveness in the world. China's integration with the world, improve the strength of the country's textile enterprises, the demand for senior textile talents will be more urgent, textile engineering graduates may be in short supply.

The core courses include: Textile Chemistry, Textile Materials, Spinning, Weaving, Weaving, Knitting, Nonwovens, Textile CAD, Textile Design, Industrial Textile Design and Development, Fabric Post-processing, Textile Quality Control and Inspection, Textile Marketing, Textile Enterprise Management, Foreign Trade Documentary Practice, etc.

Employment direction of textile engineering

Graduates of textile engineering have broad prospects for development, and can be engaged in textile design and development, textile process design, textile production quality control, production technology transformation and operation management in textile enterprises and scientific research institutions, as well as teaching and scientific research in colleges and universities.

Position: After graduation, he is mainly engaged in sales engineer, mechanical engineer, R&D engineer, fabric procurement, electrical engineer, sales manager, fabric accessories procurement, and foreign trade salesman.

Textile engineering professionals can be engaged in technology development, textile and process design, production and management, business and scientific research in the field of textiles.

Textile engineering is an undergraduate major in ordinary colleges and universities, and it belongs to the textile major. This major cultivates knowledge, ability and quality in the field of textile engineering, adapts to the trend of integration and development of textile disciplines and materials, information, electromechanical, environment, management, art, marketing and other disciplines, and has a sense of innovation, practical ability and international vision.

And in the textile field has a certain expertise, Kuan Ming can be engaged in the textile field of technology development, textile and process design, production and management, business and scientific research and other aspects of the work of compound engineering and technical personnel.

Graduates of textile engineering have broad prospects for development, and can be engaged in textile design and development, textile process design, textile production quality control, production technology transformation and operation management in textile enterprises and scientific research institutions, as well as teaching and scientific research in colleges and universities.

Textile Engineering Training Objectives:

Cultivate knowledge, ability and quality in the field of textile engineering, adapt to the trend of integration and development of textile disciplines and materials, information, electromechanical, environment, management, art, marketing, etc., have a sense of innovation, practical ability and international vision, and have expertise in a certain aspect of the textile field, and can be engaged in technology development, textile and process design, production and management, business and scientific research in the textile field.

Students in this major mainly learn the basic theories and basic knowledge of textile engineering, receive basic training in textile design, textile process design, etc., and have the basic ability of textile production management.

When filling in the college entrance examination, many candidates are very interested in the employment direction of textile engineering majors. The following is a compilation of "what to learn and what are the employment directions of textile engineering majors".

Main courses of textile engineeringMain courses: Introduction to Textiles, Textile Chemistry, Fabric Histology, Fiber Materials, Silk Making, Spinning, Weaving, Knitting, Textile Design, Textile Factory Air Conditioning, Enterprise Management and Management, Mechanical Design Basics, Electrical and Electronic Technology, Microcode Guess Computer Principles and Applications, Computer Network Technology, CAD Technology Basics, Database Principles and Applications.

Employment direction of textile engineering

Graduates of textile engineering have broad development prospects, and can be engaged in textile design hall development, textile process design, textile production quality control, production technology transformation and management in textile enterprises and scientific research institutions, as well as teaching and scientific research in colleges and universities.

Engaged in industry: After graduation, I mainly work in clothing, **, testing and other industries, roughly as follows:

1 Clothing, Textile, Leather;

2 ** Import and export;

3. Testing and certification;

4. Outsourcing services;

5 Other Industries;

6 New energy;

7 Petrochemical Industry Mineral Geology;

8 Machinery and equipment rework.

Position: After graduation, he is mainly engaged in sales engineer, mechanical engineer, R&D engineer and other work, roughly as follows:

1 Sales Engineer;

2 Mechanical Engineer;

3. R&D Engineer;

4. Fabric procurement;

5 Electrical Engineer;

6 Sales Manager;

7. Procurement of fabrics and accessories;

8. Foreign trade salesman.

Employment Prospects of Textile Engineering Graduates of textile engineering have broad development prospects, and can be engaged in textile design and development, textile process design, textile production quality control, production technology transformation and operation management in textile enterprises and scientific research institutions, as well as teaching and scientific research in colleges and universities.

Graduates majoring in textile engineering can generally be engaged in process design, production management, product development and other work in the technical and business management departments of textile enterprises, engaged in business management and professional foreign trade and other work in business and foreign trade departments, and can also be engaged in scientific research and teaching in scientific research units and textile schools. At the same time, due to the adjustment of majors, graduates have a wider range of employment, more and more graduates enter the employment of large companies in other industries, many graduates are hired by joint ventures and sole proprietorships, and some graduates are hired by foreign enterprises and directly go abroad for employment.

When filling in the college entrance examination, how about the textile engineering major, what to study, and whether the employment prospects are good are the issues that the majority of candidates and parents are very concerned about. The following is an introduction to the textile engineering major, main courses, training objectives, employment prospects and other information compiled for you, I hope it will be helpful to you.

1. Introduction to textile engineering.

Textile engineering is an important engineering field that creates material and spiritual wealth for the construction and development of the national economy, provides necessary materials for human life, and reflects the level of social civilization, and is widely used. It is both an ancient and traditional field of engineering, which has been closely related to human activities since the dawn of mankind.

2. Main courses of textile engineering.

International practice, textile engineering, textile and clothing, marketing, textile commodities, textile enterprise management, e-commerce, clothing design, clothing technology, clothing CAD, clothing materials, spinning, weaving, textile development and quality control, etc. Different majors have different course selections.

3. Training objectives of textile engineering major.

Training Objectives This major includes two directions: textile and weaving. Cultivate students with the basic theories and technologies of textile engineering to meet the needs of textile and garment production markets, master the theoretical and practical knowledge of textile and garment science, and be able to engage in textile and textile and garment design and product development.

Training requirements Textile engineering students mainly learn the basic theories and basic knowledge of textile engineering, receive basic training in textile design, textile process design, etc., and have the basic ability of textile production management.

4. Employment direction and employment prospects of textile engineering major.

Graduates of textile engineering have broad prospects for development, and can be engaged in textile design and development, textile process design, textile production quality control, production technology transformation and operation management in textile enterprises and scientific research institutions, as well as teaching and scientific research in colleges and universities.