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Training Scheme for Postgraduates Majoring in Textile Chemistry and Dyeing and Finishing Engineering in Xi Engineering University
The Master of Textile Chemistry and Dyeing and Finishing Engineering of Xi Engineering University is an in-service postgraduate major under the Textile Materials College. It has four majors: textile engineering, light chemical engineering, polymer materials and engineering, nonwoven materials and engineering, among which textile engineering and light chemical engineering are the construction points of national characteristic construction specialty, Shaanxi characteristic specialty, Shaanxi in-service postgraduate famous brand specialty and national "excellent" engineer training pilot specialty; Textile engineering major is also a national "professional comprehensive reform pilot" major, with a provincial teaching team and a provincial talent model innovation experimental area. Xi 'an Engineering University has the following training plan for the Master of Textile Chemistry and Dyeing and Finishing Engineering:

Introduction to Textile Chemistry and Dyeing and Finishing Engineering

The course of Textile Chemistry and Dyeing and Finishing Engineering was founded in 1982. At present, this discipline is at the leading level in China in three directions: the theory and application of new materials and new processes in textile chemical processing, the research and application of dyeing and finishing technology for wool textiles, and the theory and technology research and development of textile functional finishing. Under the leadership of Professor Xing Jianwei, a doctoral supervisor, a complete faculty has been established. At present, there are 5 professors, 4 associate professors, 2 senior engineers and 3 lecturers in the academic echelon, which has a strong academic atmosphere and strong scientific research ability. Many scientific research projects, such as the development of soybean protein stock solution and fiber bleaching technology, the development and application of new mordant SCA-Cr, have won many national provincial and ministerial awards. In recent years, this discipline has won a number of national "Eleventh Five-Year" scientific and technological key projects and a large number of provincial and ministerial projects and development and research projects entrusted by enterprises. The scientific research funds are relatively abundant, various professional testing equipment and instruments are perfect, and the construction of professional laboratories is standardized. More than 0/0 graduate students have been trained, which has been well received by employers in various positions.

Second, textile chemistry and dyeing and finishing engineering professional training objectives

The postgraduate education of textile chemistry and dyeing and finishing engineering aims at cultivating senior professionals of textile chemistry and dyeing and finishing engineering. Postgraduates in this field should have:

1, love the motherland, abide by the law, have good moral character, obey the distribution of the state and actively serve the cause of socialist modernization.

2, should have a solid basic theory of textile chemistry and dyeing and finishing engineering and extensive professional knowledge, familiar with modern testing technology and data processing methods, understand the latest development of textile material chemistry and dyeing and finishing technology. Can be engaged in the research and development of the structure and performance of textile chemicals, the research and development of testing methods and instruments for textile chemicals, the research and development of new dyeing and finishing technologies, new processes and new equipment, and the development of functional fabric dyeing and finishing methods. Have a rigorous and realistic scientific attitude and style. You should be proficient in a foreign language and be able to read foreign language materials of your major.

3. Good health.

Third, the main research direction

1. Theoretical and applied research on new materials and new processes for textile chemical processing.

2. Research and development of textile functional finishing theory and technology.

3. Research and application of wool textile dyeing and finishing technology.

4. Application of biotechnology in textile dyeing and finishing.

5. Research on the theory and technology of textile dyeing.

Fourth, the curriculum.

Course Type Course Setting Degree Course Dialectics of Nature Scientific Socialism Theory and Practice First Foreign Language Mathematical Statistics Theory and Method Advanced Numerical Analysis Modern Instrumental Analysis Advanced Organic Chemical Surfactants Physical Chemistry Elective Course Textile Function and Intelligent Finishing Application of Biotechnology in Textile Processing Dyeing Physical Chemistry New Dyeing and Finishing Equipment Polymer Physical Chemistry New Textile Materials and Applied Finishing Technology Minor Course Organic Chemical Analysis Chemical Description;

1, academic activity requirements:

Academic report is a compulsory course for every graduate student (1 credit), and the course spans 4 semesters. Master students must attend more than 6 academic reports before defending their degree (graduation) thesis.

2. Teaching (scientific research) practice requirements:

Master students should participate in certain scientific research training and teaching practice under the guidance of their tutors. The content will be arranged by the tutor according to the actual situation After the practical activities, the instructors will make an assessment and write comments, and give the assessment results according to excellent, good, medium, passing and failing. Note: Practice is a necessary part of postgraduate training, and those who fail the exam cannot apply for thesis defense; On-the-job graduate students who have worked for more than three years before studying for a master's degree may apply for exemption from the practice link.

3. Cross-disciplinary and cross-disciplinary admission of graduate students: Make-up classes are added to the training plan, and exams are required, but they are not counted as credits.

4. Master students need to complete 32 credits (including theoretical study and practice) before they can enter the thesis stage.

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