Graduation design is an important practical teaching link of textile electromechanical technology specialty. It is a comprehensive training and investigation of what students have learned during their school days, a comprehensive test of what they have learned, and a practical exercise before taking up their posts. The task of graduation project is to comprehensively apply the basic theories, basic knowledge and skills of various courses to cultivate students' ability to analyze and solve practical engineering problems; Cultivate students' ability to write scientific papers and improve their employability; Cultivate students' work style of integrating theory with practice and in-depth production, improve students' comprehensive quality level, and make students become qualified high-quality skilled talents.

Second, the graduation project topic selection principle:

The topics of graduation project mainly include the combination of textile, machinery and electrical control. It can also be a topic with textile machinery as the mainstay and electrical control as the supplement. It can also be a topic with electrical control as the mainstay and mechanical textiles as the supplement. I can also write a paper in combination with my pre-job work and my own technology, equipment and operation.

The topic selection of graduation project should consider the integrity and have an appropriate workload.

The topic of graduation design can be chosen by students according to their own specific conditions, and the independent topic selection must be approved by the instructor. The topic can also be given by the tutor.

III. Recommended scope of graduation project topics:

1, design class:

1- 1. Design a simple machine.

1-2. Design parts of one or more mechanisms or complex mechanisms.

1-3. Design a system to realize engineering control with programmable controller, single chip microcomputer or other means.

1-4. Design maintenance plan for textile machinery.

2, analysis class:

2- 1. Analyze imported textile equipment, including machinery and electric control system.

2-2. Analyze new domestic textile equipment, including mechanical and electrical control systems.

2-3. Analyze the new domestic simulation equipment, including mechanical and electrical control systems.

2-4. Discuss working procedure, technology, equipment and technical operation.

2-5. Installation, testing, debugging analysis and implementation report of textile mechatronics equipment.

3. Technical transformation category:

3- 1, technical upgrading of a textile mechatronics equipment (device).

3-2. Update the equipment plan of textile mechatronics equipment (device).

4. Paper category:

4- 1, combined with pre-employment work, technical analysis of textile machinery and electrical equipment related majors.

4-2, combined with pre-job work and professional related product process analysis.

4-3, textile mechanical and electrical equipment maintenance and fault diagnosis and maintenance.