Curriculum
| 4-1 |
- COLOR SCIENCE AND PRINTING TECHNOLOGY
- This lecture is about color, colorants, the coloring of materials, and reproducing the color of materials through imaging. Color may mean a certain kind of light, its effect on the human eye or the results of this effect in the mind of viewer. This lecture explains each of these aspects of color and relate them to each other and deals with colorants and coloring as a physical process. In addition, principles of the textile printing; printing methods for different fabric, drawing, printing roller, color combination, printing chemicals, and steaming method.
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| 4-1 |
- ENGINEERING CLINIC(1)
- The required subject is designed for senior students to develop the skills of planning, design, and analysis of textile engineering and polymer chemistry with self-teaching, study, and field trip.
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| 4-1 |
- ENGINEERING EDUCATION THEORY
- Selected theories of engineering education that have application to technological high school, cooperative education between industries and school, career guidance or vocational guidance and evaluation of engineering education are explored and evaluated in this course.
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| 4-1 |
- FIBER REINFORCED COMPOSITE
- An understanding of fiber reinforced composites, the relationship of properties of fiber reinforced composites and fiber properties, orientation, and volume fraction. Processing method of fiber reinforced composites(hot press, auto clave, resin transfer molding, filament winding, pultrusion, and sheet molding compound). Application areas of fiber reinforced composites.
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| 4-1 |
- FIELD TRAINING
- Field training in a textile factory or production plant for acquiring the practical knowledge of textile manufacturing process.
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| 4-1 |
- PHYSICS OF TEXTILE ASSEMBLY
- 영문명 : FIBRE ASSEMBLY PHYSICAL PROPERTY
Study of physical properties of fibre (or textile) assembly such as mechanical, thermal and other properties. Lecture related to theoretical concept of the fabric structure and design is given and the relationship between fabric structural parameters and fabric physical properties is studied. Measurement of fabric mechanical property is also given to the lecture using KES-FB system and FAST system.
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| 4-1 |
- TEXTILE MANUFACTURES FUNCTIONAL
- This course give
· Charicter of human
· Correlation of fabric and textile machine
· Design method of user interface
· Analysis method
· Appraisal method
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| 4-1 |
- YARN DESIGN TECHNOLOGY LABORATORY
- Laboratory excise with operation on ATY, ITY texturing machine including winder, 2-for-1 twister, pirn winder, jumbo winder, composite twister. Test and analysis of the textured yarns physical property according to the processing variables of texturing and understanding physical property variations due to processing variables.
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| 4-1 |
- SPECIAL LECTURES I
- To provide experience in talking to field engineer manager, colloquium is held to senior student in every spring semester.(1)
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| 4-2 |
- CARBON COMPOSIES MANUFACTURING PRACTICE
- In relation to carbon composites, the purpose is to learn technology of the process and molding method from materials such as carbon fiber, resin to industrial application, and to cultivate a high degree of understanding of field practice through lectures invited by industry experts.
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| 4-2 |
- ENGINEERING CLINIC
- Experience all process of the projuct with applying the student's knowledge of engineering topics to the real world project.
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| 4-2 |
- LOGICAL THINKING AND WRITING SKILLS IN ENGINEERING
- In this course, the students in educational study for engineering field will be trained about logical thinking and writing abilities.
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| 4-2 |
- TECHNICAL TEXTILE
- Recently a lot of attention from around the fiber as a textile material of the future were focused.
The conductive fibers, sensors, artificial intelligence and high performance receiver that holds the possibility of such characteristics will be studied as a new functional fibers. Especially, medical textiles are being used in a clinical setting is replaced by a metal or plastic fiber proves quite, rather than fiber-specific attributes and functionality that have been designed to indicate is the fiber produced. The available fibres as the future medical materials are lectured in this subject.
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| 4-2 |
- TEXTILE APPLICATION ENGINEERING
- Diverse applications of fibers would be learned.
For instance, intellectual properties would be considered and the students will prepared the file for patent claims.
Furthermane, the students will take part in designing for fiber applications.
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| 4-2 |
- THE LABORATORY OF FIBER REINFORCED COMPOSITES
- Theoretical analysis and experimental measurement of fiber volume fraction. Curing of fiber reinforced composites for several methods(hot press, auto clave, and resin transfer molding), experimental measurement of mechanical properties of the fiber reinforced composites and image analysis of fractured surfaces of them.
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| 4-2 |
- THE TECHNOLOGY OF GEOSYNTHETICS
- Study on the geosynthetics for civil engineering and functions of geosynthetics as separation, reinforcement/protection, filtration, drainage, and liquid/vapor barrier. Understand the progressive direction of the technical aspects to the geosynthetics.
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| 4-2 |
- NEW TEXTILE MATERIAL PROCESSING
- The textile material market, which had been stagnant in technological development, is also undergoing huge technological innovation.
In this lecture, new textile materials are classified into physical/chemical properties, functionality, sensibility properties, and new synthetic fibers, and element technologies for each manufacturing process are learned.
This course will give lectures on the process innovation of the textile industry utilizing new fiber materials and the direction that the textile industry using future-oriented new fiber materials should precede.
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| 4-2 |
- SPECIAL LECTURES II
- To provide experience in talking to field engineer manager, colloquium is held to senior student in every spring semester.(2)
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