| Course Objectives: |
It is a highly innovative course which aims to provide our students with awareness of technical and intelligent textiles with a rapidly growing share in the fashion industry and to give a whole new perspective to textile approaches. Our students, jackets that awaken drivers to sleep, sports clothes listening to heartbeats, dreaming night dresses that change color according to room temperature, can combine performance with creative thinking, present the terminology of textile raw materials in at least one foreign language, start career planning, apply ethical principles, life In this course students learn how to combine textile materials with functionality and performance with an interdisciplinary approach, including engineering and information systems, as well as terminology and production methods in the fashion and textile industry. |
| Course Content: |
A.The definition and classification of technical and intelligent textiles
B. Recognize and distinguish innovative materials
C. To be able to distinguish the use of wearable electronics
D. To understand the relationship between technical and intelligent textiles with fashion
E. Learning how to integrate innovative materials into textile products and design |
| Week |
Subject |
Related Preparation |
| 1) |
Giving information about course content and flow Identifying Technical Textures Identifying Smart Textures |
... |
| 2) |
Classification of technical textiles Explaining technical and intelligent textiles according to their application areas |
... |
| 3) |
Project Homework: Research on the subject given in the context of the lectures
Preparing ppt presentation by compiling relevant data
Team work
Preparing research and presentation in computer workshop |
... |
| 4) |
- Definition of nanotechnology
- Transferring the historical development of nanotechnology
-Explain the Methods of Use of Nanotechnology in Textile
-The Application Areas of Textile Materials Produced with Nanotechnology |
... |
| 5) |
• Phase-changing materials,
• Thermochromic Liquid Crystal (TLC),
• Microencapsulated Material Samples
• Chemical / pharmaceutical products |
.... |
| 6) |
Define Shape Memory Materials, Explanation with examples Definition of thermal (heat sensitive) materials. |
... |
| 7) |
Description of Light Emitting materials used with Intelligent Textiles, classification and explanation with examples:
• Leds
• Oled Screens
• Electro-Radiation (Electromluminescent)
• E-ink (Electronic Ink)
• Fiber-Optics |
... |
| 8) |
Definition of composite, hybrid materials and bioconductors
Explaining the textile applications in composite, hybrid and bioresorbable structures, identification with examples |
... |
| 9) |
Midterm |
|
| 10) |
Definition, classification and explanation of wearable electronics:
• Sport textiles
• Protective textiles (military applications, professional clothing)
• Medical-Medical Textiles
• Sensory-Feeling Applications
• Light Emitting Textiles |
... |
| 11) |
Wearable technology and fashion examples today; explanation of current applications |
... |
| 12) |
Recognizing the technical and intelligent textile manufacturers and fabric designers
Technical Textile Manufacturers and Smart Fabric Designers
Once again discovering the close connection of the fabric design with the fashion industry;
Observing and comparing fabric and surface designs produced with technical and smart textile materials |
... |
| 13) |
Technical / Designing Fashion Textiles Using Smart Textiles and fashion collections prepared in this area • Issey Miyake • Yohji Yamamato • Rei Kawakubo • Junya Watanebe • Hüseyin Çağlayan |
.... |
| 14) |
Recognize and observe the designer, art and applications that bring together the textile-fashion-art fields in the interdisciplinary area and bring them together in common |
... |
| 15) |
Project Homework: Research on the subject given in the context of the lectures
Preparing ppt presentation by compiling relevant data
Team work
Preparing research and presentation in computer workshop |
... |
| 16) |
Final Exam |
|
| Course Notes / Textbooks: |
BULLOCK, S.- O’MEHANY, M., (1998), Techno-Textiles, Thames&Hudson Ltd.,London
BULLOCK, S.- O’MEHANY, M., (2005), Techno-Textiles 2, Thames&Hudson Ltd.,London
SEYMOUR,Sabine (2008),Fashionable Technology, SpringerWien, New York.
|
| References: |
BULLOCK, S.- O’MEHANY, M., (1998), Techno-Textiles, Thames&Hudson Ltd.,London
BULLOCK, S.- O’MEHANY, M., (2005), Techno-Textiles 2, Thames&Hudson Ltd.,London
SEYMOUR,Sabine (2008),Fashionable Technology, SpringerWien, New York.
|
| |
Program Outcomes |
Level of Contribution |
| 1) |
To recognise equipments for manufacturing process of design (weaving-printing-clothing) and to follow the implementation stages with the acquired skills of guidance and technical knowledge |
|
| 1) |
1. Developing the ability to use, evaluate and compare the knowledge gained about concepts of art, design culture and aesthetics |
|
| 2) |
To finalize a design project based on a concept by planning and implementing steps. |
4 |
| 2) |
To be able to develop original designs on the theme determined using research methods and to present projects orally |
|
| 3) |
To use CAD (Computer aided design) softwares and ICT (information and communication Technologies) required by fashion design field. |
|
| 3) |
Continue artistic / scientific research related to the field of Fashion Design and plan and plan the phases |
|
| 4) |
Understanding the interdisciplinary interactions in which the field of Fashion Design is related and reflecting them to their designs |
|
| 5) |
To be able to follow up international developments in at least one foreign fashion field |
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ISTANBUL OKAN UNIVERSITY INFORMATION PACKAGE / COURSE CATALOGUE
