TEXTILE AND FASHION ENGINEERING LAB
CHANG KYU PARK, PH.D.
Professor, Division of Chemical Engineering, Konkuk University
Dean, Sanghuh College of Humanities, Konkuk University
Director, Institute of Ubiquitous Information Technology and Application, Konkuk University
120 Neungdong-ro, Gwangjin-gu, Seoul 05029, South Korea
Phone: +82-2-450-4196
Email: cezar@konkuk.ac.kr
EDUCATIONS
(1990-1997) Ph.D, Department of. Fiber and Polymer Science, Seoul National University, South Korea
(1988-1990) M.Sc, Department of. Fiber and Polymer Science, Seoul National University, South Korea
(1984-1988) B.Sc, Department of Textile Engineering, Seoul National University, South Korea
CAREERS
(2018-Present) Dean, Sanghuh College of Humanities, Konkuk University, South Korea
(2003-Present) Professor, Division of Chemical Engineering, Konkuk University, South Korea
(2000-2003) Professor, Department of Textile Engineering, Chonnam National University, South Korea
(1998-1999) Visiting Scholar, School of Materials Science and Eng., Georgia Institute of Technology, USA
(1992-1997) Senior Researcher, KITECH, South Korea
LECTURES
(Undergraduate) Fiber System Engineering, Convergence of IT and
Wearable, Industrial Convergence Seminar
(Graduates) Convergence of IT and Organic System, IT Fashion
LAB INTRODUCTION
The research interests of our group are Apparel Engineering and Digital Convergence in IT and Fashion
1. Apparel Engineering : We have studied apparel system to make high-value-added apparel and textile products. To implement this system, we are using computer application and web technologies. Moreover, quality control system is also studied.
2. Digital Convergence in IT and Fashion : The concept of i-Fashion is paying careful attention to the creation of new high value added processes, by linking some different IT approaches with existing development methods. We are seeking to create a new knowledge-intensive value added process not previously seen in fashion. To implement i-Fashion technology, we have studied IT-related technologies, such as a 3D body scanner, 3D avatar, virtual wearing, virtual reality, RFID communication, DID (Digital Information Display), and DTP(Digital Textile Printing), etc.
RESEARCH INTERESTS
○ 4차 산업혁명 (Industry 4.0)
○ 대학교양 교육 (Humanities Education)
○ 플랫폼 (Platform)과 디지털 생태계 창조 (Digital Ecosystem Creation)
○ i-Fashion
※ i-Fashion이란 섬유․패션기술을 주(主)기술로 하고 IT의 하드웨어 기술 및 소프트웨어 응용기술을 종(從)기술로 하는 공정, 생산, 판매(마케팅), 시장 및 섬유패션 제품의 총칭
○ ICT 융합 (ICT Convergence in Art, Design, and Fashion)
○ IoT in Textile and Fashion
○ 인공지능 (Application of Artificial Intelligence including Expert System, Neural Networks, Fuzzy Logic, Genetic Algorithm)
○ 디지털콘텐츠 (Digital Contents Applications)
○ 빅데이터, 지식서비스 (Ubiquitous, Big Data and Knowledge-based Service Systems)
○ 국제 협력 및 사업모델 (Global Collaboration and Business Modelling)
○ 국제 표준 (ISO Standardization)
○ 대량 맞춤 (Mass Customization (Custom-made goods on Demand))
○ 스마트 의류 (Wearable Computing (Smart Wear))
○ 일반 군수 (Military Goods and Industry)
○ CIM and MIS(CIS) including Networking, DBMS, and E/M/T-Commerces
○ 디지털 인체 (Digital Human (Avatar) Services)
○ 비전 시스템 (Application of Image Processing Using Optical Sensors including Vision System, Laser Sensor Technology and CCD Camera)
○ 이미지 분석 (Frequency Analysis for Textile and Garment Manufacturing and Products including Fast Fourier Transformation (FFT), Wavelet Analysis and Fractal Geometry)
○ 측정 장비 (Measurement Systems)
○ 품질관리 (Quality Control (QC) for High Quality Products)
○ 실험계획법 및 통계 (Experimental Design and Statistical Analysis for Optimal Processing Conditions including Taguchi Method)
○ 섬유/의류 공정 해석 (Textile/Apparel Processing Simulation)
○ Textile/Apparel CAD/CAM Systems and Virtual 3D CAD Systems
○ e-Learning for Fashion Education
RESEARCHES
I-FASHION
- Digital convergence in IT and fashion
- 3D fashion technology
- Avatar fashion shopping
- Virtual try-on
PERSONALIZED PRODUCTION
- PLM (Product Lifecycle management) system
- MTM (Made-to-Measure)
- Automated apparel manufacturing
QUALITY CONTROL SYSTEM
- Experimental design
- Statistical analysis
- Taguchi analysis
ISO STANDARDIZATION
- Standards for textiles and apparels
- Standards for cloth sizing system and digital Fitting
PERFORMING RESEARCH TASKS
2020. 03.~ 2025. 2.
PROFESSIONAL HUMAN RESOURCES TRAINING PROJECT FOR ICT CONVERGENCE TEXTILE
Supporter : Ministry of Trade, Industry and Energy
Research Fund (1,000KRW) : 15,760,510
2019. 10.~ 2020. 09.
CONSTRUCTION OF ICT-FASHION CONVERGENCE ECO SYSTEM FOR FASHION INDUSTRY IN SEOUL BY DEVELOPMENT OF DESIGN-MANUFACTURING-SALES MOBILE PLATFORM FOR DESIGN CUSTOMIZED WEAR
Supporter : Seoul Metropolita Government
Research Fund (1,000KRW) : 319,850
2018. 04.~ 2021. 12.
DEVELOPMENT OF ISO STANDARDS OF FASHIOPN SHOPPING PROCESS USING 3D VIRTUAL HUMAN
Supporter : Ministry of Trade, Industry and Energy
Research Fund (1,000KRW) : 634,455
2017. 8.~ 2018. 3.
DEVELOPMENT OF STRATEGY FOR SEOUL MANUFACTURING INDUSTRY IN THE 4TH INDUSTRIAL REVOULUTION ERA
Supporter : Seoul Metropolita Government
Research Fund (1,000KRW) : 314,240
2016. 12.~ 2018. 11.
서울시 의류패션산업의 생태계구축을 위한 현황 분석 및 유망 R&D 과제 발굴
Supporter : Seoul Metropolita Government
Research Fund (1,000KRW) : 199,233
2016. 07.~ 2018. 06.
DEVELOPMENT PATTERN MATCHING PLATFORM PARTICIPATING ON DESIGN CREATORS AND PROSUMER, AND FASHION CLUSTER SERVICES BASED ON IMAGE ORCHESTRATION TECHNOLOGY
Supporter : Ministry of Trade, Industry and Energy
Research Fund (1,000KRW) : 1,910,030
2016. 05.~ 2018. 12.
DEVELOPMENT OF ISO STANDARDS OF DIGITAL FOOT, LAST AND FOOTWEAR USING ICT CONVERGENCE TECHNOLOGY
Supporter : Ministry of Trade, Industry and Energy
Research Fund (1,000KRW) : 672,900
PUBLICATIONS
SELECTED PUBLICATIONS
2018
1. S. Kim, C. K. Park, “Quantitative Evaluation of Forces and Jacobians for Real-Time Garment Simulation with Semi-Implicit Euler Integration and Hardware Assisted Vector Calculation”, International Journal of Applied Engineering Research, 13(8), 6036-6046
2. Y. Jin, C. K. Park, "Study on Thermal Insulation Property of Military Cold-Weather Clothing using a Thermal Manikin", Journal of The Korean Fiber Society, 55(1), 48-55
2017
3. E. Oh, C. K. Park, "Body volume, body fatness, and metabolic syndrome", Women & Health SSCI, 57(7), 822-836
4. S. Kim, C. K. Park, “Development of similarity evaluation method between virtual and actual clothing”, International Journal of Clothing Science and Technology SCIE, 29(5), 743-750
5. D. Jeon, C. K Park, "Optimization of Digital Transfer Textile Printing Process using Multi-Objective Function Analysis", Journal of Engineered Fibers and Fabrics SCIE, 12(1), 66-74
2016
6. H. Han, C. K Park, "New Sizing System Development of Korean Male Military Winter Jacket", Journal of the Korean Society of Clothing and Textiles , 40(5), 954-965
7. H. Han, C. K Park, "Automatic Hand Measurement System from 2D Hand Image for
Customized Glove Production", Journal of The Society of Fashion & Textile Industry , 18(4), 468-476
8. J. Jung, C. K Park, "Optimization of Digital Textile Printing
Process using Taguchi Method", Journal of Engineered Fibers and Fabrics SCIE , 11(2), 51-59
2015
9. H. Han, C. K Park, "Automatic custom pattern generation using width-height independent grading", International Journal of Clothing Science and Technology SCIE, 27(6), 908-921
10. J. Hwang, C. K Park, "Development of a color matching algorithm for digital transfer textile printing using an artificial neural network and multiple regression", Textile Research Journal SCI, 85, 1076-1082
11. D. Kim, C. K Park, "Development of a Precise Made-to-Measure System for Korean Air Force Winter Uniform Slacks", Journal of The Korean Fiber Society, 52(2), 120-125
2014
12. H. Han, C. K. Park, “The Development of an Automatic Pattern-Making System for Made-to-Measure Clothing”, FIBERS AND POLYMERS(SCIE), 15(2), 422-425
2013
13. S. Yun, C. K. Park, “Development of an Objective Fabric Pilling Evaluation Method. II. Fabric Pilling Grading Using Artificial Neural Network”, FIBERS AND POLYMERS(SCIE), 14(12), 2157-2162
14. S. Kim, C. K. Park, “Body Mass Index and Body Shape”, Journal of KOREAN SOCIETY FOR THE STUDY OF OBESITY, 22(3), 155-160
15. S. Yun, C. K. Park, “Development of an objective fabric pilling evaluation method. I. Characterization of pilling using image analysis“, FIBERS AND POLYMERS(SCIE), 14, 832-837
2012
16. H. Yang, C. K. Park, “The Effect of Technology Readiness, Fashion Innovativeness, and Participation Level Perception on Acceptance Intention of 3D Virtual Fitting Systems”, Journal of The Korean Society of Clothing and Textiles, 36(3), 269-281
2011
17. H. Lim, C. K. Park, “Analysis of Body Measurement and Type using 3D Body Scan Data -Adult men and women in their 20`s~30`sin the 6th Size Korea project”, Journal of The Korean Society of Fashion Business, 15(6)
2010
18. S. Yoon, C. K. Park, “Optimization of Fusing Process Conditions Using the Taguchi Method”, TEXTILE RESEARCH JOURNAL, 80(11), 1016-1026
19. I. Sul, C. K. Park, “Interactive 3D Pattern Design Using Real-time Pattern Deformation and Relative Human Body Coordinate System”, Journal of The Society of Fahion & Textile Industry(SCI), 12(5), 582-590
20. C. Kim, “Automatic basic garment pattern generation using three-dimensional measurements”, INTERNATIONAL JOURNAL OF CLOTHING SCIENCE AND TECHNOLOGY(SCIE), 22(2,3), 101-113
BOOKS
1. 박창규, "4차 산업혁명 시대, 콘텐츠가 왕이라면 컨텍스트는 신이다", 466p, 2018, 클라우드나인
2. 박창규 외, “봉제공정의 품질관리”, 221p, 1999, 한국생산기술연구원
3. 박창규 외, “FAST (Fabric Assurance by Simple Testing) -Users Manual-”, 53p, 1995, 한국생산기술연구원
4. 박창규 외, “FAST (Fabric Assurance by Simple Testing) -Instruction Manual-”, 81p, 1995, 한국생산기술연구원
MEMBERS
Candidates
SANGEUN HAN
Research Student
- Development of stretch sensor using carbon nano tube
Email: gacomonkey123@gmail.com
Kakao talk ID: gaco123
HYOHYEON KIM
Research Student
- A study on the laddeing of weft knitted fabrics using tensile testing method
Email: smd178@naver.com
Kakao talk ID: hyohyeon100
JIYOON KANG
Research Student
- Machine learning assisted studies on metal organic frameworks
Email: vkfks556@naver.com
Kakao talk ID: andsexy2
CONTACT INFORMATION
Lab: 720, New Engineering Bld.
Konkuk University,
Seoul 05029, South Korea