텍스타일 하이브리드 연구실 | 동국대학교 서울캠퍼스
Textile Hybrid Lab, founded and led by Prof. Seonyoung Youn, reimagines textiles as active material systems where fibers, yarns, and structures become sources of sensing, movement, adaptation, and interaction.
We integrate materials, textile architecture, electronics, computation, fabrication, and human-centered design to create textile-native technologies for the human body.
01 - ACTIVE & ROBOTIC TEXTILES
We develop textile systems that generate movement, force, shape change, and adaptive behavior through active materials, robotic yarns, programmable structures, and embedded control.
Edemaflex: robotic textile glove
Thermo-responsive GLOVE
woven e-textile interface
02 - WEARABLE SENSING & HUMAN-BODY INTERFACES
We create body-conformal textile interfaces for physiological sensing, health monitoring, and rehabilitation, with a focus on wearability, signal quality, and real-world use.
FitECG: ECG sports braWearable EMG Interface
Wearable ECG interface03 - COMPUTATIONAL TEXTILES & FABRICATION
We combine computational modeling, textile digitization, AI-assisted analysis, and digital fabrication to understand material behavior and design new textile structures and systems
AI-based textile digitization
Virtual drape test method DEVELOPMENT
Textile softness & smoothness INDEX04 - DESIGN & MATERIAL EXPRESSION
We explore how textile materials, structures, and fabrication can shape form, transformation, and embodied experience through design experimentation.
Transformative spaceship05 — FUNCTIONAL MATERIALS & SUSTAINABILITY
We investigate functional textile materials and surface technologies that enhance performance, durability, and environmental responsibility.
SUPERHYDROPHOBIC Surface design
SUSTAINABLE surface engineering
LIGHT-IRRADIATed TEXTILE