교비연구비 신임교원정착 연구지원 사업 (PI) - “지능형 소프트 웨어러블 로봇 삭스 개발과 사용자 니즈 분석”, Supported by Kyung Hee University in 2025 (2025.10.01~2026.09.30)
국립대육성 신진연구자 연구성과 강화 지원사업 (PI) - “웨어러블 로봇 사용자 분석”, Supported by National University Development Project in 2024 (2024.07.01~2025.02.28)
전북 라이즈 연구 클러스터 구축사업 (Co-I) - “전북문화관광 특성화를 위한 K+디지털 패션 융합 연구”, Supported by JB-RISE Research Cluster Development Project (2025.04.12~2025.08.31)
민간기업 용역 사업 (PI) - “아웃도어 의복 착용성 평가”, Supported by K2 Korea (2024.08.12~2024.11.15)
국립대육성사업, 지역지식선도 네트워크운영 지원사업 (PI) - “아동 안전 웨어러블”, Supported by National University Development Project in 2024 (2024.11.01~2025.02.28)
신임교수 연구환경 조성 지원 사업 (PI) - “스마트 장갑 개발 및 평가”, Supported by Newly Appointed Professors of Jeonbuk National University (2024.04.01~2026.03.31)
서울대 재활의학, 기계공학, 의류학과 융합 연구 (Participating Researcher) - “엑시얼 워커 웨어러블 로봇 개발”, Supported by WEAR Lab, College of Medicine, and DYROS Lab, & College of Mechanical Engineering, Seoul National University
서울대 의류학과 (Participating Researcher) - “웨어러블 로봇을 위한 주관적 사용성 평가 개발”, Supported by WEAR Lab, Department of Clothing and Textiles, Seoul National University
인간중심 소프트로봇기술 연구센터 (Participating Researcher), Supported by Soft Robotics Research Center (2018.03-2024.02)
(주)삼성전자 용역 과제 (Participating Researcher) - “보행 보조기기 사용성 평가”, Supported by Samsung Electronics Cooperation Research Project (2022.05-2022.08)
서울대 (의류+기계공학), 가톨릭대 (의학) 융복합연구 지원사업 (Participating Researcher) - “형상기억합금 니트 기반 다기능 손 재활 보조기기 개발 및 평가”, Supported by Seoul National University Research Grant (2021.09-2023.02)
Project 9
Project 8
Project 7
Project 6
Project 5
Project 4
Project 3
Project 2
Project 1
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Adaptive clothing for children with developmental disabilities
This project developed adaptive upper-body clothing for children with developmental disabilities by improving garment structures and dressing methods. The design aims to make dressing easier, more comfortable, and more independent for both children and caregivers.
김성영, 송지연, 홍은솔 학생 연구, “발달 장애 아동을 위한 상의 개발”
Running jacket for upper limb amputees
This project developed a running jacket for individuals with upper-limb amputations using a user-centered design approach. The jacket incorporates an accessible side-opening structure to support easier dressing while maintaining functionality, comfort, and a modern athletic appearance.
유혜원, 박배정 학생 연구, “상지 절단 장애인을 위한 러닝 재킷 개발”
Wearability evaluation for gait assist robot
to be updated.
New glove pattern drafting method
This project developed a new ergonomic glove pattern drafting method based on hand skin-surface changes and joint range of motion. Three-dimensional hand data were flattened into two-dimensional patterns, and the resulting prototypes were evaluated for fit, mobility, and clothing pressure.
Lee, S. M., Kim, M., & Park, J. (2022, October). An ergonomic glove pattern drafting method for hand assistive devices. Oral presented at the Annual Conference of International Textile and Apparel Association, Colorado, USA.
Cooperation with Gwanak-gu Welfare Center for People with Disabilities.
Warp-knitted SMA rehabilitation glove
This project developed a rehabilitation glove using warp-knitted shape memory alloy actuators to support hand movement in individuals with hemiplegia. The glove was designed based on user needs and hand-shape data, and its performance was evaluated through joint range of motion, grip force, skin temperature, and wearability tests.
Lee, S. M., Shin, G., Im, H., Oh, M., Avalos, S., Yoon, M. J., Kim, J. S., Park, J., & Ahn, S. H. (2024). Feasibility of a Warp-Knitted Shape Memory Alloy Rehabilitation Glove. Journal of Industrial Textiles
Collaboration with IDIM at Seoul National Univeristy and Rehabilitation Medicine, St. Vincent's Hospital, College of Medicine, The Catholic University of Korea
Rehabilitation gloves based on SMA
This project developed a soft wearable exoglove using knitted shape memory alloy actuators to assist hand rehabilitation. The glove design was based on three-dimensional hand analysis and user measurements, and its actuation performance, functional assistance, and ease of donning and doffing were systematically evaluated.
Lee, S. M., & Park, J. (2024). A soft wearable exoglove for rehabilitation assistance: A novel application of knitted Shape-Memory Alloy as a flexible actuator. Fashion and Textiles.
Lee, S. M., Jung, W. K., & Park, J. (2023). Mapping actuating performance of knitted Shape Memory Alloys and proposing design guidelines for assistive wearable applications. Journal of Industrial Textiles.
Electronic wrist bracelet
This project evaluated the wearability of an electronic wrist bracelet used in the criminal justice system through a multidimensional approach. Wrist mobility, daily activity performance, clothing pressure, and the air gap between the bracelet and the wrist were assessed to identify factors affecting long-term comfort and usability.
Lee, S. M., Lee, S. H ., & Park, J. (2022). A multidimensional approach to wearability assessment of an electronic wrist bracelet for the criminal justice system. Fashion and Textiles
Cooperation with Life Science Technology.
Multifunctional elbow brace
This project developed a multifunctional elbow brace using knitted shape memory alloy modules that provide both bending and compression functions. The prototype was evaluated through actuator performance tests and wearability assessments using skin temperature and blood flow measurements.
Jung, W. K., Lee, S. M., Park, J., & Ahn, S. H. (2022). Development and assessment of a knitted shape memory alloy-based multifunctional elbow brace. Journal of Industrial Textiles.
Collaboration with IDIM at Seoul National Univeristy.
4D hand gripping aid
This project developed a 4D hand-gripping aid using knitted shape memory alloy modules to assist finger flexion in older adults. The device was designed to provide lightweight and flexible gripping support, and its actuation performance and finger-bending assistance were experimentally evaluated.
Lee, S. M., Jung, W. K., Ahn, S. H., & Park, J. (2022). Development of a 4D hand gripping aid using a knitted Shape Memory Alloy and evaluation of finger-bending angles in elderly women. Fashion and Textiles
Collaboration with IDIM at Seoul National University
