Journal of the Korean Society of Costume Vol. 65, No. 1 (Jan. 2015) pp. 118-135 Print ISSN 1229-6880 Online ISSN 2287-7827 http://dx.doi.org/10.7233/jksc.2015.65.1.118 생체정보 모니터링을 위한 웨어러블 센싱 디바이스 디자인 이 지 현 이 은 지 김 지 은⁺ 김 유 리 조 신 원 Wearable Sensing Device Design for Biological Monitoring Jee Hyun Lee Eun Ji Lee Ji Eun Kim⁺ Yoolee Kim Sinwon Cho Associate Professor, Dept. of Human Environment & Design, Yonsei University Doctorial Course, Dept. of Human Environment & Design, Yonsei University Doctorial Course, Dept. of Human Environment & Design, Yonsei University⁺ Master Course, Dept. of Human Environment & Design, Yonsei University Master Course, Dept. of Human Environment & Design, Yonsei University In recent years, smart clothing had been developed in order to better detect and monitor physical movement of the patient, so that such activities such as location identification and bio- metric recognition could be done. However, most of the sensing devices of smart clothing were limited to smart sensing sports clothing and the designs did not consider the physical character- istics and the behavior of the wearer. Therefore, this study aimed to create an open protection system by developing a wearable sensing device for health monitoring and location information. For this purpose, this study developed eleven types of wearable sensing design that could be commercially sold and worn by people who needed their biological information to be constantly monitored. The study conducted four tests in order to develop three types of sensing devices for various sensing wears. The purpose of this study was to expand the user rang of smart sensing wears, and provide a foundation for the development of distinctive wearable sensing devices re- flecting the user. Furthermore, contribute to the design for the person subject to protection. Key words: biological monitoring( ), person subject to protection( ), sensing device( ), sensing wear( ), smart wear( ) 2013 (10046145) . Corresponding author: Ji Eun Kim, e-mail: rlawldms877@naver.com