| Title |
A Modular Construction Approach to Standardizing Smart Senior Community Centers |
| Authors |
유성은(Yoo, Sung-Eun) ; 오명원(Oh, Myoung-Won) |
| DOI |
https://doi.org/10.5659/JAIK.2025.41.3.103 |
| Keywords |
Smart senior center; Modular construction; Senior community center; Standard model; Universal design |
| Abstract |
This study proposes a standard model for smart senior centers using modular construction to support sustainable operation and maintenance in
response to Korea’s aging population and demographic shifts. Through a literature review and case analysis, it examines the characteristics of
modular construction and smart senior centers while analyzing the spatial composition of newly developed facilities. Based on this analysis,
basic unit modules were designed, leading to the development of standard models adaptable to different scales. The findings highlight key
spatial components, including an entrance, activity areas, resting spaces, bathrooms, and kitchens, all designed to support various programs
and services while adhering to universal design principles. The basic unit module measures 3m × 9m (27㎡), ensuring compliance with
transportation regulations under the Road Traffic Act. Four module types (A, B, C, D) were developed for flexible combinations, resulting in
three standard models: a small-scale 54㎡ model with two units, a standard 81㎡ model with three units, and a large-scale 108㎡ model with
four units. To address the uniformity of modular construction, diverse material finishes and regionally responsive design elements were
incorporated. By creating adaptable, relocatable, and reusable smart senior centers, this study provides a framework for more efficient and
sustainable senior care facilities. Further research is needed to verify implementation strategies and optimize operational management systems. |