| Title |
An Integrated ISO-UTAUT Model for Evaluating AI-supported Architectural Design Systems |
| Authors |
조경진(Jo, Kyung-Jin) ; 박승우(Park, Seung-Woo) ; 전한종(Jun, Han-Jong) |
| DOI |
https://doi.org/10.5659/JAIK.2026.42.7.3 |
| Keywords |
AI-supported architectural design system; ISO/IEC 25010; UTAUT; Technical quality; User acceptance |
| Abstract |
This study proposes an integrated evaluation model for assessing AI-supported architectural design systems by combining the ISO/IEC 25010
software quality model with the Unified Theory of Acceptance and Use of Technology (UTAUT). Forty measurement items were derived
through semantic similarity analysis and hierarchical clustering. To examine the applicability of the proposed model, a pilot study was
conducted using Autodesk Forma. The empirical analysis investigated the interplay between technical quality attributes and user acceptance
factors. The results showed that usability, compatibility, and efficiency were positively evaluated, while system quality and reliability had
statistically significant effects on performance expectancy and intention for continued use. In addition, social influence was identified as a key
determinant of user satisfaction. These findings suggest that sustainable adoption of AI-enabled design environments requires not only
improvements in functional performance but also greater emphasis on reliability, adaptability, and collaborative interaction. Furthermore, the
proposed evaluation model is meaningful in that it provides a theoretical foundation while remaining adaptable across different user groups
and contexts. |