طراحی سامانه‌های پیش‌ساخته گسترش‌پذیر؛ بازخوانی الگوهای استقرار سریع برای اسکان اضطراری

Providing sustainable and standardized shelters in crises, particularly for medium-term resettlement, has consistently faced the challenge of balancing rapid deployment with bio-climatic quality. A review of the literature reveals that, despite significant geometric advancements in deployable structures, a critical gap persists between “kinematic transformation mechanisms” and “logistical and operational requirements,” hindering the development of integrated systems for emergency sites. Aiming to achieve a systemic solution, this study designs and analyzes a deployable residential unit utilizing a gear-based mechanism. The research employs an applied-developmental approach through a three-stage methodology: first, analyzing spatial requirements and emergency housing standards; second, utilizing parametric modeling in CATIA to define the geometric logic of deployment; and third, evaluating the structural behavior during transit and assembly. Findings indicate that applying parametric logic to joint design, beyond optimizing transport volume, enables rapid assembly without heavy equipment and significantly enhances structural stability compared to traditional patterns. This study's results, by clearly defining the design model for deployable modules, provide an operational framework that shifts emergency housing from static to dynamic, efficient system building. These findings pave the way for reducing operational time in crisis sites and improving housing efficiency for displaced populations.