성과공개
성과공개
상세 정보
상세 정보
논문
Shape Grammar-Driven BIM Model Database for a Modular Building Design Recommender System
연도
4차
분류
구성기술3
연구기관
경희대학교
구분2
학술발표
논문명
Shape Grammar-Driven BIM Model Database for a Modular Building Design Recommender System
학술지명
Proceedings of the 10th International Conference on Construction Engineering and Project Management
ISSN
학술지 볼륨번호
게재일
논문페이지
주저자명
Saddiq Ur Rehman
교신저자명
김인한
공동저자명
논문 초록
The absence of standardized architectural design configurations poses significant challenges in stakeholder collaboration during the pre-design phase, particularly for modular buildings. Clients often lack comprehensive knowledge of potential design configurations for their proposed buildings, leading to dissatisfaction upon project completion. This issue is exacerbated in office buildings where floor plan layouts are uncertain due to diverse employee needs. To address these challenges, this research introduces a BIM-based dataset for modular office buildings using shape grammar principles. The research manipulates the location of core modules (including staircases, elevator shafts, and entrances) based on shape grammar principles, resulting in twenty unique configurations that provide standardized options for BIM model development. The initial phase involves developing a naming convention based on shape grammar principles to determine the core module locations. Using this convention, BIM models for modular office buildings are created, forming a database connected to the frontend and backend of a recommender system. This system recommends three different design options to clients based on their specific needs, fostering improved collaboration in the pre-design phase by involving clients directly. The user interface of the recommender system aids clients in understanding potential office building configurations, thereby enhancing collaboration and decision-making. Through the amalgamation of shape grammar principles and BIM technology, this proposed system offers a promising approach to advancing efficiency and precision in architectural design communication and representation.
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