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      저자 : 마종현(Jonghyeon Ma) (검색결과 2 건)
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        BIM기반 BF인증 평가를 위한 평가항목 데이터 분류 연구

        마종현(Jonghyeon Ma),유은상(Eunsang Yu),안용한(YongHan Ahn),최중식(Jungsik Choi) (사)한국CDE학회 2022 한국CDE학회 논문집 Vol.27 No.2

        Among the problems in the construction industry, BIM technology, which can supplement accuracy and efficiency, is recognized as an important technology in the fourth industry and has already been proven to have advantages in many respects. On the other hand, the utilization rate is relatively low for the number of design certification cases due to the improvement of user convenience and the mandatory system. In this study, a study for data classification was conducted to establish BIM-based evaluation automation of Barrier Free (BF) among design certification systems. Detailed analysis of the evaluation items was conducted and classified based on space and geometric objects, and made BIM data classification table according to the result of analysis and classification. This study suggests BF certification data classification table to enable automation of design certification system evaluation, which can be used as a data classification plan through similar methods of other design certification systems.

      • KCI등재

        BIM기반 BF인증평가 프로세스 자동화 적용방안 연구

        유은상(Eunsang Yu),마종현(Jonghyeon Ma),최중식(Jungsik Choi) (사)한국CDE학회 2021 한국CDE학회 논문집 Vol.26 No.4

        BIM-related policies are steadily being introduced in the construction industry. The 2030 architectural BIM activation roadmap includes BIM automation technology and intends to apply it to the design system certification system. Design certification evaluation is conducted with 2D drawings, and additional research is needed because certification evaluation using BIM technology is insufficient. In this study, a study for design certification automation application was conducted by analyzing the design certification system and BIM data. Design certification system analysis, cases and research trends were investigated, and BF certification was carried out first in various systems. Evaluable areas were classified using BIM data, and applicability was reviewed using IFC, which is BIM information. Based on BIM, a system for reviewing and evaluating items within the evaluation range was partially implemented. Through this study, the efficiency of work can be improved and reliable evaluation can be obtained by automating additional work for certification in the design certification stage.

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