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권미덕(Miduk Kwon),박소현(Sohyun Park),조찬원(Chanwon Jo) (사)한국CDE학회 2021 한국CDE학회 논문집 Vol.26 No.3
Value engineering (VE) is standardized and utilized in the domestic construction industry and is recognized as an official technology for cost reduction and improvement. However, for practitioners who actually perform VEs, time and space constraints make it difficult to achieve the best performance. As a result, we want to overcome the limitations of design VEs by leveraging Building Information Modeling (BIM), which is widely used in the construction industry. BIM provides an environment for creating and managing information used in a variety of fields throughout the building"s lifecycle, defining drawings and documents as outputable tools, and linking form and characteristic information. Therefore, sufficient conditional rule set elements are determined by the elements and classification of the design VE in this study, which enables continuous information storage and utilization using BIM technology for existing VE analysis processes. Based on geometry and attribute information, which is data from open BIM, multidimensional simulations are expected to be applied to future IFC models to enable efficient BIM utilization or building management beyond time and space.