The Study of Building Information Modeling in Constructing Interior Design Facility Management Information System

• Main Authors: Kuei-Ming Chen, 陳奎銘
• Other Authors: 藍儒鴻
• Format: Others
• Language: zh-TW
• Published: 2015
• Online Access: http://ndltd.ncl.edu.tw/handle/sjat7v

碩士 === 國立臺中科技大學 === 室內設計系碩士班 === 103 === In recent years, information technology moves forwards with great step, interior design industry is in the booming, therefore, using computer aided design software to be integrated with interior design to display three-dimensional drawing effect has become the mainstream. However, these skeuomorphism effect drawings can only provide the results of design stage, they cannot provide good maintenance and management mechanism for the interior facility. Building Information Modeling (BIM) is to integrate and set up information in different stages of the life cycle of a building, it can provide consistence for the expression of project data within the life cycle of the entire building. Under the concept and technological application of BIM, the design project not only can display two-dimensional and three-dimensional design drawing result, but also can include the facilities in the space into it, in other words, it can provide an effective data communication and integration mechanism during the planning and design, construction and the subsequent maintenance and management phase for the development of the entire project. In this study, BIM technology is applied to set up a set of information system for interior design and facility management. This study investigates the application of BIM technology to reduce the maintenance cost and unnecessary information misjudgment and resource waste generated due to inconsistency in the expression of the drawing data in different stages, by doing so, the efficiency of the development of the entire interior design project and the subsequent facility management and maintenance can be enhanced. In this study, Revit is used as the system development tool, through the user’s functional requirement analysis, functional modules 1)BIM family group object development, 2)Interior facility management, 3) User’s interface design are prepared so as to construct interior design facility management information system. Through the system function test by this study, it was found that the system can, for the life cycle of the entire project, provide consistent information service. The user can, through the system, search related drawing information for the interior project, meanwhile, it can also assist the owner and project maintenance and management personnel in decision making. The management of the life cycle of the facility, can all be maintained through the developed system.