近年來設施維護管理日益受到重視，設施相關資訊的保存已作為維護管理的趨勢，利用此類資訊作為最後決策的依據，已成為維護管理的一項重要流程。目前被採用的資訊化設施維護管理模式主要分為兩種，一種為將各項設施相關資訊整合以文字或表格的方式呈現，輔以2D平面圖了解設施實際模樣，但此模式對使用者來有說不夠直觀的問題；另一種為建立3D模型的系統，此種方式雖然消除不夠直觀的問題，但目前來說僅提供設施基本資訊瀏覽，並無與設施相關資料進行連結。
為了解決上述問題，研究團隊提出了以BIM為基礎的三維視覺化設施維護管理模式，並建立與其相對應之系統，此模式採用資料庫儲存所有設施相關資訊，建立一個資料分析處理模組，分析資料庫中之資訊，得出設施可靠度資料，亦建立一個使用者介面模組，提供3D設施模型讓使用者直觀的了解設施，並且透過點選設施查詢該設施的相關資訊。本研究針對使用者介面模組進行系統的開發，使用目前市面上的商用軟體與資料庫進行使用者介面開發及整合，透過軟體提供之API開發系統中所需之功能，像是資料查詢功能及依據可靠度資料將設施變更顏色等，亦由於本研究中維護的對象為水庫，水庫為一個大範圍的設施，因此本系統亦與Google Earth進行整合，提供使用者了解水庫周邊地形及其水工設施的位置，最後評比選用的軟體應用於使用者介面中的優劣，探討各軟體應用於使用者介面的使用時機。

Facility maintenance and management (FMM) is an emerging issue in civil engineering. Decisions involving maintenance-related tasks are generally made based on various sources of accumulated historical data, such as design drawings, inspection records, and sensing data. Systems are developed for storing and maintaining such maintenance-related data electronically in a database. However, the data-accessing method of these systems is based mainly on text input in Web form, which is occasionally insufficiently intuitive to interpret retrieved information for decision making. Our research team proposes a 3-dimensional (3D) visualized approach for maintenance and management of reservoir facilities based on the concept of Building Information Model (BIM). A prototype system was developed for concept proofing. A 3D facility model is introduced in the system as the interface for accessing various maintenance-related data intuitively. In this study, we do thorough system requirement analysis and propose system mechanism for operations of the 3D interface. Various maintenance-related data and analysis results should be presented visually on the model as much as possible to provide users with an intuitive understanding of the facility status in many aspects. The 3D interface of the prototype system was developed using commercial BIM software, including Revit, Design Review, and Navisworks. In addition, it integrates with Google Earth for presenting facilities on terrain. Functions of the 3D interface, such as component selection for data query and component color change for information presentation, were developed based on the use of BIM software′s API.

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