在營建工程專案中，施工架雖為非主體結構，但具有相當重要的輔助功能，倘若施工架發生物料或安全等管理不當等問題，常會造成工安意外甚至嚴重影響工程專案之進度及花費。然而現今施工架管理多依賴相關人員施工經驗以及紙本記錄，而2D的搭設規劃常常未考慮施工空間以及搭設位置是否符合施工需求，此外當今建築注重外型設計及創意，特殊造型的牆面使用舊有的物料計算方式往往不夠精確，因此施工架管理乃為營建工程管理中的重要議題之一。近年建築資訊模型(BIM, Building Information Modeling)應用於工程專案逐漸成熟，相關軟體應用程式介面(API)的提供也使得軟體使用者可以擴展軟體既有功能以滿足各自需求。目前已有相關研究及軟體應用BIM技術協助施工架管理，然而其並未對特殊造型牆面有過多著墨，且施工架元件及搭設規則也不符合台灣規範。
因此為改善上述問題，本研究將開發以BIM為基礎之施工架管理系統，此系統適用於Autodesk Revit。首先需分析系統所需之功能、資訊及資訊獲取方式，接著建構知識本體模型以協助分析施工架之搭設方式及建模所需資訊，並利用IDEF0協助規劃系統開發之程式架構，最後使用Dynamo依照上述分析資訊進行系統之開發，功能包含模型建構、備料清單、施工前點料清單、規範檢核清單及進度模型的輸出，為施工架廠商提供所需物料資訊，也為營造商提供搭設結果檢核之依據，更可協助雙方進行搭設方式及位置之溝通，以提升施工架之管理效率。

Scaffolding is an important temporary structure. If improper manage materials or safety, it often causes security accidents and affects progress and cost of the project. Today's scaffolding management relies on personnel's construction experience and paper records. When people carry out 2D design and planning, they usually don’t consider whether the building space and installation location meet the requirements. In addition, today's buildings focus on creativity and use the special-shaped wall. It causes inaccurate material calculations. In recent years, the application of Building Information Modeling (BIM) in the field of construction has gradually matured. There are kinds of literature and software using BIM to assist scaffolding management. However, it doesn't pay much attention to the special-shaped wall, and the scaffolding components and erection rules do not conform to the Taiwanese specification.
In order to improve the above issues, this paper develops a BIM-based scaffolding management system that is applicable to Autodesk Revit. First, interview and literature review is conducted to identify the functions and information required by the system. Then, an ontology model is employed to determine the information required to erect the scaffolding model. Next, the system framework is planned with IDEF0. Finally, scaffolding management system is developed with Dynamo. System functions include modeling, material list, specification list, and output the progress model, which provides the scaffolding manufacturer with material information, the builder with the basis for checking erection result, and then assist the parties to communicate for the erection method and location to improve the management efficiency.

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