在現今國內的營造產業中，控管建築物設計品質的把關方式為，透過建造執照核發前所需的審核流程來了解建物設計是否符合建築設計相關法規之規範，以達到建物設計要求之安全性與功能性。在國內的檢核流程目前為由起造人及設計建築師共同申請建造執照的申請流程，再經由檢核建築師簽證、建築師公會審核，等上述檢核通過後，再送至建管處進行最後檢核，若通過檢核則可依據行政程序核發建造執照進行建築物的施工。
目前申請流程或檢核過程皆由人工方式進行接收文件及檢核，因此導致檢核時間過久，並在繁多設計圖樣下，有可能導致檢核流於形式或檢核不周，以致實際施工時常發生建築設計與規範有所衝突、施工困難等問題，這些問題將使專案成本增加，嚴重者甚至會影響建物品質與安全性。
而在國外已有國家使用BIM架構進行法規自動檢核，而國內也有法規自動檢核的相關研究正在進行當中。本研究將透過分析國外發展以BIM為基礎之法規自動檢核過程並考慮國內檢核環境，建立適合於國內法規環境的自動檢核架構，並依據在研究中所建立之架構進行初步實作與實驗，分析國內檢核法規之判斷資訊、撰寫自動檢核程式，進行探討BIM架構下之法規自動檢核是否適用於現今之國內建築設計法規。

In Taiwan, each construction project can only start after the construction permit is issued by the government authority. The government authority issues construction permits according to the Building Technical Regulation. Currently the process of issuing a permit is manually performed, such as receiving the building design files, checking the requirements of building design, and so on. As a result, a lot of paper works requiring tremendous amount of time and manpower have to be done, which are also error-prone.
Building Information Modeling (BIM) is an integrated process that provides insight for creating and managing building and infrastructure projects faster, and more economically. Moreover, the BIM contains rich and sufficient construction information that can be used to streamline the process of issuing construction permits.
This research developed a BIM-based automatic design check framework according to Taiwan Building Technical Regulations. In addition, a computer application that can assist government agents to verify the building design is developed. The results show that the framework and computer application based on BIM concept are applicable in Taiwan. And computer application can perform automatic building design checking quickly and accurately.

英文
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中文
[1] 卓正倫，「設計完成度審查模式之建構-以建築工程為例」，交通大學土木工程研究所碩士論文，2005。
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