隨著城市與建築技術的日益發展，現代AEC產業面臨的是規模更大且複雜的建築設計。在台灣，目前建築法規在設計檢查階段都是透過人工方式查核，這對建築師和檢核人員來說是一項重要的作業，尤其是嚴謹的消防安全法規，對建築配置和結構的設計有著重大的影響。因此，當大規模的建築設計面臨複雜的條文規範，反覆的人工作業方式也逐漸提升審查過程的困難。
建築資訊建模(BIM)在設計規劃和管理專案項目以及建築的數據儲存非常有幫助。在BIM技術的支持下，開發自動化建築法規查核系統，除了輔助查核人員的審核作業，也能幫助建築師在設計階段做法規相關規劃，提升審查模型交付正確性的同時，也減少整體作業流程的負擔。
本研究將針對我國建築技術規則中關於消防安全的條文作分析，將法規歸類且系統化，以IFC為基礎轉譯為電腦可判讀的模式，發展一套將法規數位化的方法以及API建模輔助工具，並且實作於建築模型來驗證整體法規自動化檢測的可行性。

In the Architecture, Engineering, and Construction (AEC) industry, building projects become more extensive and complex because of the development of both urban and construct technology. Now in Taiwan, building code compliance checking is manual. During the phase of building design checking, fire safety codes can have a significant influence on the layout and structures program. As a consequence, manual checking may leads to a highly iterative process.
Building information modeling (BIM) is useful in maintaining building projects and information storage for architectural planning. With the development of building code compliance checking system, these can provide computational support for manual codes checking, increase processing speed and correction.
This paper analysis the local fire safety codes based on Industry Foundation Classes(IFC) to translating the rules into a computer-executable format. Describe an approach to systematize the building codes and program an API for model checking.

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