成功的工程專案管理仰賴於完善的查核記錄，隨著科技的發展，行動裝置逐漸被應用在施工查核階段，此外，藉由建築資訊模型(BIM)所提供的資訊，能夠協助查核作業進行更順利。然而，即便有行動裝置及BIM的輔助，現場施工查核的品質仍然深受查核項目資訊的正確性所影響，因此，發展一套能夠即時呈現查核所需要的相關資訊，並能將設計與實際施作狀況進行比對的系統將能使施工查核品質更加提升。
本研究將結合BIM與混合實境(MR)技術，發展一套施工查核系統，藉由編碼系統的連結，BIM模型上的元件資訊能夠正確地導入MR裝置當中，應用頭戴式MR裝置－HoloLens附有虛擬與現實結合的特性，將BIM模型以等比例的方式呈現於環境當中，同時提供施工查驗所需之相關資訊，並透過環境掃描的功能，進一步量測並記錄現地施作狀況。透過此系統，工程師能夠藉由環境與模型的比對，立即發現錯誤的項目，最終查驗記錄可由裝置直接匯出至雲端資料庫，以便後續專案管理的進行。由這項MR系統的開發及應用，將能增進施工查驗之效率並提升整體工程品質。

The well-documented construction inspection record is important to the success of the construction project. Along with the development of information technology, mobile devices have been widely employed to record construction inspection. In addition, Building Information Modeling (BIM) is also used to provide information for construction inspection. However, even with the help of mobile devices and BIM, the quality of inspection heavily depends on the information retrieved to examine the on-site condition. Therefore, there is a need to develop a system that can retrieve necessary information and compare it with the on-site condition in real time to improve the process of construction inspection. This research combines BIM and Mixed Reality (MR) technologies to develop a construction inspection system. Within this proposed system, the construction engineer can employ the head-mounted MR device－HoloLens showing the BIM model on the construction job site with the exact scale to retrieve the required information for inspecting the jobs in progress. In addition, by employing the function of spatial mapping of the MR device, the construction engineer can also measure and record the on-site jobs to identify the differences between the planned and the actual works in real time. Furthermore, the inspection record can be uploaded to the database on the cloud for better management. The process and quality of the on-site inspection can be effectively improved by employed the proposed BIM-MR integrated system.

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