This research establishes a deep interdisciplinary integration between cutting-edge innovative technologies and scholarly studies in architectural history and heritage conservation. By integrating HBIM, 3D scanning, and artificial intelligence technologies, it develops high-precision digital archives for historic buildings. Furthermore, emerging technologies including artificial intelligence, knowledge graphs, and extended reality (XR) are incorporated to establish a complete

This research integrates HBIM and digital heritage technologies for innovative preservation, documentation, and transmission of traditional East Asian timber-framed ancient architecture.

This research explores digital technology applications for East Asian timber-framed ancient architecture preservation, utilizing HBIM, 3D scanning, and digital twins for documentation, analysis, virtual restoration, and cultural heritage transmission.

This research focuses on digital twin implementation, building real-time physical-virtual mapping systems through multi-source data fusion, IoT sensing, and virtual model driving for heritage preservation and smart building applications.