Historical conservation and restoration is an important issue for heritage structures, this research aims to develop heritage building information model (HBIM) for Amman citadel in Jordan. In Jordanian Heritage Management, such models are still regarded a long way from becoming a well-established and widely used technique. Using terrestrial laser scanning technologies, the research will bridge the gap between historical documentation and historical building information modeling. HBIM was created with parametric pieces to reflect the study area's structural, functional, architectural, and historical aspects. The model also incorporates 3D geometry as well as non-geometric data like materials, appearance, and condition. This model also incorporates historical and architectural aspects, style and age. With a 1 cm spacing, the findings revealed that the utilized model could capture 425,000 points per minute with standard error of mean of 0.61 cm and standard deviation of 0.75 cm. It is recommended that a numerical reconstruction model of the citadel be created in order to check for any potential structural instability. In addition, it is suggested that a documentation effort be started to encompass Jordan's other significant historical and cultural sites.

历史保护和修复是遗产结构的重要问题，本研究旨在为约旦安曼城堡开发遗产建筑信息模型（HBIM）。在约旦遗产管理中，这种模式距离成为一种成熟和广泛使用的技术还有很长的路要走。使用地面激光扫描技术，该研究将弥合历史文献和历史建筑信息建模之间的差距。HBIM 是用参数化的部分创建的，以反映研究区域的结构、功能、建筑和历史方面。该模型还包含 3D 几何以及材料、外观和状况等非几何数据。该模型还结合了历史和建筑方面、风格和时代。间距为 1 厘米，结果表明，所使用的模型每分钟可以捕获 425,000 个点，平均标准误差为 0.61 厘米，标准差为 0.75 厘米。建议创建城堡的数值重建模型，以检查任何潜在的结构不稳定性。此外，建议开始一项记录工作，包括约旦其他重要的历史和文化遗址。