Your search

In authors or contributors
  • Oman’s built heritage needs a modern, repeatable way to document complex sites and make conservation decisions based on evidence rather than intuition. This pioneering study demonstrates a complete, end-to-end Heritage Building Information Modeling (HBIM) workflow on the Bibi Maryam Mausoleum (Qalhat) and shows how the same method can scale nationally. The research integrates four strands: (1) literature synthesis on documentation in hot- arid contexts; (2) stakeholder engagement through surveys and expert interviews; (3) multi-sensor field capture— terrestrial laser scanning (TLS), UAV photogrammetry, close-range imaging, and selective manual measurements; and (4) a semantic, parametric HBIM at roughly LoD 300, encoding geometry, construction systems, materials (including lime–sarooj plasters and stucco layers), chronology, and pathologies within a single, queryable model. Implemented in a Revit-based environment, the workflow privileges interoperability (IFC/CSV) and living records over one-off drawings, enabling multi-party updates without model corruption. Results show that compared with mesh-only outputs, HBIM delivers greater adaptability, semantic depth, and life-cycle updatability. It supports diagnosis, risk mapping, and option evaluation (from minimal intervention to compatible repair) while reducing duplication of effort across agencies. The pipeline translates directly into policy actions: defining national HBIM standards (LoD/ LOI/metadata and QA/QC), assigning custodianship, and training teams to extend the method to forts, harāt, and urban ensembles. Crucially, the model accommodates intangible heritage, oral testimonies and craft knowledge, anchoring conservation in the memory of making. In short, this case proves HBIM is feasible and scalable under Omani conditions, offering a template to standardize workflows, de-risk conservation spending, and build a national digital heritage backbone.

Last update: 4/28/26, 8:04 AM (UTC)

Explore

Resource type