Today, the field of archaeology is seeking to expand beyond the traditional sharing of information through printed books and archaeological publications, and be more relevant by using various new technologies, such as 3-D visualization, Building Information Modeling (BIM), and interactive media. We seek to continue to advance research that is being done in these area. At Tall Hisban, Jordan (the first Madaba Plains Project archaeological site), many of these technologies are being used. However, the main objective of this project is to create a digital three-dimensional model of the Tall (entire site), showing the historical order of civilizations, how buildings were used in the past, and how they evolved over centuries. In order to accomplish this, the methodology will include Fine Art, Photogrammetry, BIM, and GIS interacting together. This multi-disciplinary approach will integrate through collaboration of archaeologists, artists, architects, computer engineers, surveyors, and the involvement of the local community. This is the first time BIM is being used at Tell Hisban, to model the buildings, host the archaeological data, and illustrate the different historical time periods of the site. In this approach all this information will initially be contained within BIM, which will interact with other platforms, such as GIS and SQL. In addition, users will be able to interact with this information using Virtual Reality and Augmented Reality environments, which will expand to new audiences. The Poster will contain a preliminary progress report on the findings from 2019.
School of Architecture and Interior Design
Solis, Ariel and Root, Rhonda, "Using BIM (Building Information Modeling) to Vizualize and Share Archaeological Data at Tall Hisban, Jordan" (2019). Faculty Publications. 1173.
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