01_Project Specs
Restoring the Jewish Temple: A Spatial Study
BIM/GIS Integration & Historical Reconstruction
Historical reconstruction required aligning uncertain archaeological evidence with architectural precision.
Combined BIM modeling, GIS control data, Monte Carlo testing, and iterative drawing studies.
A documented spatial model, analytical diagrams, and a navigable image archive.
Revit, PyRevit, QGIS, PyQGIS, Python, TwinMotion
Overall spatial reconstruction of the Temple Precinct.
A comprehensive spatial study focused on the restoration of the Jewish Temple, integrating BIM workflows with GIS analysis to reconstruct complex historical and architectural systems.
Utilized Revit and PyRevit for BIM modeling, QGIS and PyQGIS for spatial analysis, and Python for data processing. Final visualizations were produced in TwinMotion to provide an immersive spatial experience.
Software
Revit, PyRevit, QGIS, PyQGIS, Python, TwinMotion
Focus
Historical Restoration, BIM/GIS Integration
Scale
Site-wide analysis
"The precinct organization is derived from a strict axial system that aligns the archaeological remains with topological signatures."
ISO_01 // TECTONIC_REASONING
This project is part of a broader investigation into computational heritage documentation. Refer to the Research Archive for technical methodology.
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