Abstract | An a-priori assessment of the post-earthquake condition of structures has long been a target of the Architectural, Engineering and Construction (AEC) industry, with recent efforts by the Pacific Earthquake Engineering Research (PEER) Center highlighting such goal. The aforementioned PEER efforts have developed an appropriate basis for seismic damage assessment, including cost estimation and scheduling for postearthquake building rehabilitation, but visualization tools are notably absent from this framework. The methodology proposed herein relies on the integration of tools currently available to the AEC industry, such as Building Information Modeling (BIM), a fourth-generation programming language, a relational database management system and construction management tools, within the PEER Center framework. The proposed process is automated through the development of appropriate software, providing building information models with data about the building elements’ damage state, 3D damage assessment visualizations, the expected rehabilitation cost and duration, for different levels of seismic intensity.