This study examines the integration of Building Information Modeling (BIM), specifically Autodesk Revit, with Digital Twin technologies as a strategy to address inefficiencies in the U.S. housing sector. The United States is currently facing a significant housing shortage, driven by rising construction costs, limited housing supply, and delays in permitting and project delivery. The paper explores how BIM-based workflows improve the accuracy and coordination of construction documentation, reducing design errors and increasing the likelihood of first-pass approvals. In addition, the study analyzes the role of Digital Twins as dynamic systems that extend BIM capabilities beyond design and construction, enabling real-time monitoring, predictive maintenance, and lifecycle optimization of residential buildings. Particular attention is given to low-rise residential construction and Accessory Dwelling Units (ADUs), which represent scalable and practical solutions for expanding housing supply. The integration of Revit and Digital Twins creates a continuous digital environment that connects design, construction, and operation, improving efficiency and reducing costs. The findings suggest that the adoption of these technologies can significantly accelerate housing delivery, enhance building performance, and improve affordability. By addressing key inefficiencies in the construction process, this approach contributes to broader national priorities, including infrastructure modernization, sustainable development, and increased access to housing.
Yelizaveta Perminova (Thu,) studied this question.