SWAPP

SWAPP is an artificial intelligence platform specifically designed for architecture firms to automate the creation of architectural documentation and Building Information Modeling (BIM) workflows. Unlike generic AI tools, SWAPP is trained on each firm’s own production history, project standards, and quality assurance rules. This means the platform learns the specific drawing conventions, annotation styles, layer structures, and modeling preferences that a particular firm uses across its projects. As architects continue to use SWAPP on new tasks, the AI model becomes increasingly accurate and aligned with the firm’s unique workflow, reducing the need for manual corrections and repetitive adjustments. The core functionality of SWAPP revolves around automating two major areas: documentation generation and BIM modeling. For documentation, the platform can automatically produce floor plans, sections, elevations, details, schedules, and other standard architectural drawings based on input parameters and previous project templates. Instead of manually drafting each sheet, architects can feed the AI with a design model or sketch, and SWAPP generates compliant documentation that follows the firm’s formatting rules. For BIM modeling, SWAPP automates the creation of parametric 3D models, including walls, doors, windows, structural elements, MEP systems, and finishes, using predefined family types and object libraries specific to the firm. The AI also applies QA rules to check for common errors such as inconsistent dimensions, missing annotations, or mismatched layers, flagging issues before they reach final deliverables. Another key feature is the integration of human expertise with AI outputs. Architects can review, edit, or override any automatically generated content, and the p