Construction Quality and Progress Checker is an ML-based technology demonstration of ensuring floor plan accuracy that helps optimize spatial arrangements, prevent costly rework and delays, and help make informed decisions in the construction, architecture, real estate, and facility management industries.
LiDAR Scan-to-BIM Floor Planner is a technology demonstration that simplifies the process of floor plan generation for facility management based on existing real estate, showcasing automated and rapid floor planning and floor plan export flexibility and enabling cost-saving estimation of materials required for construction or renovation, offline work capability, and improved property marketing. The technology demonstration paves the way to enhance the design, sales processes, and construction in the real estate industry.
Floor Plan Generator for Autodesk® Revit® is a generative design–based technology demonstration of creating floor plans in the Autodesk Revit software to streamline the design process and improve outcomes in real estate development, interior design, and facility management. Considering specified design goals, space requirements, and constraints, Floor Plan Generator for Autodesk® Revit® demonstrates possible solution permutations, visualizes them in 3D, and enables exploring and optimizing design alternatives quickly and efficiently.
Construction Coordination Issue Tracker is a technology demonstration aimed at reducing the communication lag between design and construction. It is a seamless integration of Coordination Issues native to the Procore® construction management software into the Autodesk® Revit® BIM software that helps ensure seamless user experience, which leads to better quality deliverables and substantial time and cost savings.
Concrete 3D Printing for Autodesk® Revit® is a technology demonstration that offers the means to optimize cost management of concrete construction, ensure construction waste reduction, facilitate building renovations, and elevate overall project management efficiency. The technology demonstration showcases a seamless workflow for concrete 3D printing that can automate production, improve printing accuracy, and reduce construction time by analyzing and visualizing concrete 3D printing of models created in Autodesk Revit software and generating engineering artifacts for further model building.
Digitalization of Construction Drawings is a technology demonstration that showcases the application of artificial intelligence (AI) and machine learning (ML) algorithms to enhance facility management and building replanning, pave the way for data digitalization, support proper drawing archiving and history tracing, and provide data recovery possibilities to maintain business continuity. It presents the analysis and conversion of immutable documents in the form of images and photos into more flexible data formats.
Architectural Chatbot for Revit® is a technology demonstration of leveraging ChatGPT capabilities to draft residential building floor plans in the Autodesk® Revit® BIM software. By minimizing the involvement of human architects, it showcases the approach to reducing the project cost during the initial design stage and ensures a more efficient and automated construction process.
AMC Bridge’s Civil 3D® takeoff using Procore® Budget integration shows a way to automate the construction takeoff process. It demonstrates how to seamlessly transfer a Civil 3D Bill of Materials (BOM) to Procore Budget. Connecting BIM authoring tool with Budget application improves the takeoff workflow by enhancing accuracy, as it eliminates the need for manual data entry and reduces the risk of errors. It increases the fidelity of the construction project cost estimation by ensuring that the latest BIM data is reflected in the project’s budget.