Apply BIM-centric workflows for structural analysis and get bidirectional interoperability between Revit and 3rd party analysis software.

Verify and optimize structures with an extensive range of built-in design codes for various countries, all with BIM-based workflows.

Enable integrated design and detailing workflows from start to finish with BIM-based tools. Use advanced capabilities for modeling 3D concrete reinforcement, creating shop drawings, and bending schedules.

Adopt BIM-based tools for engineers, detailers, and fabricators in the steel industry to integrate design and detailing workflows. Create detailed 3D steel structures with steel connections and 2D documentation with high fidelity and accuracy.

Enable structural teams to collaborate efficiently across projects. Connect Revit, analysis software, and other BIM tools to track updates, manage design issues, and maintain a single source of truth for documentation and coordination.

Improve multi-firm and multi-discipline project teams’ ability to meet the demands of today’s construction projects. Run clash detection, catch and resolve design issues earlier. Visualize, mark, and track design changes.

Use architectural Revit models, DWGs, or PDFs to define spaces and zones, occupancy, lighting and equipment loads for equipment selections and sizing.

Use space and zones, schedules and custom parameters and calculations, built-in simulation and analysis, and export to third-party tools to select and size equipment.

Get advanced building and energy systems simulation and analysis with EnergyPlus through an open and extensible connection to Revit.

Define the layout of major mechanical and electrical equipment in 2D and 3D for use in distribution routing and sizing.

Define the routing of mechanical and electrical equipment in 2D and 3D, calculate pressure and voltage losses, size ducts, pipes, and cables.

Design plant and equipment rooms in 2D or 3D for smarter planning and visualization.

Create bridges, tunnels, roads, and other civil structures with Civil 3D, InfraWorks, and Revit. Analyze and iterate to arrive at the best solution using InfraWorks, Structural Bridge Design, and Robot Structural Analysis Professional. And automate sharing of documentations and visualizations with project stakeholders.

Ground site plans with geographical information from ArcGIS® Basemaps and Connector for Civil 3D. Layout site designs with rich context information from InfraWorks and ReCap Pro. Create grading plans with dynamic surfaces for parking areas, building pads, and detention ponds. Improve design quality with analysis tools.

Model and analyze roadway, highway, and rail networks with efficiency. Leverage point cloud data for context modeling with ReCap Pro and InfraWorks. Run traffic and mobility simulations to analyze existing conditions. Layout alignments, feature lines, and profiles to model corridors based on design criteria in Civil 3D.

Design and analyze water infrastructure with AEC Collection tools. Model pressure, storm, and sanitary systems, with Civil 3D. Simulate drainage and flood scenarios with InfraWorks. And design water and wastewater treatment facilities with the AutoCAD Plant 3D toolset along with Revit, Navisworks, and InfraWorks.

Vehicle Tracking provides a set of transportation design tools that include vehicle swept path prediction for steered vehicles, light rail vehicles, and aircraft, as well as parking layout design and roundabout design.

Define critical feature points of linear objects in ReCap Pro—including curbs, gutters, rails—within point cloud data and automate extraction to generate a linear feature quickly and reduce errors. Create an optimized horizontal alignment for railway or roadway design from existing conditions data in Civil 3D.

Use Revit and Advance Steel to create a more precise BIM workflow from design to fabrication. Collaborate with designers and engineers in one model for more accuracy and improved controls.

Work more productively and accurately with BIM workflows that help automate and connect concrete design and detailing to fabrication. Use Revit’s comprehensive set of tools for modeling 3D concrete reinforcements, creating shop drawings, and schedules – all in one environment.

Exchange BIM data easily between design and detailing workflows with the Advance Steel extension for Revit. Automate design to fabrication workflows with ready-made templates to create drawings for fabrication.

Improve MEP project workflows using the streamlined design-to-fabrication capabilities in Revit and Fabrication CADmep. Powerful clash detection tools in Navisworks help deliver clash-free and coordinated MEP models, avoiding costly rework on the jobsite.

Easily convert a design intent model into a fabrication-ready model, using Revit, for overall time savings and improved quality. Expedite the detailing process with automation features to connect MEP systems engineering, design and detailing workflows across the lifecycle of projects.

Detailing in Revit helps mechanical, electrical, and plumbing contractors to create detailed models, estimation, and fabrication. Save time by minimizing the amount of manual modeling with automated workflows that convert design models to fabrication-ready components.

Drive efficiency and accuracy with a model-based workflow for project requirements, cost estimation, and material quantification. Rapidly generate material costs to accurately maintain project budgets and evaluate costs of design alternatives.

Collaborate across multi-discipline teams to coordinate developed models and avoid constructability issues. Easily track version changes to avoid rework and maximize productivity with advanced tools for construction ready models.

Identify and resolve design inconsistencies prior to construction with Autodesk Docs. Automate clash detections to help identify coordination issues and mitigate risks early for improved quality and constructability.