Autodesk InfraWorks
Autodesk InfraWorks
InfraWorks enables AEC professionals to model, analyze, and visualize design concepts with real-world context of the built and natural environment—improving decisions and project outcomes.
Create a real-world context model
– Aggregate large amounts of data to generate a rich context model.
– Seamlessly integrate design with geospatial GIS data.
– Model existing conditions that represent the built and natural environment.
Autodesk InfraWorks
InfraWorks enables AEC professionals to model, analyze, and visualize design concepts with real-world context of the built and natural environment—improving decisions and project outcomes.
Reimagine infrastructure design with InfraWorks
InfraWorks® civil infrastructure conceptual design software lets AEC professionals model, analyze, and visualize their design concepts within a real-world context of the built and natural environment —improving decision making and project outcomes.
Create a real-world context model
- Aggregate large amounts of data to generate a rich context model.
- Seamlessly integrate design with geospatial GIS data.
- Model existing conditions that represent the built and natural environment.
Optimize design and communicate with immersive visualizations
- Visually explore conceptual design options in-context.
- Use analysis and simulation tools to explore important aspects of your project.
- Generate compelling and immersive visual experiences to communicate design intent.
Workflows
Use InfraWorks with other Autodesk software.
- InfraWorks + Civil 3D + ReCap Pro + more
Establish existing site conditions and extract linear features to accelerate design
- InfraWorks + Civil 3D + ReCap Pro + more
Generate a real-world context model that can be used in detailed design
- InfraWorks + Civil 3D + Revit
Integrated bridge analysis and design
Features Autodesk InfraWorks
See what's new in InfraWorks
New features in InfraWorks® infrastructure design software improve context modeling and conceptual design workflows.
- Component road enhancements
Effectively validate corridor parameters and adjust lane component styles to meet design standards.
- Refined bridge analysis
Take bridge design beyond preliminary stages with grillage and finite element analysis.
- Increased cross frame LOD
Reduce time needed to model complex components with automatic modeling of cross frames and diaphragms.
- Native LAS/LAZ format support
Import both LAS and LAZ point cloud data formats natively into InfraWorks.
- Model Builder CS update
Select projected coordinate systems in InfraWorks models to be used in cross-product workflows.
- Home page UI enhancements
Quickly access data with a centralized home page UI that is easier to use and incorporates BIM 360 projects.
- Bridge design
Rapidly develop multiple design options with powerful parametric modeling and automated documentation.
- Corridor modeling
Use the power and precision of Civil 3D for corridor models in Infraworks.
- 4K view
Use high DPI scaling optimized for 4K viewing of the InfraWorks interface.
- Connector for ArcGIS
Select specific attributes when exporting a file geodatabase and publishing information to ArcGIS Online.
- Support for complex bridges
New bridge bearings feature with customizable parametric capability supports complex bridge types.
- Road grading cut/fill material
Control the color of cut and fill areas in a road design to visibly show changes to terrain by a road.
- Model Builder UI
Experience a more cohesive Model Builder user interface with InfraWorks (2020.2) and later versions.
- Extend schema transfer between features
Add new types of features to your model and additional properties onto existing features for more aggregated models with deeper metadata.
- Profile view
Explore the new dynamic capabilities to edit and revise the components of your profile.
- Road cross-section view
You can make better design decisions, thanks to the ability to view distinct surface layers in a cross section, such as soil layers.
- Delayed model regeneration
Speed up editing workflows by delaying automatic model regeneration for road centerline modification.
- Shared views
Share asset properties and bookmarked web views of your models to enhance collaboration.
- Terrain contour views
Control terrain contours presentations through enhanced view settings.
- Parametric tunnels
Model and design parametric tunnels in the context of your overall infrastructure design project.
- Road layout
Choose between element-based or PI-based layout for more flexibility in how you design roads.
- Point clouds
Use photos to assist you when modeling features based on point cloud data.
- Quantities
Calculate underground infrastructure quantities by depth.
- Easy management of models
Seamlessly manage models in InfraWorks Home. View model states in context. Open, duplicate, store, or remove local models.
- Precision edits for profiles
Modify geometric values of a selected vertical curve in the Curve Properties panel in profile view.
- Terrain enhancements
Create separate terrain surfaces and multiple types of subsurface layers, such as rock and subsoil, to use as a basis for design.
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System requirements
System requirements for Autodesk InfraWorks
Java Requirements for Autodesk InfraWorks
The supported Java Runtime Environment (JRE) for Autodesk InfraWorks has changed. Beginning February 2019, users of Autodesk InfraWorks will need to install and maintain a supported Java Runtime Environment on their own.
Windows Operating System Requirements for Autodesk InfraWorks
To be eligible for support, Autodesk software must be running on vendor-supported operating systems. If a vendor chooses to end support for an operating system, our support for Autodesk products running on that operating system will also end, whether or not the products are among the eligible previous versions.
System requirements for Autodesk InfraWorks
1. Operating System : Microsoft® Windows® 10 64-bit Enterprise or Pro
2. CPU Type : Dual-core Intel® Core™2 or equivalent AMD processor (Quad-core Intel® Core™ i7, 6-core Intel® Xeon®, or better processor highly recommended); to use the ray traced rendering functionality, CPU must support SSE 4.1
3. Memory : 8 GB RAM minimum (16+ GB recommended)
4. Display Resolution : 1,280 x 720 or greater (1,440 x 900+ recommended)
5. Display Card : Any DirectX® 10.1 capable graphics card with 2 GB (or more) graphics memory, supporting 8x Antialiasing (8x AA), such as NVIDIA Quadro® 5000 or 6000 for desktops and NVIDIA Quadro 2000M or GeForce® GT 650M for laptops; (Any DirectX 10.1 capable graphics card with 1 GB graphics memory supporting 2x antialiasing (2x AA) minimum)
6. Disk Space : 16 GB
7. Pointing Device : Microsoft-compliant mouse
8. Media : DVD or download file
9. Browser : Google Chrome™ (latest), or Firefox® (latest)
10. Internet : Internet connection for full online help and learning materials accessibility and Autodesk® Cloud services
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