Autodesk Software

If you already know you want Autodesk software, choosing by brand is only the first step.

Autodesk products cover drafting, architecture and BIM, civil engineering, mechanical product development, manufacturing, simulation, construction workflows, and 3D content creation. Products from those categories can exchange data and share an Autodesk ecosystem while still solving fundamentally different jobs.

This page is a brand browse guide. It does not make Autodesk the structural parent of every Autodesk product.

Start with the work you need to complete, move into the relevant ProSoftStore family or solution path, and use a direct product shortcut only when your requirement is already specific enough.

Choose your Autodesk path

The strongest filter is the primary job, not the Autodesk logo.

AutoCAD and specialized drafting workflows

If your requirement starts with DWG drafting, documentation, or one of Autodesk’s specialized AutoCAD disciplines, begin with the AutoCAD family.

Autodesk’s current AutoCAD offering includes seven specialized toolsets:

• Architecture;
• Electrical;
• Map 3D;
• Mechanical;
• MEP;
• Plant 3D;
• Raster Design.

Autodesk currently includes these with AutoCAD rather than selling the specialized toolsets independently. Each toolset is still installed separately.

The AutoCAD family page is therefore the better decision point when you already know the workflow should remain AutoCAD-centered but still need to choose between core AutoCAD and a discipline-specific path.

Do not use the Autodesk brand page as a replacement for that family decision.

Architecture, BIM, coordination, and construction

Choose Architecture & BIM when the project is fundamentally about buildings, BIM models, multidisciplinary coordination, structural-steel detailing, or contractor-oriented building systems.

Revit

Autodesk Revit is the clearest Autodesk starting point when BIM authoring and coordinated building information are central.

Autodesk currently positions Revit for architects, engineers, and construction teams to design, document, coordinate, and deliver BIM projects.

Use the product shortcut when you already know you need Revit.

Use the Architecture & BIM hub instead when you are still deciding whether the job belongs to Revit, an AutoCAD-based building toolset, coordination software, structural detailing, or another building workflow.

Navisworks

Autodesk Navisworks Manage & Simulate is the more relevant direction when the main task is model aggregation, project review, coordination, simulation, or clash-management rather than authoring the building itself.

Do not choose coordination software simply because the project uses BIM. First decide whether you are creating the model or coordinating models created elsewhere.

Advance Steel

Autodesk Advance Steel is a specialist route for steel modeling, detailing, fabrication information, and construction workflows.

Autodesk currently positions Advance Steel around structural-steel detailing and moving BIM information toward fabrication.

If steel detailing is only one small part of a broader architecture decision, stay at the Architecture & BIM hub until the workflow boundary is clear.

MEP contractor and fabrication workflows

Autodesk’s Fabrication products illustrate why brand alone is not enough to identify the right software.

The current Fabrication line contains three distinct jobs:

• ESTmep — estimating;
• CADmep — fabrication-intent MEP detailing;
• CAMduct — sheet-metal fabrication production.

Autodesk currently presents them as an integrated tool family for MEP specialty contractors.

On ProSoftStore, those stages intentionally do not all have the same canonical home.

Use Architecture & BIM for the building/MEP estimating and detailing decision.

Use Manufacturing & CAM when actual fabrication production becomes the primary job.

Useful product shortcuts include Fabrication CADmep, Fabrication ESTmep, and Fabrication CAMduct.

Their shared Autodesk brand does not make them one software role.

Civil infrastructure and field layout

Choose Civil Infrastructure when the task involves roads, sites, land development, infrastructure information, mapping, or model-to-field construction layout.

Autodesk Civil 3D remains a current model-based civil engineering platform for road, rail, site, drainage, land-development, and related infrastructure design.

The solution hub is the correct place to distinguish that engineering role from mapping/GIS or field-layout work.

Point Layout

Autodesk Point Layout is an approved Autodesk product shortcut when the design already exists and the primary job is taking model coordinates to the construction site or checking as-built locations against design intent.

Autodesk currently positions Point Layout around BIM/CAD-based layout and field verification rather than civil design itself.

If you are still engineering the road, site, drainage system, or other infrastructure asset, stay with the Civil Infrastructure route instead.

Mechanical and product design

Choose Mechanical & Product Design when the Autodesk requirement is about machines, products, industrial design, assemblies, or manufacturing-oriented engineering.

Inventor Professional

Autodesk Inventor Professional is the most direct Autodesk product shortcut when parametric mechanical design, assemblies, documentation, and product engineering own the workflow.

Autodesk currently positions Inventor as 3D mechanical-design software combining parametric, direct, freeform, and rules-based modeling with specialized machine, sheet-metal, frame, tube-and-pipe, cable/harness, and documentation workflows.

Choose the Mechanical & Product Design hub rather than jumping directly to Inventor if you still need to compare Autodesk with non-Autodesk product-development platforms.

Autodesk Alias

Autodesk Alias is a more specialized Autodesk direction for industrial design, conceptual modeling, Class-A-style surfacing, and product-form development.

Autodesk continues to position Alias around product modeling, surfacing, and visualization for industrial and automotive designers.

That makes it materially different from Inventor even though both can participate in the same broader product-development process.

Manufacturing and CAM

Choose Manufacturing & CAM when design geometry already exists and the main question has become how the part will be manufactured.

Inventor CAM

Autodesk Inventor CAM is the relevant Autodesk shortcut when CNC programming needs to remain embedded directly in Inventor.

Autodesk currently describes Inventor CAM as CAD-embedded machining software covering milling, turning, and mill-turn workflows.

Use the broader Manufacturing & CAM hub when you still need to compare this integrated approach with independent CAM products.

Netfabb

Autodesk Netfabb is the Autodesk route when additive-manufacturing preparation rather than conventional subtractive machining is the primary production problem.

Current Autodesk positioning centers on preparing, repairing, orienting, arranging, supporting, and processing models for additive manufacturing.

Do not treat a shared Autodesk manufacturing context as evidence that Inventor CAM and Netfabb solve the same process.

Simulation and engineering analysis

Choose Simulation & CAE when physical behavior—not geometry creation—is the primary question.

Autodesk CFD

Autodesk CFD is current Autodesk software for fluid-flow and heat-transfer simulation.

It belongs on your shortlist when the engineering problem is primarily flow, pressure, thermal behavior, or related fluid-system performance.

Autodesk Nastran / Inventor Nastran

The approved ProSoftStore destination is Autodesk Nastran.

Current Autodesk branding, however, is Inventor Nastran, which operates inside Inventor for advanced stress and structural analysis. Autodesk separately lists the old standalone Nastran product as retired.

Verify the exact product identity and ProSoftStore release before purchase rather than assuming that every historical “Autodesk Nastran” offer represents the current Inventor-integrated product.

Robot Structural Analysis

Autodesk Robot Structural Analysis is a more specialized building-structure analysis route.

Autodesk currently maintains Robot Structural Analysis Professional with BIM-connected structural-analysis workflows and Revit data exchange.

Choose by the object being analyzed: buildings and code-oriented structural systems are a different simulation problem from mechanical products or CFD.

Visualization, 3D content, and animation

Choose Visualization & Rendering when the final job is visual content rather than engineering design.

3ds Max

Autodesk 3ds Max is a broad 3D modeling, animation, rendering, and design-visualization environment.

Autodesk currently describes it as particularly strong in modeling and as a tool used across both entertainment and design-visualization studios.

Maya

Autodesk Maya is Autodesk’s more animation/VFX-centered creative route, with current workflows spanning modeling, rigging, character animation, effects, procedural content, and rendering.

If you already know which DCC application you need, use the product shortcut.

If the question is still architectural rendering vs product rendering vs design visualization vs character/VFX production, use the Visualization & Rendering hub first.

Current Autodesk product or legacy Autodesk suite?

This is one of the most important filters on the brand page.

Several Autodesk products in the ProSoftStore registry are historical suite products rather than current Autodesk portfolio equivalents.

Autodesk’s own retired-products registry lists the following suites as retired:

• AutoCAD Design Suite;
• Autodesk Building Design Suite;
• Autodesk Factory Design Suite;
• Autodesk Infrastructure Design Suite;
• Autodesk Plant Design Suite;
• Autodesk Product Design Suite.

Autodesk records retirement dates in or around April 2020 and directs current workflows toward newer individual products or industry collections.

A legacy Autodesk suite can still be relevant when

• an existing workstation must remain unchanged;
• a customer project requires a specific historical environment;
• old plug-ins or project standards depend on the suite;
• an organization has a documented version-compatibility requirement;
• the purpose is maintaining an established deployment rather than choosing software for a new workflow.

A legacy suite is a poor default for a new deployment

Do not select an old suite merely because its name appears to cover several applications at once.

For a new workflow, first identify the job on this page, then evaluate the current product/family/solution path.

Seven questions that narrow the Autodesk choice

1. Is AutoCAD itself the ecosystem you need?

If yes, enter the AutoCAD family and choose by drafting discipline.

If not, do not force every Autodesk workflow through AutoCAD simply because DWG files appear somewhere in the process.

2. Are you designing a building, infrastructure asset, or manufactured product?

These are three separate Autodesk branches.

Building/BIM: Architecture & BIM.

Road/site/infrastructure: Civil Infrastructure.

Mechanical product or machine: Mechanical & Product Design.

That separation is more useful than browsing product names alphabetically.

3. Are you still designing, or has the job moved downstream?

Design, CAM, fabrication, coordination, field layout, simulation, and visualization can all use the same source model.

They are still different purchasing decisions.

Choose according to the stage your software must own.

4. Is the job authoring or analysis?

Inventor and Revit create engineering/design information.

CFD, Nastran, and Robot answer physical or structural-analysis questions.

Simulation capability inside a design ecosystem does not make all design and analysis products interchangeable.

5. Does Autodesk integration matter more than best-of-category comparison?

A strong existing Autodesk environment can make data continuity and team familiarity valuable.

But if you have not committed to Autodesk for the specific job, use the relevant solution hub to compare across brands before choosing a product.

This page is deliberately vendor-first; the solution pages are task-first.

6. Are you choosing a current platform or preserving a retired one?

Check lifecycle before spending time comparing features.

Current software and a retired Autodesk Design Suite may both appear in the same store catalog, but they represent fundamentally different decisions.

7. What exact version and interoperability chain must work?

Before purchase, identify the systems the new software must exchange data with:

• AutoCAD/toolset release;
• Revit or Navisworks release;
• Inventor release;
• third-party CAD/BIM/CAM applications;
• plug-ins;
• object enablers;
• operating system;
• legacy project files.

Autodesk’s own current support notes show that updates across AutoCAD-based products and specialized toolsets can have compatibility implications, reinforcing the need to verify exact versions rather than relying on the brand name alone.

Autodesk decision-support article

If Inventor is already the likely mechanical-design destination and you need a release-focused next step, read What’s New in Autodesk Inventor Pro 2025.

This is the approved editorial bridge for the Autodesk brand page. Its structural home remains Articles.

For current purchase decisions, use the article for historical/version context and confirm the actual available product release on the transactional page.

Before you choose an Autodesk product

Once the correct path is clear, verify the mutable product-level facts:

• exact ProSoftStore release and availability;
• current vs retired vendor status;
• operating-system support;
• required host application;
• product and plug-in compatibility;
• file-format/interoperability requirements;
• collection or bundle dependencies;
• license and activation model;
• required modules or extensions;
• vendor support lifecycle;
• current ProSoftStore commercial conditions.

The Autodesk brand page intentionally does not reproduce price tables, release matrices, or detailed license configurations.

Choose your next step

If you know you want an AutoCAD-centered workflow, continue to the AutoCAD family.

For buildings and BIM, continue to Architecture & BIM.

For roads, sites, mapping, and infrastructure, continue to Civil Infrastructure.

For machines, products, and mechanical engineering, continue to Mechanical & Product Design.

For machining, additive, or fabrication production, continue to Manufacturing & CAM.

For engineering analysis, continue to Simulation & CAE.

For 3D visualization, rendering, or animation, continue to Visualization & Rendering.

If you already know the exact Autodesk product, use the approved product shortcuts on this page rather than treating the brand page as its structural parent.

If you want to inspect software across every vendor, browse all software.

For legacy Autodesk suites, uncertain version compatibility, or unusual entitlement requirements, contact ProSoftStore before purchasing.