Electrical engineers and designers working in Revit can now leverage an architect’s PDF, DWG™ or Revit geometry to perform preliminary load calculations earlier in the design process – prior to modelling electrical equipment. (video: 2.05 min.)

Get control over analytical modelling. Associate analytical model elements with physical geometry or automate creation of analytical elements from the physical model and its properties. Define hierarchies, tolerances and openings for floors and walls, and sync the analytical model with changes to the physical model as design evolves. (video: 2.09 min.)

AEC COLLECTION ONLY
Link FormIt AXM files in Revit, improving early-stage design interoperability with FormIt Pro. Use the 3D Sketch feature to launch a FormIt session from Revit for linked FormIt files. Leverage the fluid modelling capabilities of FormIt to define and iterate design intent and preview changes before sending back to Revit. (video: 1.58 min.)

Take advantage of more flexible inputs, clarity in method naming and consistency across interfaces. (video: 2:20 min.)

Use the filter-by-sheet option to display in a schedule only the elements and their properties that appear on a sheet. Manipulate views on the sheet to show more or less of the model and watch the schedule update dynamically. (video: 1.26 min.)

Adjust element position in 2D plan views to add clarity to documentation sets. (video: 52 sec.)

Share files easily with export and batch export of Revit views and sheets to 2D PDF files with user-defined naming rules. (video: 1.10 mins)

Accelerate documentation with the duplicate sheet dialogue to reproduce title block and parameters, detailing and views on sheets. (video: 1.27 min.)

Link and export to IFC with the Open Design Alliance (ODA) software development kit to improve performance.

Connect form-making to documentation with improved Revit interoperability with tools like Rhino and FormIt Pro. (video: 1.20 min.)

Improvements to scheduling and annotation tools make it easier to capture and communicate design intent. (video: 2.58 min.)

Model faster, more accurately and with greater precision when placing and manipulating rebar elements. (video: 2.14 min.)

Articulate form in the Revit massing environment with freeform tools for profiling and massing, and refine geometry parametrically in the project environment.

AEC COLLECTION ONLY
Use advanced simulation engines and building performance data integrated in Revit to assess daylighting, whole building energy, heating and cooling loads, and more.

Add architectural elements to the building model, including walls, doors and windows, or define customised components and families to meet any modelling need and level of detail.

Use scanning tools to capture existing and as-built conditions and import into Revit as point clouds.

Explore, validate and communicate design decisions visually. Revit renders with high-quality and precision through the Autodesk Raytracer rendering engine.

Quickly create and modify multistorey buildings by connecting stairs to the levels in your project.

Produce photorealistic visualisations without tying up your desktop or using special rendering hardware.

Leverage accurate and versatile structural analysis tools to assess and adapt design intent as the BIM model develops. Automate analytical representation, run multiple analyses from a single BIM model, schedule data for documentation and assure quality control of structural design. New in Revit 2023.

Create 3D reinforcement designs for cast-in-place and precast concrete structures. Produce reinforcement shop drawing documentation with rebar schedules.

Model connections with a higher level of detail using a variety of parametric steel connections in Revit or by creating your own customised steel connections.

Integrate analysis results into the BIM process and work in an iterative design workflow.

Dynamo gives structural engineers, designers and detailers tools to build structures with minimal energy and make their own design tools.

Interoperability between Revit and Advance Steel helps provide a seamless BIM workflow from steel design to fabrication.

Electrical engineers and designers working in Revit can now leverage an architect’s PDF, DWG or Revit geometry to perform preliminary load calculations earlier in the design process – prior to modelling electrical equipment.

Systems Analysis optimises your HVAC systems design and modelling, letting you make data-driven design decisions. 

Design complex duct and pipe systems to express intent, and model duct and pipe systems with mechanical design content.

Design, model and document electrical systems. Keep track of electrical loads throughout the distribution system.

Create sanitary plumbing systems with sloped piping and layout piping systems to design and document intent.

Create fabrication-ready models in Revit. You can model and co-ordinate MEP LOD 400 components.

Insight lets you optimise building performance with centralised access to performance data and advanced analysis engines.

Use the Design to Fabrication tool to convert design-level model elements to construction level-of-detail elements.

Document model layout more effectively. Document, schedule and tag fabrication elements.

Derive construction insight from design models. Split and manipulate wall layers and concrete pours, and prepare shop drawings for fabrication.

Open a Navisworks co-ordination model directly in Revit to co-ordinate your design with the work of teams that use different software.

Bring AutoCAD files in or out of Revit and prepare sheet sets for export to fabricators, subcontractors or other project stakeholders in the format they need.

Augment design-intent models with the detail necessary to meet the requirements of construction teams.

AEC COLLECTION ONLY
Quickly produce design alternatives based on goals and constraints you define. Available exclusively to AEC Collection subscribers. (video: 2.46 min.)

Automate and optimise BIM workflows with an open-source graphical programming interface that is installed with Revit.