
Open the Revit family section to create or load a family using templates, then model with extrusion, revolve, sweep, and sweep plane, and connect pipes, ducts, and cables.
Learn to configure family properties and project processes in Revit, using reference planes and lines to draw shapes and manage work planes in 3D view.
Set and toggle reference planes in a 3d view, then create extrusions on the chosen plane. Label dimensions and assign parameters (e.g., l1), then adjust work planes.
Create mechanical shapes in Revit with extrusion, drawing rectangles and circles, and adjust start and end extrusion to control height in 3d view.
Explore the blend tool to create shapes with different cross sections in the reference level view, editing base and top, vertices, and twist to shape the model.
Master revolving geometry in revit mep by sketching a closed boundary profile and selecting an axis of revolution from an elevation or back view to produce a 3d shape.
Master sweeping in Revit: create 3D mechanical equipment by sweeping a 2d profile along a path, edit profiles in sketch mode, and load profiles from the Revit library.
Explore how to create a swept blend in Revit by sweeping a starting profile along a 2D path, loading and editing profiles, and finishing the shape in 3D view.
Learn how to create and modify voids to remove material from solid parts, using extrusion tools, display controls, and properties to convert a solid to void and adjust dimensions.
Model in revit by drawing lines in any view, deleting them, loading a table from families, adding 3d text with editable font and depth, and moving the work plane.
Learn how to add and configure connectors for pipes, ducts, cable trays, and conduits within a Revit extrusion, including plane selection, diameter adjustments, and system classification.
Create a domestic hot water storage tank in Revit by building a cylinder and hemisphere, setting reference planes, extruding, revolving, labeling diameter, and testing parameters.
Create and modify mechanical equipment family in Revit by modeling bases and tanks, using reference planes, extrusion, mirroring, array placement, and parameter testing. Adjust parameters and view results in 3D.
Create a coil in Revit by setting reference planes, drawing extrusions and revolved shapes, and applying parametric flange and screw features; align boundaries and test coil parameters in 3d view.
Create and edit pipe connectors and extrusions in Revit MEP, drawing circles and adjusting diameters, mirroring features, and applying system pipes for vent or sentry pipes.
Revit Family
Learning Revit family and how creation a parametric Revit family
kind of template family
change the dimension of the defined parametric measure
create a mechanical family (domestic hot water) for example
how to use template
how to connect the pipe,...
how to create kine of shape with extrotion, blend,revolve,sweep,...
Starting with the basics of creating simple components, we'll move on to more complex design elements like mechanical equipment. You'll learn how to make your families parametric, so they can be easily modified to meet changing design requirements. We'll also cover best practices for organizing your families, so you and your team can quickly and easily find the right component for your project.
Starting out with the basic concepts, we will go from creating basic 3D geometry to developing complex systems of formula to create dynamic and highly functional families.
You will no longer feel anxious when asked to create a Revit family from scratch or to edit an already existing family in your projects. This course will give you the confidence to make the necessary changes or additions to your Revit content.
This course is independent of Autodesk, Inc., and is not authorized by, endorsed by, sponsored by, affiliated with, or otherwise approved by Autodesk, Inc.