BIM Revit MEP Families Basics (Mech & Elec) Crash Course

Create a face-based electrical panel family in Revit, use extrusion to form a 3D solid, define width, length, height as parameters, add conduit connectors, and load into a project.

Learn how to create and link 2D and 3D symbols for a Revit electrical panel family, apply hatch fills and colors, and control visibility in 2D versus 3D views.

Create an electrical panel family in Revit with 2D and 3D symbols, control section and plan views, use field and filled regions, and define multiple panel types and voltages.

Learn the difference between instance and type parameters and between project and shared parameters. Create project parameters and apply them to elements, then add them to schedules.

Use shared parameters to work across multiple families and projects, unlike project parameters limited to a single project, created via a shared parameter file and applied in tags and schedules.

Explore parameter implementation in Revit MEP, creating and sharing project parameters for risers, using instance versus type parameters, and setting up part-based tags, sheets, and visibility.

Create a parametric mechanical fire hose cabinet in Revit Families with length, width, and depth parameters, wall-mounted, including a 2D symbol, and load into a project.

Create electrical sockets in Revit families; build 3d sockets with extrudes and voids, define wall placement, switch to 2d symbols, adjust visibility, then save as a reusable socket family.

Create single and double electrical socket types by linking visibility to parameters, building multiple 2D shapes, and testing their behavior in a Revit MEP families workflow.

Create and manage electrical socket families in Revit, adding four types (type one to type four) using model lines, mirror, filled regions, and visibility parameters for 3D and 2D symbols.

Create electrical lighting fixture family in Revit using metric template, define a 600 by 600 extrusion with width and emergency parameters, and load normal and emergency variants as filled regions.

Learn to build Revit MEP lighting fixture families using filled region, not annotation, to keep symbols consistent across scales; create multiple types (normal, emergency, f, n) for flexible lighting.

Create a parametric AHU family in Revit from supplier drawings, defining width, length, and height, and add supply, return, fresh air, and exhaust duct connectors for a metric project.

Create and connect an ahu in revit families, detailing chilled water and condensate drain, with pipe connectors, ducts, and fresh, supply, return, and exhaust configurations.

Learn to create and edit duct and pipe tags in Revit MEP, customize fonts, labels, elevations, system abbreviations, and dimensions, and load updated tags into the project.

Edit the title block in Revit by adjusting project information, logos, and client details; customize parameters and labels, then export CAD drawings and print PDFs with proper line weights.