Revit Structure 2026: Steel Project + Details & Drawings

Create a custom box column family in Revit, defining a thickness parameter, converting to type, extruding rectangular plates, applying material, and creating multiple section types for future use.

Learn a practical column modeling workflow in Revit: load families, align and section columns, manage imported cad data, create and group column types, and place them on grids toward beams.

Create and parameterize beam section families in revit for PG and J-type steel beams, defining width, height and thickness to support detailed shop drawings.

Link a CAD file in Revit, place PG beam types (PG five, PG three, PG two, PG nine), and set up sections, plates, and reference planes for accurate connections.

Learn to place and customize splice connections in Revit basement models, create beam sections, adjust bolts and plates, and verify dimensions with 3D views and plan checks.

Develop advanced custom connections in Revit by translating AutoCAD specifications into plate and bolt layouts, and creating generic connections and splice plates for IP 270 and similar types.

Explore retaining wall modeling in Revit: create and adjust concrete 300 mm walls, use section views, global parameters, and top offset to align beams and elevations.

Create column splice connections in Revit by adding plates on all sides, defining reference planes and parameters, duplicating types, and aligning components in 3d views across columns.

Select anchor bolts (24 mm, 700 mm) and configure two by three diagonally. Create and mirror 650 by 100 by 12 plates around the column, customizing the connection in Revit.

Continuing curved ramp structure modeling in Revit, this lecture demonstrates editing and aligning beam elevations using offsets, 3D snapping, and CAD-linked revisions to create clean, connected ramp details.

Model and place a straight ramp in Revit, align with grid lines, manage slopes and offsets, and integrate a linked CAD plan to refine sections and 3D view.

Master setting up ramp beam connections in Revit by creating a generic connection, placing and sizing steel plates, copying and aligning components, and applying the J2 connection across beams.

Transfer Revit models to Navisworks for clash check, import CAD cleanups, export with proper settings, run Clash Detective, create search sets, Switchback, and resolve duplicates and plan clashes.

Isolate and manage each floor in Revit with duplicate 3d views for offset levels, then detect and resolve clashes with Navisworks by trimming walls and beams and grouping results.

Tag columns by category to mirror the AutoCAD file, create x and y structural column marks, and align label boxes before tagging base plates and structural connections.

Create and configure a Revit documentation plan for level -2.8 by duplicating views, adjusting visibility, detail levels, and tags, then test, load, and propagate settings for precise steel shop drawings.

Generate a detail file from Revit models by creating a sheet, cropping views with the Pyruvic plugin, and aligning sections for PG type beams with the AutoCAD plan.

Generate 2d weld details in Revit from models using detail item templates, weld line patterns, parameters, and annotations to create and place weld symbols in shop drawings.