Revit 2026 for Structural Engineers: Become an Expert

Learn the foundations of Revit modeling by identifying datum elements: levels, grids, and work planes—and using them to define element location, plan views, and alignment.

Create and modify levels in Revit using the datum panel and level tool in elevations. Draw by line or pick line, and generate plan views including architectural and structural plans.

Learn to create and manage grids in Revit, including drawing grids with line or arc tools, naming and spacing, moving heads, adding elbows, and propagating settings across plan views.

Explore permanent and temporary dimensions in Revit, learn to create and convert dimensions, apply aligned, linear, angular, radial, diameter, and arc length measurements, customize units, text, and 3D work planes.

Master the modify tools in Revit, including select, properties, and clipboard workflows. Learn to control selection with links, underlays, pinned elements, face selection, and drag-on-selection, plus match and paste options.

Explore the geometry panel tools to control and connect elements: join geometry, cut geometry with a void, cope between steel elements, and manage wall joints for continuous or stopped walls.

Explore the modify panel tools in revit 2026, including move, line, copy, constrain, offset, mirror, rotate, trim and extend, array, split element, split with gap, pin, and delete.

Explore how Revit materials define visual and physical properties in a BIM model, simulate concrete and glass, enable renderings, quantity takeoffs, energy analysis, daylighting, and BIM integration for facility management.

Learn to manage Revit materials: add bricks from the library to project materials, customize surface and cut patterns, colors, and appearances, and adjust physical and thermal properties.

Assign materials in Revit using instance parameters for loadable families (columns, beams) and type properties for system families (floors, walls). Changes affect only selected elements or entire types.

Explore foundation types in Revit, including isolated, combined, raft, blinding, strip, and retaining wall foundations. Learn the structure ribbon tools and when to use each to model and modify foundations.

Learn to create isolated foundations in Revit, customize type parameters and instance parameters, set materials and levels, and load new foundation families.

Create wall foundations in Revit to support slab foundations, selecting bearing or retaining footings, customizing types, and editing dimensions such as width, foundation thickness, toe and heel lengths.

Learn to model wall foundations in Revit 2026, including bearing and retaining footings, edit and duplicate types, set dimensions and extension length, and manage instance parameters.

Model floors in Revit with the floor tool, draw closed boundary loops, apply slope and major direction, create openings, and adjust type, level, offset, and multi-layer options.

Load a concrete rectangular beam family, duplicate its type with b1, then model the beam path between columns using placement plane, justification, and join options.

Edit beam modeling after placement by adjusting the path, work plane, reference level, and y and z justification, then apply start/end level offsets and use trim and extend tools.

Learn how to create structural and architectural walls in Revit, explore basic, curtain, and stacked walls, edit wall layers and materials, and manage discipline visibility.

Learn to model walls in Revit by drawing wall paths, setting depth and height, and choosing center line or exterior face references. Use trim, split, and attachments to floors.

Learn how to edit wall profiles in Revit 2026, create openings, and apply draw tools, trim, and move to customize walls with proper loop rules.

Explore how to load and edit loadable families for structural and architectural columns in Revit, including concrete, steel, and architectural options, and customize base and top levels and offsets.

Model structural columns in Revit 2026, choosing vertical or slanted types, with base and top levels, depths, offsets, and auto attachment to floors in plan and 3D views.

Develop Revit skills by modeling a 41-story tower with raft and pile foundations and post-tensioned slabs, step by step from drawings to quantities. Gain time-saving techniques and master complex elements.

Explore a two-tower structure using raft and pile foundations, post-tensioned and traditional slabs, and detailed concrete and reinforcement notes, then separate cad plans and prepare Revit imports.

Set up a Revit project in metric multi-discipline template, adjust units to millimeters, import CAD drawings, create levels and grids, and define RC 40 MPa and PC 20 MPa materials.

Model the tower foundation using pile and raft foundations, detailing pile caps, piles P1–P4, and the cut off level from the pile cap bottom.

Model caps and piles with correct depths, offsets, and blinding, group repeated elements for easy copying, and construct the raft foundation by excluding pile caps and beams in 3d.

Model basement to health club columns and health club to the 14th floor, adjusting sizes and reinforcement per level, then define rc walls and export-import column types via Excel.

Model water tanks and basement stairs in Revit by creating voids in the raft and blinding concrete, importing CAD details for tanks T1–T3, and building monolithic stairs.

Model the ground floor slab in Revit by importing cad, creating post-tensioned and traditional floor types, and adding ramps, voids, beams, upstands, and shafts for accurate 3D representation.

Model ground floor columns and core walls up to the health club in Revit, importing a CAD layout, choosing column types, aligning positions, and copying elements across levels, including stairs.

Model parking one level slab in Revit 2026 by importing a CAD plan, creating post-tensioned slabs, ramps, upstands, and shaft openings.

Model parking slabs and the health club slab in Revit, duplicating p1 to p2 and p2 to p3, handling ramps, voids, beams, upstands, and importing CAD layouts.