Revit Structure 2025 from Zero to Hero

Begin a new Revit 2025 project using metric templates, then set up levels, grids, and structural plan views for a concrete-first workflow that leads into steel.

Learn to insert vertical and slanted columns in Revit 2025, load and duplicate column families, set levels and grids, and adjust base connections for accurate, multi-level layouts.

Input exterior walls in Revit Structure 2025 by locating column shadows on the structural plan TOF, then creating centerline walls from exterior 300 mm concrete to the ground floor.

Split walls into separate elements, unlock and edit each profile in the proper view, and extend the magenta line while ensuring continuity for accurate 3D results.

Learn to insert wall foundations in Revit by creating tapered exterior walls with variable cores, and apply bearing and retaining footings using base offset and unconnected height settings.

Learn to create piers and isolated footings in Revit structure 2025, including circular and rectangular foundations, loading custom families, and aligning footing layouts from ground floor to TOF.

Master slab on grade and slab edges in Revit, configuring a 200 mm foundation slab with wall offsets, and applying slab edges to create accurate alignment, openings, and joined geometry.

Add beams and beam systems in Revit Structure 2025 by selecting size and family, placing them on grids, and using automatic or sketch methods, with adjustable justification and spacing rules.

Create floors in Revit by editing a concrete floor to 200 mm and applying a 650 offset, then model an elevator shaft with ref planes and a 220 top offset.

learn to manipulate revit views by duplicating views with or without detailing, and explore duplicate as a dependent, visibility graphics, and crop regions for plan, elevation, and 3d views.

Master creating and editing views in Revit, including elevations (standard and framing), sections and wall sections, view range and depth, and 3D section boxes for precise modeling.

Learn to create and adjust an analytical model in Revit, moving from physical to analytical, and using Dynamo for accurate, flexible analysis workflows.

Define load cases and load combinations, then set boundary conditions in Revit Structure 2025. Apply dead, live, wind, and area loads and export the analytical model to Etabs or Prokon.

Create a steel frame in revit by modeling columns, beams, purlins, rafters, and bracing, load sections from autodesk content, then set work planes and align components for later connections.

Insert and customize Revit trusses by loading premade truss families, editing the top and bottom chords and diagonals, and adjusting reference planes and panel widths.

Input dimensions and write text in Revit views, using aligned and linear dimensioning, text tools, and flexible dimension styles to create readable drawings.

Learn to create and customize legends in Revit Structure 2025, including using view and annotate tabs, selecting legend components, sizing, drawing a table, and efficiently editing and copying legend data.

Create and print sheets in revit by inserting views, selecting title blocks, adjusting crop regions and viewports, and organizing sheets into a collection for batch printing to PDF.

Learn to add and customize tags for beams and columns in revit, using tag by category, load custom column tags, and apply beam annotations in plan.

Create an isolated footing detail in Revit using drafting views and annotate tools, incorporate concrete, CMU, insulation, and lumber components, and save the drafting view for reuse.

Create and customize structural foundation schedules in Revit by selecting fields, applying filters and sorting, and using calculated parameters to compute total costs, while formatting and presenting data in sheets.

Learn to create a graphical column schedule in Revit, group similar locations, adjust grid and text appearance, and insert the schedule, noting that slanted columns are excluded.

Create a material takeoff schedule in Revit by adding material name, area, volume, and cost, then calculate total cost (volume multiplied by cost) and apply formatting and filters.

Learn how to import a CAD file into Revit Structure 2025, including link vs import options and how to manage colors, layers, units, and positioning.

Learn to link an architectural model into your Revit structural project, copy and monitor grids, levels, and bearing walls, coordinate changes, and resolve view naming with coordination review.

Learn to create a Revit column with a corbel by building a parametric family with reference planes and parameters for width, depth, corbel height and width, then apply extrusion.

Learn to create a circular isolated footing in Revit by building a parametric circular extrusion, setting diameter and foundation thickness, and assigning concrete.

Learn to create steel connections in Revit, load six preset connections, propagate them across the project, and adjust bolts, gusset, and base plate parameters.

Master controlling base plate and shear plate connections in Revit by defining range of applicability, filtering by family and section, and executing pre-made Dynamo scripts via the Dynamo player.

Explore steel connection enhancements in Revit Structure 2025 using Dynamo player to automate base plates, double side clip angles, clip angles, and apex haunch connections.

Develop customized connections in Revit by creating a circular plate, adding bolts and welds, adjusting stiffness and alignment, and saving the result as a reusable connection type.

Design and modify a steel beam–column connection in revit, using cut through and control contour cut, set work planes, place bolts and stiffeners, and mirror components in 3D.

Learn customized steel connections in Revit Structure 2025 by using miter, cope, and saw-cut flange and web commands with parametric cuts and welds.

Detail a customized steel connection in Revit Structure 2025 by creating 2D callouts and schedules for bolts and plates, then explore 3D detailing with dimensioning, annotation crops, and visibility controls.

Implement reinforcement in Revit by detailing rebar for beams, columns, and isolated footings, using reinforcement settings, cover settings, hooks, shapes, spacing, and sketches for accurate detailing.

Master four reinforcement types in Revit: area, path, fabric area, and fabric sheets, covering placement, spacing, visibility, and clash avoidance for slabs and walls.

Learn to detail rebar and create partitioned, gap-free reinforcement schedules in Revit. Cover filtering, partitioning, annotation, and generating a schedule with total bar length.

Learn to create free form rebars in Revit Structure 2025, applying aligned and surface distributions for curved beams and walls, and master path selection and constraints.

Create multiplanar rebar in revit by sketching on a column, using the multi-planar option, aligning references, and adjusting endpoints for proper three-dimensional placement.

Discover how to move a rebar in a set through a beam in Revit, avoid split sets, and use a modified rebar set filter.

Learn to place rebar by two points in Revit, using shape presets and layout options to speed up reinforcement across slabs and beams.

Propagate rebar in Revit Structure 2025 to copy rebars across similar hosts using align by host or by face, adjusting spacing to fit target column, wall, and beam sizes.

Discover how to displace rebar in Revit structure using the displace elements tool, view displacement path, and tag bars by category for clear detailing.

Learn to model a concrete monolithic staircase in Revit Structure 2025, place and layout rebar, adjust risers, nosing, and run width, and view the 3D details.