Revit Structure Beginners to Advanced (Contractor Services)

Define and set the view range boundaries, use the primary range and cut plane to reveal details, then link designed drawings to views and manage CAD layers.

Create and manage project and shared parameters, including instance and type parameters for structural elements, build filters with visibility graphics, and copy view settings across views with a view template.

model column necks and tie beams in Revit to match 2d drawings, placing 300x450 columns and 300x600 beams, and configuring types C1-C3 and B1-B3 with height, width, and offsets.

Create a slab on grade and ground-floor columns in Revit using view range edits, pick lines for boundaries, column depth and height options, shaft openings, and filters for structural walls.

Model a 300 mm one-way ribbed slab in Revit by creating girders and joists with the beam system, setting 550 mm joist spacing, and adding a 50 mm concrete layer.

Master structural walls and complete the concrete model in Revit. Use wall options, location line, and core and finish layers, then copy across levels with filters for accurate slab placement.

Learn manual rebar modeling for a footing in Revit, including setting cover, bottom/top and dowels, stirrups, and long/short directions, then explore Naviate plug-in for rapid rebar modeling.

Utilize the Naviate plugin to create footing reinforcement for footing 4, configuring bottom and top bars, dowels, and stirrups with correct covers and diameters.

Learn to model continuous footing reinforcement in Revit using Naviate, setting covers, detailing main and bottom/top bars, dowels, and wall covers, with 3D visualization.

Model beam reinforcement with manual rebar detailing and the beam system, split long beams into segments, and place 8 mm stirrups and 14 mm top and bottom bars.

Use the area tool to create slab-on-grade rebar, define 30 mm cover, set major/minor directions for top and bottom bars with specified diameters and spacings.

Create column reinforcement in Revit for columns C1, C2, and C3, detailing stirrups, main bars, cover, spacing, lapping, and using Naviate for column geometry.

Create wall rebar in rivet manually using the area tool, 12 mm bars at 150 mm spacing, with wall cover. Extend 500 mm for lap on the first floor.

Learn to model stair reinforcement in Revit by sketching rebar manually, defining stair cover, and detailing rebar sets across stair flights, beams, and slab on grade.

Learn to create automatic connections in Revit, using base plates and clip angles to join columns and footing, adjust plate and bolt details, and resolve clashes with the cope tool.

Explore fabricating steel connections in Revit by detailing plates and bolts for column-beam and girder-joist joints, including contour cuts, bolt layouts, and practical tips.

Model steel stairs and railings in Revit by converting concrete stairs, adjusting run type and tread profiles, adding universal beam stringers, and configuring railings with balusters and base plates.

Learn to use revit for clash detection between structural and architectural finishes by linking models, running interference checks, and exporting clash reports.

Learn to resolve MEP and structural clashes by creating wall openings—rectangular and round sleeves—manually and with parametric openings, preparing for Dynamo automation in the next lecture.

Learn to automate clash resolution in Revit with Dynamo by creating rectangular and round openings for MEP elements, reading dimensions, and applying clearances.

Place multiple views on sheets using the guide grid, create sections, and assemble dedicated sheets for footing, tie beams, and rebar detailing, with legends and callouts.

Learn to tag and annotate structural elements in Revit using match lines, view references, and custom tagging to document foundations, columns, and slabs across all parts.

Complete tagging and annotation for foundation sections, stairs, and rebar detailing in Revit, using break lines, spot elevations with triangle symbols, and section tags, then prepare for shop drawing export.

Export Revit sheets to dwg and pdf by configuring export setup, cad layers, colors, line styles, and view selections for consultant submission.

Learn to create concrete material take-off reports by building schedules, filtering by activity using concrete location, calculating volumes, adding fields, and reading totals for each project activity.

Create the rebar material take-off report and generate rebar schedules with diameter, location, and weight, while aligning with concrete quantities for 4D/5D Navisworks simulations.

Learn how BIM and Revit support construction management by detecting clashes, improving cost estimates, and generating accurate quantity takeoffs to optimize schedule and resource allocation.

Master 4d and 5d simulation for a building project with navisworks, linking revit activities, material take-off reports, and the project schedule to visualize time, cost, and progress.

Learn to reflect site progress in a Revit model, create a 4D progress view, and generate weekly progress sheets with color-coded 100% and in-progress elements for client reporting.

Use itemize every instance to create raw data from Revit schedules, duplicate schedules, then run a Dynamo script and an Excel macro to generate a pivot table progress report.

Apply the propagate rebar tool in revit 2023 to copy and adapt footing reinforcement across footings, set cover and bar counts per design, and use filters for footing rebar schedules.

Model and reinforce beams, girders, and joists in Revit 2023 for a one-way slab, using manual rebar placement, propagate and copy tools, hooks, stirrups, and detailing from drawings.

Model C1, C2, and C3 column reinforcement in Revit by detailing main bars and stirrups, set covers, and propagate patterns across the ground floor.

Explore bonuses and coupons for all courses via the lecture resources pdf, and learn why BIM coordinators coordinate across construction disciplines, with growing demand for Revit and Navisworks skills.