Structural Revit Course

Lesson 1 • Revit Interface and Navigation Basics

Covers the ribbon, project browser, properties palette, and view controls. Establishes spatial orientation essential for all subsequent modelling tasks.

Lesson 2 • Levels, Grids, and Reference Planes

Establishes the datum elements that control structural geometry. Grids and levels are the backbone of all structural element placement.

Lesson 3 • Revit File Types and Data Structure

Explains project files, families, and templates and how data is stored. Understanding file types prevents data loss and supports team collaboration.

Lesson 1 • Modifying Structural Family Parameters

Teaches editing type and instance parameters to match structural specifications. Parameter control drives accurate scheduling and documentation.

Lesson 2 • Loading and Managing Structural Families

Covers sourcing families from libraries and manufacturer content. Proper management keeps projects lean and standards-compliant.

Lesson 3 • Structural Material Definitions

Defines material assets including structural, thermal, and appearance properties. Accurate materials support analysis exports and quantity takeoffs.

Lesson 4 • Creating Custom Structural Families

Introduces the Family Editor for building parametric structural profiles. Custom families fill gaps in standard libraries for unique section shapes.

Lesson 1 • Structural Column Properties and Constraints

Controls height, offset, and justification parameters for structural columns. Constraint-driven columns update automatically when levels change.

Lesson 2 • Placing Architectural and Structural Columns

Distinguishes architectural from structural columns and covers placement methods. Correct column type selection affects analysis and documentation output.

Lesson 3 • Modelling Structural Walls

Creates concrete, masonry, and shear walls with correct structural usage settings. Structural walls participate in analysis models and load paths.

Lesson 1 • Structural Framing Systems and Beam Systems

Automates repetitive framing with beam systems and layout rules. Beam systems reduce modelling time and maintain consistent spacing.

Lesson 2 • Framing Connections and Analytical Adjustments

Reviews connection symbols and analytical model alignment for framing elements. Accurate analytical lines ensure valid structural analysis exports.

Lesson 3 • Modelling Structural Braces

Places lateral bracing elements in plan and elevation with correct angle constraints. Braces complete the lateral force-resisting system in the model.

Lesson 4 • Creating and Configuring Trusses

Builds trusses using Revit's truss tool with chord and web member families. Trusses represent long-span framing and require accurate chord definitions.

Lesson 1 • Composite Deck and Metal Deck Modelling

Configures composite slab assemblies with deck profiles and concrete topping. Composite decks require correct layer order for structural and quantity accuracy.

Lesson 2 • Isolated and Strip Foundations

Places spread footings and strip foundations with correct bearing elevation settings. Foundation elements anchor the structural model to the site datum.

Lesson 3 • Structural Floor and Slab Modelling

Creates structural floor types with layered assemblies and span direction. Slab thickness and material drive quantity schedules and analysis loads.

Lesson 4 • Mat Foundations and Pile Caps

Models mat slabs and pile cap elements for deep foundation systems. These elements require specific structural usage settings for analysis compatibility.

Lesson 1 • Exporting to Structural Analysis Software

Exports the analytical model via direct links or neutral file formats to analysis platforms. Export settings control which elements and loads are transferred.

Lesson 2 • Structural Loads and Load Cases

Applies point, line, and area loads with load case and load combination definitions. Load input in Revit transfers directly to linked analysis software.

Lesson 3 • Adjusting Analytical Lines and Nodes

Corrects misaligned analytical lines and disconnected nodes to ensure model integrity. Clean nodes prevent solver errors in analysis software.

Lesson 4 • Boundary Conditions and Supports

Assigns pinned, fixed, and roller boundary conditions to foundation nodes. Correct supports define the structural behaviour assumed in analysis.

Lesson 1 • Dimensions, Annotations, and Symbols

Places aligned, angular, and spot dimensions with correct reference selection. Annotations and symbols communicate structural intent on construction drawings.

Lesson 2 • Sheet Composition and Title Blocks

Assembles views onto sheets with title blocks, viewports, and drawing lists. Proper sheet setup meets project delivery standards and client requirements.

Lesson 3 • Tagging Structural Elements

Applies beam, column, wall, and foundation tags using loaded tag families. Tags link to element parameters and update automatically with model changes.

Lesson 4 • Structural Schedules and Quantity Takeoffs

Builds framing, column, and foundation schedules with calculated fields and filters. Schedules extract model data directly, reducing manual quantity errors.

Lesson 1 • Design Options and Phasing

Uses design options to compare structural schemes and phasing to model construction sequences. These tools support value engineering and phased delivery projects.

Lesson 2 • Linking and Coordinating Discipline Models

Links architectural and MEP models to the structural model for clash detection. Coordination workflows reduce field conflicts and rework costs.

Lesson 3 • Model Auditing and Quality Control

Runs audit, purge, and warning review routines to maintain model health. Regular QC prevents performance degradation and documentation errors.

Lesson 4 • Worksharing and Central Model Management

Configures worksharing with worksets for multi-user structural projects. Workset discipline prevents overwrite conflicts and maintains model integrity.