Autodesk Revit Course

Lesson 1 • BIM Concepts and Revit's Role

Defines Building Information Modeling and explains how Revit implements it. Establishes the conceptual framework used throughout the entire course.

Lesson 2 • Starting and Configuring a Project

Guides students through creating a new project from a template and configuring units. Proper setup prevents errors in later modeling stages.

Lesson 3 • Basic Selection and Editing Tools

Introduces selection filters, move, copy, rotate, and mirror commands. Mastery of these tools accelerates all modeling tasks ahead.

Lesson 4 • Levels, Grids, and Reference Planes

Teaches creation of levels and grids as the structural skeleton of any Revit project. These datums control all subsequent element placement.

Lesson 1 • Stairs, Ramps, and Railings

Introduces component-based stair creation, ramp sketching, and railing customization. These elements require understanding of level-to-level relationships.

Lesson 2 • Walls: Types, Placement, and Editing

Covers basic wall types, placement methods, and editing handles. Students understand how wall properties drive geometry and documentation.

Lesson 3 • Doors and Windows Placement

Teaches loading, placing, and tagging door and window families. Proper placement links elements to host walls for automatic schedule updates.

Lesson 4 • Floors and Ceilings

Explains sketch-based floor and ceiling creation, slope arrows, and layer composition. These elements complete the horizontal enclosure of each level.

Lesson 1 • Converting Mass to Building Elements

Explains face-based tools to generate walls, floors, and roofs from mass geometry. This workflow bridges conceptual design and detailed construction modeling.

Lesson 2 • Grading and Earthwork

Teaches split surface, graded region, and cut-and-fill volume calculation. These tools quantify earthwork for civil coordination and cost estimation.

Lesson 3 • Conceptual Massing Basics

Introduces the conceptual massing environment for early form exploration. Massing studies inform floor area, facade area, and structural layout decisions.

Lesson 1 • Loading and Managing Families

Covers sourcing families from libraries, purging unused content, and organizing types. Efficient library management reduces file size and modeling errors.

Lesson 2 • Modifying Existing Family Types

Teaches editing type parameters, duplicating types, and adjusting geometry in the family editor. Students adapt standard families without rebuilding from scratch.

Lesson 3 • Building a Parametric Family

Guides creation of a new loadable family using reference planes, constraints, and formulas. Students produce a fully parametric component ready for project use.

Lesson 4 • Shared and Project Parameters

Explains shared parameters for cross-family scheduling and project parameters for global data. These tools enable advanced data extraction and reporting.

Lesson 1 • Visibility and Graphics Overrides

Teaches the Visibility/Graphics dialog, filters, and element overrides for clear drawings. Consistent graphic standards improve drawing readability across the team.

Lesson 2 • View Types and View Properties

Covers floor plans, reflected ceiling plans, elevations, sections, and 3D views. Students control visibility, detail level, and view range for each type.

Lesson 3 • Tags and Symbols

Explains room tags, door tags, material tags, and generic annotation symbols. Tags pull live data from elements, keeping drawings automatically updated.

Lesson 4 • Dimensions, Text, and Annotations

Covers aligned, angular, and radial dimensions plus text notes and keynotes. Accurate annotation is essential for contractor-ready construction documents.

Lesson 1 • Key Schedules and Legends

Introduces key schedules for driving type parameters and legends for graphic notation. These tools standardize data entry and improve drawing set consistency.

Lesson 2 • Room and Area Schedules

Covers room placement, area boundaries, and room finish schedules. Accurate area data supports space planning and regulatory compliance reporting.

Lesson 3 • Creating Element Schedules

Covers schedule creation for doors, windows, rooms, and general elements. Schedules update automatically when model elements change, ensuring data accuracy.

Lesson 4 • Material Takeoff Schedules

Explains material takeoff schedules that quantify layers within compound elements. These schedules support cost estimation and procurement planning.

Lesson 1 • Linking Revit Models

Teaches linking architectural, structural, and MEP models for coordination review. Linked models allow discipline teams to reference each other's work without merging files.

Lesson 2 • Enabling Worksharing and Worksets

Covers enabling worksharing, creating worksets, and assigning elements to worksets. Proper workset structure prevents conflicts in large team environments.

Lesson 3 • Interference Checking

Explains the Interference Check tool for detecting clashes between model categories. Systematic clash detection reduces costly field conflicts during construction.

Lesson 4 • Copy/Monitor and Coordination

Covers Copy/Monitor for tracking structural grids, levels, and columns across links. Alerts notify teams when monitored elements are modified by other disciplines.

Lesson 1 • Rendering and Visualization

Covers material assignment, lighting setup, and rendering settings for presentation images. Visual outputs support client communication and design approval processes.

Lesson 2 • Project Delivery and Export

Guides IFC export, DWG export settings, and transmittal preparation for project closeout. Students deliver a complete, standards-compliant BIM package to stakeholders.

Lesson 3 • In-Place and Adaptive Components

Explains in-place families for unique site-specific geometry and adaptive components for patterned facades. These tools handle geometry that standard families cannot produce.

Lesson 4 • Complex Wall and Curtain Systems

Teaches stacked walls, in-place wall profiles, curtain grids, and mullion customization. Students model high-performance facade systems with precise parametric control.