1- Introduction to Revit Architecture

• Overview of the Revit interface and workspace
• Introduction to the Ribbon, Properties Palette, Project Browser, and Navigation tools
• Setting up a new project, understanding template files and basic project units

• Creating a new project and setting project parameters
• Choosing appropriate templates, customizing project settings
• Setting up levels and grids to define building structure

• Creating basic walls, windows, doors, and floors
• Introduction to standard views: floor plans, 3D views, and section views
• Using alignment tools and dimensioning for accurate placement

• Drawing and modifying walls, columns, doors, and windows
• Introduction to adding and adjusting floor systems and ceilings
• Creating basic roof elements, including slopes and parapets

• Setting up floors, creating floor plans
• Drawing and modifying stairs, ramps, and elevator shafts
• Creating custom stairs and railings for complex designs

• Creating advanced walls (curved, stacked, and curtain walls)
• Designing custom floor plans with varied wall types
• Advanced use of roofs, including sloped and curved roofs

• Adding structural and architectural columns
• Creating curved and sloped surfaces, and using modeling tools for complex geometry
• Working with different structural elements, including beams and trusses

• Inserting interior furniture and design elements (tables, chairs, etc.)
• Adding lighting fixtures, plumbing, and electrical equipment
• Customizing and managing families for efficient interior design

• Understanding Revit families (system, loadable, and in-place families)
• Creating and modifying custom families
• Importing and managing external families

• Understanding levels, grids, and their impact on building design
• Efficiently using levels and grids to manage large-scale projects
• Customizing view templates and working with multiple floor levels

• Creating and customizing schedules for doors, windows, materials, etc.
• Using Revit for quantity takeoffs and data extraction
• Setting up automated reporting and detailed specifications

• Creating curtain walls and windows with custom parameters
• Designing facades with different glazing types and curtain systems
• Working with advanced window and curtain wall types for complex designs

• Using Revit’s built-in energy analysis tools to simulate building performance
• Integrating energy models for sustainability assessments
• Understanding how to implement building performance strategies in Revit

• Drawing and managing high-level architectural details, such as window frames and trims
• Creating custom detailing components and annotations for detailed drawings
• Working with detail components and importing 2D CAD files into 3D models

• Managing materials, textures, and creating realistic finishes
• Understanding how to render architectural models for presentations
• Setting up lighting and rendering views for photorealistic results

• Advanced techniques for designing facades with complex geometries
• Creating and customizing curtain wall systems for large structures
• Designing open spaces and creating dynamic, adaptable floor plans

• Adding and managing 3D views for presentation and documentation
• Creating detailed section views, elevations, and 3D cutaways
• Implementing advanced annotation and dimensioning tools for accurate drawings

• Working with linked models for large projects
• Efficiently managing large-scale projects with multiple building elements
• Techniques for handling complex workflows and collaboration

• Importing and exporting models to and from AutoCAD and other BIM tools
• Collaborating on projects using Navisworks and BIM 360 for project management
• Using Revit’s interoperability features to work with external software

• Review of all course topics, focusing on key concepts and practical applications
• Preparation for Autodesk’s certification exam for Revit Architecture
• Instructions on how to obtain the official Autodesk Certification and tips for success