1: Introduction to Autodesk AEC Solutions

• Introduction to Autodesk AEC (Architecture, Engineering, and Construction) solutions.
• Overview of BIM (Building Information Modeling) technology and its applications.
• Introduction to Revit Structure: interface and basic tools.
• Overview of Revit Families types: structural, architectural, and MEP components.

• Creating and managing different views in Revit.
• Working with Planes, Elevations, and Sections.
• Navigating and customizing 3D views for structural design.

• Setting up and managing Levels in Revit for structural elements.
• Creating and modifying Grids for layout and alignment of structural components.
• Best practices for working with levels and grids in large projects.

• Creating Structural Columns and Walls.
• Managing the properties and constraints of structural elements.
• Understanding and working with different structural element types (e.g., concrete, steel, wood).

• Creating and editing Beams in Revit.
• Structuring and modeling Complex Framing Systems.
• Working with Beam Systems and creating continuous beam arrangements.

• Creating floors and understanding floor types and properties.
• Designing and modeling different Foundation types (e.g., slab, isolated, mat foundations).
• Detailing and reinforcing foundation systems within Revit.

• Designing and modeling Stairs and Ramps in Revit.
• Customizing stair types and configurations.
• Working with riser calculations and handrails for structural safety.

• Working with Annotations in Revit (text, symbols, and notes).
• Creating and managing Dimensions and Tags (text-based and graphical).
• Creating and modifying Schedules for structural elements and materials.

• Detailing Reinforcement for concrete elements (e.g., beams, columns, slabs).
• Using Revit’s Rebar tools to model and manage reinforcement schedules.
• Creating detailed rebar annotations and reports for construction drawings.

• Creating and managing Sheets in Revit.
• Placing Views on Sheets for construction documentation.
• Printing and exporting Revit models for presentation and construction purposes.

• Managing CAD and Revit file integration in multidisciplinary projects.
• Understanding Revit worksharing for collaborative team environments.
• Best practices for file management, version control, and model optimization.

• Practical Exercise: Applying the learned skills on a comprehensive project.
• Course Review: Key takeaways and Q&A.
• Final thoughts and guidelines for continued learning and certification.

• Understanding and managing Revit Links for collaborative project management.
• Linking architectural, MEP, and structural models together.
• Resolving issues related to linked files in complex projects.

• Using Design Options for exploring alternative structural solutions.
• Managing and switching between multiple design options.
• Creating and managing design option sets in Revit.

• Understanding Project Phases and how to manage them.
• Setting up Phase filters and displaying different phases in Revit models.
• Using Display Control by Phase to manage views for phased construction projects.

• Overview of Loadable Families in Revit and their importance in structural design.
• Creating 2D Families for structural components.
• Understanding Family Types and working with them to standardize project elements.

• Creating 3D Families in Revit.
• Defining Family Parameters and controlling visibility and behavior in the model.
• Best practices for designing reusable 3D Families.

• Introduction to Revit Worksharing mode.
• Managing Central Project Files and working with Local Project Files.
• Working with Worksets and Display Control of Worksets for collaborative environments.