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Course Overview
Looking to bring your architectural ideas to life with precision and efficiency? The Autodesk Revit Architecture course is designed for architects, interior designers, and construction professionals who want to harness the power of Building Information Modeling (BIM). Learn to create 2D and 3D models, generate detailed construction documents, and manage architectural projects using industry-leading Autodesk Revit software.
With over 70% of AEC firms now requiring BIM expertise, mastering Revit training is essential to thrive in today’s design and construction industry.
Who Should Attend
This Autodesk Revit Architecture training is ideal for:
- Architects, interior designers, and drafters
- Structural and mechanical design engineers
- Construction and CAD professionals
- Students preparing for Revit certification exams or exploring online Revit courses
No prior Revit experience is required. Familiarity with architectural design, AutoCAD, or other design software is helpful.
Course Objectives
This Autodesk Revit Architecture training equips learners with foundational and advanced skills to design and document buildings using powerful Building Information Modeling (BIM) software. You'll develop the ability to use Revit to create 2D drawings, 3D models, and manage BIM data across all phases of the design process.
You’ll also prepare for Autodesk credentials such as the Autodesk Certified Professional in Revit for Architectural Design Exam, gaining the skills necessary to model and document design projects using Revit families, shared coordinates, and parametric components.
Course Outline
Fundamentals
Lesson 1: Navigating the User Interface
Get familiar with Revit software tools, view navigation, and workspace setup.
Lesson 2: Introduction to Conceptual Design
Use sketching tools for early design exploration and massing studies.
Lesson 3: Developing the Design
Model walls, windows, and doors; build components for architectural structures.
Lesson 4: Creating Construction Documentation
Create detailed construction drawings, annotations, and schedules.
Lesson 5: Exporting and Publishing Models
Export Revit files, create print sets, and generate digital submissions.
Advanced Topics
Lesson 6: Site Design Tools
Use building site tools to manage grading, site elements, and top surfaces.
Lesson 7: Importing External Data
Integrate CAD, raster images, and PDFs to enhance your Revit model.
Lesson 8: Project Linking and Shared Coordinates
Learn project linking techniques, shared coordinates, and collaboration workflows.
Lesson 9: Modeling and Editing Topography
Create and edit topographic surfaces for building design.
Lesson 10: Using Phasing and Design Options
Control project timelines and explore alternate design options within the same model.
Lesson 11: Massing and Conceptual Studies
Model mass elements and perform early volumetric analysis.
Lesson 12: Generating Elements from Mass Faces
Create roofs, walls, and curtain systems directly from mass elements.
Lesson 13: Data Extraction from Models
Generate schedules, quantities, and reports from Revit families and model data.
Lesson 14: Working with IFC and OBDC Databases
Support data interoperability and collaboration with open file formats.
Lesson 15: Performing Interference Checks
Run interference checks to identify clashes in architectural and engineering design workflows.
Lesson 16: Understanding Parametric Components
Model smart building elements using parametric relationships.
Lesson 17: Creating In-Place Families
Design custom components directly within the project environment.
Lesson 18: Building Custom Parametric Families
Develop flexible, reusable families using Revit’s family editor.
Lesson 19: Working with Nested Families
Create hierarchical component structures for advanced modeling.
Lesson 20: Collaborating with Worksharing
Implement worksharing techniques to support multi-user collaboration.
Lesson 21: Revit Implementation and Optimization
Apply best practices for setting up efficient project standards.
Lesson 22: Cross-Team Project Collaboration
Manage construction documents and model sharing across disciplines.
Lesson 23: Using Copy/Monitor Tools
Coordinate between disciplines using copy/monitor workflows.
Lesson 24: Sharing Data Across Disciplines
Ensure accurate BIM coordination between architecture, MEP, and structural teams.