Revit Structure Certification Course (Self-Paced)

This beginner-level Revit course offers an in-depth exploration of the interconnections within a Building Information Model using Revit’s architectural toolset. The curriculum supports development of a fully integrated 3D model that concurrently produces coordinated 2D documentation—such as floor plans, elevations, and rendered perspectives—while drafting and designing. Instruction commences with a predefined template, proceeding through setup of floor plans and elevations, generation of 3D views, assembly of drawing sheets, and exportation of deliverables to PDF. Comprehensive project files and step-by-step video tutorials facilitate each stage of the workflow.

• Describe Primary Revit Concepts and how they relate to Building Information Modeling (BIM).
• Explore the Revit User-Interface.
• Design a 3D building model to explain how information is inter-related.
• Determine the appropriate workflow to complete tasks within Revit.
• Develop a project which includes floors, walls, ceilings, stairs, curtain walls, and roof design to strengthen 3D modeling and 2D documentation skills.
• Create presentation level architectural graphics.
• Catalog building information using schedules.

If you are interested in Revit Certification (also referred to as BIM Certification), we recommend completing the Revit Certification Course series to be fully prepared for the Autodesk Certified User Exam for Revit.

This intermediate-level online BIM course delves into advanced project-documentation techniques within Revit Architecture. Building upon an existing model, the curriculum covers scheduling components, family-editor workflows for 2D and 3D content creation, graphic refinement, and assembly of a concise construction–document set. Through hands-on exercises, the course demonstrates how to transform a conceptual model into an interoperable set of construction drawings.

• Integrate DWG Files to create Revit details.
• Tag elements for cost estimation and material take-offs.
• Explore the capabilities of design options, and how to present different options.
• Create 3D parametric families.
• Build customized door, material, and room schedules that can be used for construction take-offs.
• Explore BIM project Management techniques to keep models efficient and user friendly.

If you are interested in Revit Certification (also referred to as BIM Certification), we recommend completing the Revit Certification Course series to be fully prepared for the Autodesk Certified User Exam for Revit.

You will create and develop an accurate structural model of a real-world, four-story commercial project to learn about structural BIM modeling and to effectively integrate an interactive project with other disciplines.

• Create an accurate structure, for use in all program aspects of designing a project and the construction of a real-world model using Revit Structure.
• Develop a project from the very beginning and see its completion thru all aspects of BIM modeling.
• Gain an understanding of real-world practices for the effective integration of an interactive project with other disciplines.

Continue the structural project started in Revit Structure I. You will update the Revit Structure model, add annotations, set up detail sheets, create framing elevations and create a completed set of structural construction documents.

• Continue modeling an accurate structure, for use in all program aspects of project and construction of a real-world model.
• Finish developing and annotating a project from the very beginning and see its completion thru all aspects of BIM modeling and drawing production.
• Gain an understanding of real world practices for the effective integration of an interactive project with other disciplines.

Use Navisworks to integrate Revit, 3D AutoCAD and compatible programs into a 3D model to create clash detection between architectural, structural, MEP and fire-suppression systems.

• Explore the methodologies for integrating Revit, 3D AutoCAD and compatible software programs into a 3D model which can be used to create clash detection between various structural and MEP systems.
• Apply workflow strategies for efficient use of integrating various BIM models into clash detection analysis models.
• Create timeline animations representing 4D construction modeling and scheduling.
• Produce and resolve time-based clash detection reports which will minimize on-site construction change order requests.