# Introduction to Navisworks (Self-Paced) Canonical URL: ## Overview The Introduction to Navisworks course explores how to integrate Revit, 3D AutoCAD, and other compatible software into a 3D model for clash detection between various systems, including architectural, structural, MEP, and fire suppression systems. The course teaches how to apply workflow strategies for integrating multiple BIM models into clash detection analysis, create 4D construction models and timeline animations, and generate reports to resolve time-based clashes. - **Integrate Revit and AutoCAD for Clash Detection:** Learn how to integrate Revit, 3D AutoCAD, and compatible programs into a single 3D model in Navisworks to detect clashes between architectural, structural, MEP, and fire suppression systems. - **Apply Strategies for Clash Detection Analysis:** Develop efficient workflow strategies for integrating various BIM models into clash detection analysis. This will help streamline the process of identifying and resolving conflicts during the design phase. - **Create 4D Construction Models and Animations:** Learn to create timeline animations that represent construction scheduling and sequencing in 4D. Use these animations to visualize the construction process. - **Produce Time-Based Reports to Minimize Change Orders:** Gain experience producing and resolving time-based clash detection reports. This will allow you to minimize on-site construction change orders by addressing issues before construction begins. ## What you'll learn - 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. ## Schedule - Jul 12, 2026 12:00am–12:00am — Live Online - Jul 12, 2026 – Aug 11, 2026 — Live Online - Jul 14, 2026 – Aug 13, 2026 — Live Online - Jul 18, 2026 – Aug 17, 2026 — Live Online - Jul 19, 2026 – Aug 18, 2026 — Live Online - Jul 20, 2026 – Aug 19, 2026 — Live Online ## Pricing **Tuition:** $579