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The Ultimate Guide to HVAC Projects in Revit:Start to Finish

Learn HVAC design & implementation with Autodesk Revit MEP. This step-by-step course provides comprehensive training for HVAC professionals. Master Revit MEP for efficient building systems design.

4.4(72)
319students
13h 58m
Certificate
Design Experts - MEP
Design Experts - MEPMEP Learning Academy

Course Content

The Ultimate Guide to HVAC Projects in Revit:Start to Finish is an all-levels Udemy course taught by Design Experts - MEP. It runs 13h 58m, is taught in English, and includes a certificate of completion. Learners rate it 4.4 out of 5 from 72 reviews, with 319 students enrolled. It is a paid course, first published September 2023.

Unlock Your Potential: HVAC Design in Revit - A Comprehensive Guide

Master HVAC design and implementation with "The Ultimate Guide to HVAC Projects in Revit: Start to Finish." This in-depth course empowers you with the skills to excel in Revit HVAC, covering every stage of the process, from initial concept to final documentation. Whether you're a beginner or an experienced professional, this course provides practical, hands-on lessons and real-world examples to elevate your expertise.

Course Overview: From Concept to Completion

  • Skill Level: Suitable for all skill levels, from foundational knowledge to advanced techniques.
  • Hands-On Learning: Dive into real HVAC projects and learn to create, design, and simulate systems within Revit.
  • End-to-End Process: Learn every aspect of HVAC design, including load calculations, ductwork design, equipment selection, and comprehensive project documentation.

Comprehensive Curriculum: Mastering Revit HVAC

  1. Setting Up a BIM Project:

    • Purging Architectural Models: Optimize your Revit model for efficient HVAC design.
    • Creating & Saving MEP Model Files: Learn best practices for file management.
    • Project Information & Units: Properly configure project settings.
    • Linking AR/ST Models: Integrate architectural and structural models.
    • Model Review & Coordinate Coordinates: Ensure accurate model alignment.
    • Copy/Monitor Levels & Grids: Manage project levels and grids effectively.
    • Setting Up Required Views: Create essential views for HVAC design.
  2. HVAC Load Calculations in Revit:

    • Linked Model Settings: Configure settings for linked models.
    • Room Bounding & Element Selection Control: Refine load calculation accuracy.
    • Visibility Graphics & Energy Settings: Optimize visual representation and energy analysis.
    • Area & Volume Computation: Accurately calculate space dimensions.
    • Geographical Project Location: Factor in climate data for precise calculations.
    • Basic & Advanced Energy Settings: Understand and apply energy-efficient strategies.
    • Adding Spaces & Defining Occupancy: Specify space types and occupancy loads.
    • Assigning U-values: Define thermal properties of building materials.
    • Assigning People, Lighting & Power Loads: Accurately calculate building loads.
    • Adding Zones & Zone Information: Divide the building into zones for targeted HVAC control.
    • Running Heating & Cooling Loads Tool: Perform detailed load calculations within Revit.
    • Analyzing & Preparing HVAC Load Schedules: Generate comprehensive load reports.
    • Preparing HVAC Ventilation Schedules: Ensure adequate indoor air quality.
  3. Duct System Design in Revit:

    • Initial Duct Settings: Configure Revit settings for ductwork design.
    • Mechanical Settings & Duct Types: Create and manage duct types and routing preferences.
    • Sizing & Placing Mechanical Equipment: Integrate HVAC equipment into your design.
    • Sizing & Placing Air Terminals: Select and position appropriate air terminals.
    • Fresh & Exhaust Air Louver Sizing: Optimize airflow for fresh and exhaust air.
    • Creating & Analyzing Logical Air Systems: Design efficient air distribution systems.
    • Placing & Sizing Ducts: Create and size ducts within Revit.
    • Adding Duct Accessories, Lining & Insulation: Add necessary components for system performance.
    • Verifying Your Design:
      • Color Fill Legend for Velocity: Visualize airflow velocity.
      • Checking Duct Systems with System Inspector: Ensure system integrity.
      • System Inspector Tool: Utilize the system inspector for detailed analysis.
  4. Project Documentation in Revit:

    • Drafting View vs. Legend View: Understand the difference and proper usage.
    • Creating HVAC Symbols, Notes & Abbreviations: Develop a consistent symbol library.
    • Adding Typical Details: Create standard details for recurring elements.
    • Importing CAD Files in Revit: Integrate existing CAD data.
    • Import/Export Drafting Views: Manage view exchange.
    • Adding Annotation on Sheet Views: Add clear and concise annotations.
    • Setting Up a View Template: Create consistent view settings.
    • Creating & Editing Tags: Add
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