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Cert Prep: Revit for Mechanical & Plumbing Design Professional

Offered By: LinkedIn Learning

Tags

Mechanical Design Courses AutoCAD Courses HVAC (Heating, Ventilation, and Air Conditioning) Courses

Course Description

Overview

Study to become a Professional in Revit for Mechanical Design with this prep course from Revit expert Eric Wing. Focus on the mechanical and plumbing sections of the exam.

Syllabus

Introduction
  • Introduction
  • Finding Revit content
1. Collaboration
  • Import AutoCAD files into Revit
  • Link Revit models
  • Copy levels and set up monitoring
  • Create floor plans
  • Resolve coordination review errors
  • Use worksets
2. Documentation
  • Mechanical: Tag ducts and piping
  • Plumbing: Tag items
  • Create an annotation symbol
  • Create a note block
3. Elements
  • Differentiate system and component families
  • Create a new family type
  • Create simple mechanical equipment
  • Edit family connectors
4. Modeling
  • Mechanical: Add and use mechanical equipment
  • Mechanical: Add and modify air terminals
  • Mechanical: Add and modify ducts
  • Mechanical: Add and modify return ducts
  • Mechanical: Add and modify duct accessories and fittings
  • Mechanical: Work with spaces
  • Plumbing: Add and modify fixtures
  • Plumbing: Add and modify piping
  • Plumbing: Routing preferences
  • Plumbing: Create a piping system
  • Plumbing: Add and modify pipe accessories
  • Mechanical: Define a duct system
  • Perform interference check
  • Plumbing: Add and modify placeholder pipe
  • Size duct and pipe systems
  • Check duct and pipe systems and disconnects
5. Views
  • Apply view templates
  • Creating schedules
  • Setting up phasing
6. Annotations
  • Configuring text styles
  • Configuring dimension styles
  • Adding and configuring annotation symbols
  • Creating line styles
  • Setting up global Object Styles
7. Analysis
  • Creating an air system
  • Creating a system zone
  • Creating an energy model
  • Performing an HVAC system analysis
  • Performing an annual building analysis
  • Generating a model for use with insight
Conclusion
  • Next steps

Taught by

Eric Wing

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