• 100 Queen St W, Brampton, ON L6X 1A4, Canada
  • +1-800-961-0337
START DATE END DATE CLASS TIMINGS MODE LOCATION ACTION
11/06/2018 11/09/2018
  • VLT
Live Online
12/17/2018 12/20/2018
  • VLT
Live Online

Autodesk Revit MEP Fundamentals

Course Overview

Autodesk Revit Fundamentals for MEP course is designed to teach the professionals the concepts and principles used for creating 3D parametric models for MEP system using engineering design along with construction documentation which gives full advantage of BIM (Building Information Modeling). The training course will be introducing the students to software’s user interface (UI) and basic components of HVAC, electrical, and piping/plumbing which really makes Autodesk Revit software a powerful and flexible engineering model tool. The course will also help the students to familiarize with the tools which are required for creating, documenting, and printing the parametric models. Many examples and practices are also there to make students understand the basics of a full MEP project by linking an architectural model to constructing documents.

Contents

Chapter 1: Overview of BIM and Autodesk Revit

  • Understanding BIM and Autodesk Revit
  • Interface and its overviewing
  • Start the project
  • Commands viewing

Chapter 2: Basic sketching and modification of tools

  • Use of basic sketching tools
  • Insert the components
  • Select and Edit elements
  • Work with basic modification tools
  • Work with some of additional modification tools

Chapter 3: System project starting

  • Link and Import CAD Files
  • Revit models linking
  • Level set up
  • Copy and monitor elements
  • Coordination of linked models
  • Batch Copy fixture

Chapter 4: Work with Views

  • View display setting
  • View duplication
  • Add callout views
  • Elevation and Section Creating

Chapter 5: Space Set up

  • Preparation of model for Spaces
  • How to add spaces
  • Work with spaces

Chapter 6: Analyzation of heating and cooling loads

  • Zone Creation
  • Apply Color scheme
  • Analyzation of heating and cooling loads

Chapter 7: System Tools

  • Connecting components
  • Overview of creating systems

Chapter 8: HVAC Networks

  • To add mechanical equipment and Air Terminals
  • To Add ducts and pipes
  • To modify ducts and pipes

Chapter 9: Plumbing of Networks

  • Add Plumb fixture and equipment
  • Add Plumb pipes
  • Modify Plumb pipes
  • To add fire protection network

Chapter 10: HVAC and plumbing and advanced systems for them

  • Create and modify systems
  • Create Automatic Layout
  • System testing

Chapter 11: Electrical system

  • Overview of Electrical systems
  • Placing of electrical components
  • Create electrical circuits
  • Set up of panel schedule
  • Add Cable trays and conduits
  • Electrical layout testing

Chapter 12: Creation of Construction Document

  • Sheet set up
  • Place and modify view on sheets
  • Sheets printing

Chapter 13: Annotation of Construction Documents

  • Work with dimensioning
  • Work with texting
  • Add detailed lines and symbols
  • Create legends

Chapter 14: How to Add texts and schedules

  • Tags Adding
  • Work with schedule

Chapter 15: Detail Creation

  • Set up detailed views
  • Adding of detail components
  • Annotation of details

APPENDIX A: Worksets Introduction

APPENDIX B: Additional tools

  • Building Type Settings
  • To define color schemes
  • Customization of Ducts and types of piping
  • Working with system graphics
  • Reports of pressure loss
  • Guiding of grids and sheets
  • Revision of tracking
  • Annotation of dependent views
  • Import and export of schedules
  • Creating schedules for building components
  • Keynoting and its legends

Appendix C: Autodesk Revit Certified Professional Exam for Mechanical Building Systems

Objectives

Appendix D: Autodesk Revit Certified Professional Exam for Electrical Building Systems Objectives

 

This training will be introducing the students to fundamental skills needed for learning Autodesk Revit MEP software. So, it is recommended to candidates that should have some of the experience and basic knowledge of MEP engineering and terminology of its.

Awards