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Completion In REVIT MEP(S-CRM-4469)

  • Last updated Oct, 2026
  • Certified Course

Course Includes

  • Duration1 Month
  • Enrolled0
  • Lectures25
  • Videos0
  • Notes0
  • CertificateYes

What you'll learn

REVIT MEP is a professional Building Information Modeling (BIM) course designed for learners who want to develop practical skills in mechanical, electrical and plumbing system modeling using Autodesk Revit.

The course covers the complete MEP BIM workflow, including HVAC, plumbing, fire protection and electrical system modeling, along with MEP families, system connectivity, architectural coordination, clash detection, documentation, schedules and quantity takeoff.

Learners will work with building models to understand how different MEP systems are created, connected and coordinated within a BIM environment. The course also introduces professional coordination techniques for identifying conflicts between ducts, pipes, electrical systems, architectural elements and structural components.

Practical projects are included to help learners develop complete MEP models and prepare professional construction documentation.

What You Will Learn

  • Revit MEP interface and BIM concepts
  • MEP project setup
  • Levels and grids
  • Architectural model linking
  • HVAC fundamentals
  • Duct and HVAC system modeling
  • Mechanical equipment and air terminals
  • Advanced HVAC systems
  • Plumbing systems
  • Pipe and plumbing fixture modeling
  • Fire sprinkler systems
  • Electrical systems and circuits
  • Electrical fixtures and panels
  • MEP families and components
  • MEP system connectivity
  • Architectural and MEP coordination
  • Clash detection and resolution concepts
  • MEP documentation
  • Schedules and quantity takeoff
  • Complete MEP BIM projects

Who Can Join?

  • Mechanical Engineering students
  • Civil Engineering students
  • Electrical Engineering students
  • Diploma students
  • Architecture students
  • MEP professionals
  • HVAC professionals
  • Plumbing professionals
  • Electrical design professionals
  • BIM students
  • Revit learners
  • Construction professionals

Prerequisite

  • Basic computer knowledge
  • Basic engineering drawing knowledge
  • Basic HVAC, plumbing or electrical concepts are helpful
  • AutoCAD knowledge is beneficial but not mandatory
  • Basic building services knowledge is helpful
  • No previous Revit MEP experience is required

Course Outcome

After completing the course, learners will be able to:

  • Set up MEP projects in Revit
  • Link and coordinate architectural models
  • Create HVAC systems and duct layouts
  • Model mechanical equipment and air terminals
  • Create plumbing pipe systems
  • Model plumbing fixtures and drainage systems
  • Develop fire protection layouts
  • Create electrical systems and circuits
  • Place electrical fixtures and panels
  • Manage MEP families and components
  • Connect and troubleshoot MEP systems
  • Coordinate MEP systems with architectural and structural models
  • Identify common MEP clashes
  • Prepare MEP construction documentation
  • Create schedules and quantity takeoffs
  • Develop complete MEP BIM projects

Career & Learning Opportunities

  • Revit MEP Designer
  • MEP BIM Modeler
  • BIM Engineer Trainee
  • HVAC BIM Modeler
  • Mechanical BIM Engineer Trainee
  • Plumbing BIM Modeler
  • Electrical BIM Modeler
  • MEP Design Engineer Trainee
  • BIM Coordinator Trainee
  • MEP CAD Designer
  • HVAC Design Assistant
  • Building Services Designer
  • MEP Coordination Assistant
  • MEP Documentation Assistant
  • BIM Project Assistant
  • MEP Design & Documentation Assistant

Note: Actual MEP designs should be reviewed and approved by qualified professionals and coordinated with applicable building codes, safety standards and project specifications before construction.

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Course Syllabus

Module 1: Introduction to Revit MEP

  • Introduction to Autodesk Revit MEP
  • BIM and MEP concepts
  • Applications of Revit MEP
  • Revit MEP interface and workspace
  • Project Browser and Properties
  • MEP project workflow
  • Basic navigation and project setup

Module 2: Project Setup & Levels

  • Creating a new MEP project
  • Project units and settings
  • Levels and building stories
  • Grids and reference elements
  • MEP project organization
  • Linking architectural models
  • Coordination basics

Module 3: HVAC Fundamentals

  • Introduction to HVAC systems
  • Heating and cooling concepts
  • Air distribution systems
  • Ductwork fundamentals
  • HVAC equipment
  • Air terminals
  • HVAC design workflow

Module 4: HVAC Modeling

  • Creating duct systems
  • Duct types and properties
  • Duct fittings
  • Air terminals
  • Mechanical equipment
  • Duct accessories
  • HVAC system connections

Module 5: Advanced HVAC Systems

  • Supply air systems
  • Return air systems
  • Exhaust systems
  • Mechanical system connectivity
  • Duct sizing concepts
  • System analysis concepts
  • HVAC documentation

Module 6: Plumbing Fundamentals

  • Introduction to plumbing systems
  • Water supply systems
  • Hot and cold water systems
  • Sanitary drainage
  • Plumbing fixtures
  • Pipe types and fittings
  • Plumbing design workflow

Module 7: Plumbing Modeling

  • Creating pipe systems
  • Pipe routing
  • Pipe fittings
  • Plumbing fixtures
  • Pipe slopes
  • Sanitary and water supply systems
  • Plumbing system connectivity

Module 8: Fire Protection Systems

  • Introduction to fire protection
  • Fire sprinkler systems
  • Sprinkler heads
  • Fire protection pipes
  • Pipe fittings
  • Fire protection system layout
  • Basic fire protection documentation

Module 9: Electrical Fundamentals

  • Introduction to electrical systems
  • Electrical circuits
  • Electrical equipment
  • Panels and distribution boards
  • Lighting systems
  • Power systems
  • Electrical design workflow

Module 10: Electrical Modeling

  • Creating electrical systems
  • Electrical fixtures
  • Lighting fixtures
  • Power outlets
  • Panels
  • Circuit creation
  • Electrical system connectivity

Module 11: MEP Families & Components

  • Introduction to MEP families
  • System families
  • Loadable families
  • Mechanical equipment families
  • Plumbing fixture families
  • Electrical component families
  • Family types and parameters

Module 12: MEP Systems & Connectivity

  • Mechanical systems
  • Plumbing systems
  • Electrical systems
  • System connectors
  • Connecting MEP components
  • System hierarchy
  • System troubleshooting

Module 13: MEP Coordination

  • Architectural and MEP coordination
  • Linking Revit models
  • Coordination workflow
  • Model alignment
  • Copy/Monitor concepts
  • MEP coordination standards
  • Coordination review

Module 14: Clash Detection

  • Introduction to clash detection
  • Identifying MEP clashes
  • Duct and pipe conflicts
  • Electrical and mechanical coordination
  • Structural coordination
  • Clash resolution concepts
  • Coordination reports

Module 15: MEP Documentation

  • MEP floor plans
  • Sections and elevations
  • Detail views
  • Tags and annotations
  • Dimensions
  • MEP symbols
  • Construction documentation

Module 16: Schedules, Quantities & BOQ

  • MEP schedules
  • Equipment schedules
  • Pipe schedules
  • Duct schedules
  • Electrical schedules
  • Material quantities
  • Quantity takeoff
  • BOQ preparation concepts

Module 17: Advanced Revit MEP

  • Worksharing concepts
  • Linked models
  • Design options
  • Phasing
  • Project templates
  • Advanced family concepts
  • MEP model management

Module 18: MEP Analysis & Project Presentation

  • MEP system review
  • System performance concepts
  • Equipment coordination
  • 3D MEP visualization
  • Section box and system views
  • Project presentation
  • Professional documentation

Module 19: Practical Revit MEP Projects

  • Residential MEP project
  • Commercial building MEP model
  • HVAC modeling project
  • Plumbing system project
  • Fire protection project
  • Electrical system project
  • Complete MEP coordination project

Module 20: Final Revit MEP Project & Assessment

  • Complete MEP project setup
  • Architectural model linking
  • HVAC system modeling
  • Plumbing system modeling
  • Fire protection system
  • Electrical system modeling
  • MEP coordination
  • Clash identification and resolution
  • Schedules and quantity takeoff
  • Sheet and documentation preparation
  • Final practical assessment


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