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Completion In REVIT MEP(S-CRM-3798)

  • Last updated Oct, 2026
  • Certified Course

Course Includes

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

What you'll learn

REVIT MEP is a professional BIM course designed to develop practical skills in mechanical, electrical, and plumbing system modeling and documentation using Autodesk Revit.

The course covers HVAC, plumbing, fire protection, electrical systems, MEP families, system connectivity, coordination, clash detection, documentation, schedules, quantities, and BIM workflows.

Learners will work on practical residential and building-services projects, creating coordinated MEP models and professional construction documentation.

What You Will Learn

  • Revit MEP interface and BIM workflow
  • MEP project setup
  • Levels, grids and linked architectural models
  • HVAC fundamentals and modeling
  • Ductwork and mechanical systems
  • Plumbing systems and pipe modeling
  • Sanitary and drainage systems
  • Fire protection and sprinkler systems
  • Electrical systems and layouts
  • Electrical fixtures, panels and circuits
  • MEP families and components
  • System connectivity
  • MEP coordination
  • Clash detection and resolution
  • MEP plans, sections and documentation
  • Schedules and quantity extraction
  • BOQ concepts
  • Advanced BIM workflow
  • MEP project presentation
  • Practical building MEP projects

Who Can Join?

  • Mechanical Engineering Students
  • Electrical Engineering Students
  • Civil Engineering Students
  • Diploma Students
  • MEP Design Students
  • HVAC Professionals
  • Plumbing Professionals
  • Electrical Design Professionals
  • BIM Modelers
  • Revit Professionals
  • Architects and Designers
  • MEP Engineers
  • Construction Professionals
  • BIM Coordinators

Prerequisite

  • Basic computer knowledge
  • Basic engineering drawing knowledge
  • Basic understanding of HVAC, plumbing, or electrical systems is helpful
  • Mechanical, electrical, civil, or MEP knowledge is beneficial
  • AutoCAD knowledge is helpful but not mandatory
  • No previous Revit MEP experience is required

Course Outcome

After completing the course, learners will be able to:

  • Create and manage Revit MEP projects
  • Set up levels, grids and linked models
  • Model HVAC systems and ductwork
  • Model plumbing and drainage systems
  • Create fire protection layouts
  • Model electrical systems
  • Create and manage MEP families
  • Connect MEP systems and components
  • Coordinate MEP models with architectural and structural models
  • Identify and resolve basic clashes
  • Create MEP plans, sections and details
  • Prepare schedules and quantity takeoffs
  • Generate basic BOQ information
  • Organize professional BIM projects
  • Develop coordinated MEP models and documentation

Career & Learning Opportunities

Learners can explore roles such as:

  • Revit MEP Designer
  • MEP BIM Modeler
  • MEP 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
  • MEP Modeling Engineer Trainee
  • Building Services BIM Assistant

Professional Note: Revit MEP is a BIM modeling and documentation platform. Actual MEP designs should be reviewed by qualified professionals and comply with applicable building codes, engineering standards, project specifications, and safety requirements.

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Course Syllabus

Module 1 – Introduction to Revit MEP

  • Introduction to Revit MEP and BIM
  • Understanding the Revit MEP interface
  • MEP project workflow
  • Project browser and properties
  • Revit MEP views
  • Units and project settings
  • Basic BIM concepts

Module 2 – Project Setup and Levels

  • Creating a new MEP project
  • Setting project units
  • Creating levels and grids
  • Linking architectural models
  • Managing linked models
  • Setting up views
  • Project organization

Module 3 – HVAC Fundamentals

  • Introduction to HVAC systems
  • Heating and cooling concepts
  • HVAC equipment
  • Air handling systems
  • Ductwork fundamentals
  • Air terminals
  • HVAC system workflow

Module 4 – HVAC Modeling

  • Creating duct systems
  • Duct types and sizes
  • Placing air terminals
  • HVAC equipment placement
  • Duct fittings and accessories
  • Mechanical system connections
  • HVAC layout development

Module 5 – Advanced HVAC Systems

  • Supply and return air systems
  • Mechanical equipment connections
  • Duct insulation
  • Flexible ducts
  • Duct accessories
  • HVAC system documentation
  • Advanced HVAC modeling workflow

Module 6 – Plumbing Fundamentals

  • Introduction to plumbing systems
  • Domestic water systems
  • Hot and cold water
  • Drainage systems
  • Plumbing fixtures
  • Pipe types and sizes
  • Plumbing system concepts

Module 7 – Plumbing Modeling

  • Creating pipe systems
  • Placing plumbing fixtures
  • Pipe connections
  • Pipe fittings
  • Slopes and drainage
  • Sanitary systems
  • Plumbing layout development

Module 8 – Fire Protection Systems

  • Introduction to fire protection
  • Sprinkler systems
  • Fire protection equipment
  • Pipe networks
  • Sprinkler placement
  • Fire protection layouts
  • Basic fire system documentation

Module 9 – Electrical Fundamentals

  • Introduction to electrical systems
  • Electrical equipment
  • Electrical fixtures
  • Lighting systems
  • Power distribution concepts
  • Panels and circuits
  • Electrical project workflow

Module 10 – Electrical Modeling

  • Placing electrical fixtures
  • Lighting fixture layouts
  • Power devices
  • Panels and equipment
  • Electrical circuits
  • Cable tray and conduit concepts
  • Electrical documentation

Module 11 – MEP Families and Components

  • Understanding Revit MEP families
  • System families
  • Loadable families
  • MEP equipment families
  • Creating and modifying components
  • Family parameters
  • Managing MEP content libraries

Module 12 – MEP Systems and Connectivity

  • Understanding MEP system connectivity
  • Creating logical systems
  • Connecting equipment and devices
  • System browser
  • Flow and system properties
  • Troubleshooting disconnected systems
  • Maintaining model connectivity

Module 13 – MEP Coordination

  • Architectural and structural model coordination
  • Linking models
  • Coordination views
  • MEP spatial coordination
  • Identifying design conflicts
  • Coordination with other disciplines
  • BIM coordination workflow

Module 14 – Clash Detection

  • Introduction to clash detection
  • Identifying MEP clashes
  • Duct and pipe conflicts
  • Structural and MEP clashes
  • Clearance requirements
  • Coordination and clash resolution
  • Improving coordinated models

Module 15 – MEP Documentation

  • Creating MEP plans
  • Sections and elevations
  • Detail views
  • Tags and annotations
  • Dimensions
  • View templates
  • MEP drawing documentation

Module 16 – Schedules, Quantities and BOQ

  • Creating MEP schedules
  • Equipment schedules
  • Pipe and duct schedules
  • Fixture schedules
  • Material quantities
  • Basic BOQ preparation
  • Quantity extraction from BIM models

Module 17 – Advanced Revit MEP & BIM Workflow

  • Advanced MEP modeling
  • Linked model management
  • Worksets and collaboration concepts
  • Model performance optimization
  • Design changes and coordination
  • BIM project standards
  • Professional MEP workflow

Module 18 – MEP Analysis and Project Presentation

  • Basic system analysis concepts
  • Reviewing MEP system information
  • System performance concepts
  • Design validation
  • 3D visualization
  • Project presentation
  • Preparing professional MEP documentation

Module 19 – Practical Revit MEP Projects

  • Residential MEP project
  • HVAC system modeling
  • Plumbing system modeling
  • Electrical layout
  • Fire protection system
  • MEP coordination
  • Schedules and quantity extraction

Module 20 – Final Revit MEP Project & Assessment

  • Complete MEP BIM project
  • Architectural model linking
  • HVAC modeling
  • Plumbing modeling
  • Electrical modeling
  • Fire protection modeling
  • Clash coordination
  • Documentation and schedules
  • Final project presentation and assessment


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