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Completion In REVIT-MEP(S-CR-8769)

  • 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 to develop practical skills in HVAC, plumbing, fire protection, electrical systems, MEP modeling, coordination, documentation, quantity scheduling, and building services design.

The course covers the complete MEP workflow, starting from project setup and architectural coordination and progressing through duct and pipe modeling, electrical systems, fire protection, MEP families, system connectivity, clash detection, documentation, schedules and BIM collaboration.

Students will learn how to develop coordinated MEP models for residential, commercial and other building projects using a practical BIM-based workflow.

What You Will Learn

  • Revit MEP interface and BIM fundamentals
  • MEP project setup
  • Levels, grids and views
  • Architectural model linking
  • HVAC system fundamentals
  • Duct and mechanical equipment modeling
  • Supply, return and exhaust systems
  • Plumbing system design
  • Pipe and plumbing fixture modeling
  • Fire sprinkler and fire protection systems
  • Electrical systems and equipment
  • Electrical circuits and panels
  • Cable trays and conduits
  • MEP families and components
  • MEP system connectivity
  • Clash detection and coordination
  • MEP documentation
  • Schedules and quantity takeoff
  • BOQ preparation concepts
  • BIM collaboration and worksharing
  • Complete practical Revit MEP projects

Who Can Join?

  • Mechanical Engineering Students
  • Civil Engineering Students
  • Electrical Engineering Students
  • Architecture Students
  • Building Services Students
  • MEP Engineering Students
  • Diploma Engineering Students
  • HVAC Professionals
  • Plumbing Professionals
  • Electrical Design Professionals
  • BIM Learners
  • Revit Professionals
  • MEP Designers

Prerequisite

  • Basic computer knowledge
  • Basic engineering drawing knowledge
  • Basic understanding of building services is helpful
  • Knowledge of AutoCAD is beneficial
  • Basic HVAC, plumbing or electrical concepts are helpful
  • No previous Revit MEP experience is required

Course Outcome

After completing the course, learners will be able to:

  • Understand BIM and Revit MEP workflows
  • Set up professional MEP projects
  • Link and coordinate architectural models
  • Create HVAC duct systems
  • Model plumbing pipe systems
  • Develop fire protection layouts
  • Create electrical systems and circuits
  • Work with MEP families and components
  • Create connected mechanical and plumbing systems
  • Develop electrical distribution layouts
  • Perform basic clash detection and coordination
  • Prepare MEP plans, sections and documentation
  • Create schedules and quantity takeoffs
  • Understand BIM collaboration workflows
  • Develop complete coordinated MEP 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
  • BIM Project Assistant
  • MEP Design & Documentation Assistant


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Course Syllabus

Module 1 – Introduction to Revit MEP

  • Introduction to Autodesk Revit MEP
  • BIM fundamentals
  • Revit MEP interface and workspace
  • MEP project workflow
  • Project templates
  • Levels and views

Module 2 – Revit MEP Project Setup

  • Creating a new MEP project
  • Project units and settings
  • Levels and grids
  • Views and view templates
  • Project browser organization
  • MEP project standards

Module 3 – Architectural Coordination

  • Linking architectural models
  • Coordination between architecture and MEP
  • Copy/Monitor concepts
  • Coordination review
  • Shared coordinates
  • Identifying architectural constraints

Module 4 – HVAC Fundamentals

  • Introduction to HVAC systems
  • HVAC components
  • Air supply and return systems
  • Heating and cooling concepts
  • Mechanical equipment
  • HVAC design workflow

Module 5 – HVAC Modeling

  • Duct systems
  • Duct types and sizes
  • Duct fittings
  • Air terminals
  • Mechanical equipment placement
  • Duct routing and connections

Module 6 – Advanced HVAC Systems

  • Supply air systems
  • Return air systems
  • Exhaust systems
  • Duct accessories
  • Flexible ducts
  • Mechanical system connectivity
  • System analysis concepts

Module 7 – Plumbing Fundamentals

  • Introduction to plumbing systems
  • Domestic water systems
  • Hot and cold water
  • Sanitary drainage
  • Plumbing fixtures
  • Plumbing design workflow

Module 8 – Plumbing Modeling

  • Pipe creation
  • Pipe types and sizes
  • Pipe fittings
  • Plumbing fixtures
  • Pipe routing
  • Slopes and drainage
  • System connections

Module 9 – Fire Protection Systems

  • Introduction to fire protection
  • Fire sprinkler systems
  • Sprinkler components
  • Fire pipes
  • Pipe routing
  • Fire protection system coordination

Module 10 – Electrical Fundamentals

  • Introduction to electrical systems
  • Electrical equipment
  • Panels and distribution systems
  • Electrical devices
  • Lighting fixtures
  • Electrical design workflow

Module 11 – Electrical Modeling

  • Electrical circuits
  • Cable trays
  • Conduits
  • Electrical fittings
  • Panel connections
  • Circuit creation and management

Module 12 – MEP Families & Components

  • Introduction to Revit families
  • MEP component families
  • Loadable and system families
  • Family parameters
  • Creating and modifying components
  • MEP family placement

Module 13 – MEP Systems & Connectivity

  • System creation
  • Mechanical systems
  • Plumbing systems
  • Electrical systems
  • System browser
  • Connectivity and flow
  • System troubleshooting

Module 14 – MEP Coordination & Clash Detection

  • MEP coordination workflow
  • Architectural, structural and MEP coordination
  • Clash identification
  • Interference checking
  • Coordination review
  • Design modification and resolution

Module 15 – MEP Documentation

  • Creating MEP plans
  • Sections and elevations
  • Detail views
  • Annotations and tags
  • Dimensions
  • MEP documentation standards

Module 16 – Schedules, Quantities & BOQ

  • Creating schedules
  • Equipment schedules
  • Duct and pipe schedules
  • Electrical schedules
  • Material quantities
  • Quantity takeoff
  • BOQ preparation concepts

Module 17 – BIM Collaboration & Project Management

  • BIM coordination concepts
  • Worksharing
  • Central and local models
  • Linked models
  • Collaboration workflow
  • Model management
  • Project standards

Module 18 – Advanced Revit MEP

  • Design options
  • View templates
  • Filters
  • MEP model optimization
  • Advanced family concepts
  • Performance and model management
  • Design coordination

Module 19 – Practical Revit MEP Projects

  • Residential HVAC project
  • Commercial building HVAC
  • Plumbing system project
  • Fire protection project
  • Electrical layout project
  • Complete MEP coordination
  • Clash detection and resolution
  • Quantity schedule preparation

Module 20 – Final Revit MEP Project & Assessment

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


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