MEP Revit Course

Lesson 1 • Linking Architectural and Structural Models

Teaches importing host models to provide spatial context for MEP routing. Linked models drive clash detection and coordination workflows.

Lesson 2 • Levels, Grids, and Worksets

Establishes the structural reference framework MEP systems are built upon. Worksets enable multi-user collaboration on large projects.

Lesson 3 • Project Setup and Templates

Covers creating and configuring MEP project files from templates. Proper setup prevents coordination errors throughout the project lifecycle.

Lesson 1 • Nested Families and Shared Parameters

Introduces nesting families for complex assemblies and shared parameters for cross-schedule reporting. Shared parameters appear in multiple schedule types simultaneously.

Lesson 2 • Understanding MEP Family Types

Distinguishes face-hosted, work-plane-based, and freestanding MEP family categories. Category selection determines scheduling behaviour and system connectivity.

Lesson 3 • Building Parametric MEP Families

Teaches adding reference planes, dimensions, and parameters to drive geometry. Parametric families reduce modelling time across multiple project sizes.

Lesson 1 • HVAC Equipment Placement

Covers loading and placing air handling units, fan coil units, and VAV boxes. Correct placement establishes connection points for duct routing.

Lesson 2 • Mechanical System Analysis

Introduces Revit's built-in airflow and pressure analysis tools for HVAC systems. Analysis results validate design intent before detailed engineering.

Lesson 3 • Mechanical Schedules and Tags

Produces equipment schedules and duct tags directly from the model. Schedules automate quantity takeoffs and support construction documentation.

Lesson 4 • Air Terminal Placement and Systems

Teaches placing supply and return air terminals and assigning them to mechanical systems. System assignment enables airflow calculations and schedules.

Lesson 1 • Pipe Types and System Configuration

Defines pipe types, materials, and system classifications for domestic cold, hot, sanitary, and vent lines. Correct classification enables separate system schedules.

Lesson 2 • Pipe Routing Techniques

Teaches manual and layout-based pipe routing with slope control for gravity systems. Slope accuracy is critical for sanitary and storm drainage compliance.

Lesson 3 • Plumbing Fixture Families

Covers loading, placing, and configuring plumbing fixture families with correct connector data. Connector data drives system connectivity and flow calculations.

Lesson 1 • Lighting Fixture Placement

Teaches placing ceiling and wall-mounted lighting fixtures and assigning them to circuits. Fixture placement drives reflected ceiling plan documentation.

Lesson 2 • Electrical Equipment and Panels

Covers placing distribution boards, panels, and transformers with correct voltage and phase parameters. Panel parameters feed automatic circuit load calculations.

Lesson 3 • Circuiting and Panel Schedules

Connects devices and fixtures into circuits and generates panel schedules automatically. Panel schedules are a primary deliverable for electrical construction documents.

Lesson 4 • Conduit and Cable Tray Routing

Models conduit runs and cable trays for power distribution and data systems. Routed conduit enables clash detection with other MEP disciplines.

Lesson 1 • Navisworks Coordination Workflow

Exports Revit models to Navisworks for multi-discipline clash detection and issue tracking. Navisworks handles larger model sets than Revit's native checker.

Lesson 2 • Coordination Views and Markups

Creates dedicated coordination views with visibility overrides to isolate conflicting systems. Markups communicate resolution requirements to discipline engineers.

Lesson 3 • Interference Check in Revit

Runs Revit's built-in interference check between selected categories and reviews results. Early clash detection reduces costly field rework.

Lesson 1 • Sheet Organisation and Numbering

Establishes sheet numbering conventions, title block parameters, and sheet list schedules. Organised sheet sets meet submittal requirements for permit and construction.

Lesson 2 • Legends and Schedules on Sheets

Places equipment schedules, pipe schedules, and symbol legends onto drawing sheets. Schedules update automatically when the model changes.

Lesson 3 • Printing and PDF Export

Configures print settings and exports sheet sets to PDF for distribution. Correct print setup ensures line weights and scales match drawing standards.

Lesson 4 • View Templates for MEP Disciplines

Configures and applies view templates to enforce consistent visibility and graphic standards across all MEP views. Templates reduce manual view setup time.

Lesson 1 • Phasing for MEP Projects

Assigns MEP elements to construction phases to model existing, demolished, and new conditions. Phasing supports renovation and phased construction project types.

Lesson 2 • Project Standards and Transfer

Transfers MEP standards such as pipe types, duct types, and view templates between projects. Standardised content ensures firm-wide consistency across project teams.

Lesson 3 • Dynamo for MEP Automation

Introduces Dynamo visual programming to automate repetitive MEP tasks such as element placement and parameter population. Automation reduces manual errors at scale.

Lesson 4 • Design Options for MEP Systems

Models alternative MEP routing scenarios using design options for owner or engineer review. Design options allow comparison without duplicating the entire model.