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Revit MEP Full Course - Zero to Advanced Project Modeling

Name: Revit MEP Full Course - Zero to Advanced Project Modeling
Rating: 4.6 (43 reviews)

HVAC, Plumbing, Drainage, Firefighting, Architectural & Structural Projects + MEP System Design Workflow in Revit 2026

Bestseller

Highest Rated

Created byAmir Karami • BIM

Last updated 8/2026

English

English [Auto],

What you'll learn

Revit MEP Interface and Tools – Understanding MEP Environment, Templates, and System Setup
Architectural and Structural Integration – Linking Architectural Models for MEP Coordination
HVAC System Modeling in Revit – Creating Duct Networks, Air Terminals, and Equipment Layouts
Plumbing and Sanitary Design – Modeling Drainage, Vent, and Water Supply Systems in Revit
Firefighting System Modeling – Designing Fire Box Networks, Risers, and Equipment Placement
Heating and Cooling Systems – Connecting Radiators, Package Units, and Ducted Split Units
Pipe and Duct Routing Techniques – Managing Levels, Slopes, and Clashes for Efficient Layouts
Fixture and Equipment Placement – Integrating Sanitary, Kitchen, and HVAC Devices into the Model
Family Creation and Editing in Revit MEP – Customizing Components for Project-Specific Requirements
System Coordination and Clash Detection – Managing Interference Between Architectural and MEP Systems
Sheet Setup and Documentation – Creating Plan, Section, and Schedule Sheets for Construction Use
Project MEP Workflow in Revit 2026 – From Concept Design to Fully Coordinated As-Built Model

Course content

8 sections • 60 lectures • 11h 37m total length

Setting Up Structural Levels and Grids in Revit MEP23:45
Set up structural levels and grids in Revit MEP by selecting templates, creating levels, defining top of beam elevations, and placing and labeling grids for accurate plan views.
Modeling Structural Columns for Each Floor12:55
Position and copy structural clones across floors in Revit, load the metal clone family, edit sizes such as 70 by 40 and 60 by 40, and verify elevations.
Modeling Structural Beams and Connections14:50
Model beams across multiple floors in Revit by selecting 45x55, 40x50, and 25x50 types, placing beams B1–B11 per drawings, and connecting them to columns.
Creating Foundation Elements and Structural Slabs9:03
Model the TOF foundation by linking the foundation drawing, setting 110 cm thickness, top at minus 3.45 m, bottom at minus 4.55 m, and outlining with align and rectangle tools.
Structural Floor Modeling and Reinforcement Layout6:35
Model the ceiling in Revit by creating a 30 cm ceiling with 25 cm joists and 5 cm concrete, offset 5 cm above the top beam, and propagate across levels.
Defining Architectural Levels – Ramp Modeling in Revit MEP24:57
Define architectural levels in Revit MEP by importing finished floor levels and modeling a basement to ground floor ramp with a 3.5 meter width and a 10% slope.
Door Placement and Opening Coordination8:21
Architectural Floor Finishes and Material Layers2:20
Sanitary Fixture Placement in Bathrooms19:05
Kitchen Equipment Layout and Cabinet Modeling24:08
Copying Modeled Elements Across Floors2:54
Copy modeled elements across floors by selecting items, copying from the ribbon, and pasting to levels 2 through 6 while excluding columns and flooring.

MEP Project Initialization and System Setup in Revit MEP7:13
Drainage Pipe Layout – First Floor Network16:31
Model the drainage pipe layout for the first floor wastewater network in Revit MEP by linking sanitary flare plans, sizing 110 mm pipes, setting slope, and aligning with architectural axis.
Drainage Pipe Layout – Continuation and Detailing9:47
Model drainage pipe paths from fixtures with reference planes, 45-degree connections, and drops; set size and height, place elbows and tees, and coordinate with architectural and mechanical views.
Connecting Pipes to Lavatories, Floor Drains, and Toilets8:57
Connect pipes to lavatories, floor drains, and toilets within Revit MEP, mastering pipe routing and fixture connections from zero to advanced project modeling.
Sanitary Fixture Placement in the Plumbing Model5:11
Master sanitary fixture placement in Revit MEP by loading shower, wash water closet, and floor drain families, aligning to walls, setting host heights, and positioning on the work plane.
Drainage System Detailing and Pipe Coordination in Revit MEP15:14
Model a drainage system in Revit MEP by detailing a polypropylene pipe network with 110 and 50 mm sizes, tees, elbows, and 45-degree transitions.
Secondary Drainage Line Modeling21:51
Model secondary drainage lines in Revit MEP by routing 110 mm pipes with -350 height and 1% slope, using 45-degree angles, tees, elbows, and align tools to fixtures.
Vent Pipe Layout and Connections18:19
Model vent pipe layout for restrooms in a revit mep project, connecting washbasins, western and eastern toilets to the riser with 50 mm polypropylene vents, half-percent slope, and 3d alignment.
Kitchen Drainage System Modeling10:21
Model the kitchen drain system in Revit MEP, routing 2-inch sink and 2-inch washing machine/dishwasher connections through polypropylene pipes with floor drain, a t-fitting, a one-way converter, and 45-degree bends.
Kitchen Vent Pipe Configuration9:24
Draft a polypropylene vent for the dishwasher and washing machine to the riser with a 50 mm vent at 1 m avoiding beam interference via 3D coordination with wastewater pipe.
Copying Drainage and Vent Systems to Upper Floors6:20
Copy and paste drainage and vent systems across upper floors in Revit MEP, align to the correct levels, adjust vent heights, and resolve conflicts to extend risers to multiple floors.
First Floor Drainage Modeling and Detailing18:37
Model the first floor sanitary waste drainage in Revit, adjusting pipe heights to avoid beam interference and routing risers to the main line using polypropylene pipes.
Ground Floor Drainage and Manhole Connections7:12
Basement Drainage Network Setup11:14
Rainwater Piping System and Roof Outlet Modeling in Revit MEP16:29
Model a rainwater piping system and roof outlet in Revit MEP, using HDPE pipes, 1% slopes, and risers while checking beam interference across levels.
Duct Modeling in Revit MEP20:42

Ductwork Modeling – Basic Layout and Routing in Revit MEP10:54
Placing Air Cooler and Creating Duct Risers (Sixth Floor)16:39
Load and place radiator families on level 6, align the linked floor heating CAD drawing, and route five-layer PEX hydraulic pipes with precise elevations, sizes, and vent coil connections.
Copying Ductwork to Other Floors and Adjusting Risers6:19
Copy ductwork across floors using parallel pipe to create horizontal and vertical runs with spacing, then adjust heights, switch from hydraulic supply to hydraulic return, and connect with trim.
EXP-MEP-F3-2112:03
Return Pipe Layout and Heating Circuit Setup3:49
Model a first-floor heating and cooling system in Revit MEP by linking CAD drawings, placing a docked split indoor unit, aligning geometry, and connecting heating, cooling, and drain pipes.
Connecting Supply and Return Lines to Package Unit14:28
First-Floor Duct Split Copper Pipe Modeling12:04
Condensate Drain Pipe Modeling for Split Unit13:57

Modeling Basement Fire Protection Piping19:38
Modeling Ground Floor Fire Protection Piping & Clash Detection8:24
Modeling Fire Hose Cabinet Piping & Clash Detection13:10
Modeling Fire Hose Cabinet Piping (Ground Floor to Sixth Floor)19:07
Learn to map firebox path on the ground floor, place and connect fire protection pipes, load the fire department inlet connection family in Revit MEP, and resolve interferences.
Fire Extinguisher Placement3:18
Color the wet pipes to distinguish them from dry pipes, then load cushioner and mechanical equipment families at 1 meter height on floors using the 3005 type.

Ground Floor & Basement Water Supply Piping11:57
Model ground floor and basement water supply piping in Revit MEP, connect to municipal water, place water meters and valves, route pipes, adjust elevations, and resolve clashes.
First Floor Cold Water Piping9:07
Model the first floor cold water system by extending the riser, placing water boxes, and routing galvanized and 5-layer domestic cold water pipes with correct elevations and no slope.
First Floor Hot Water Piping8:06
Bathroom Water Supply Pipe Fittings8:37
Water Supply Piping Completion & Clash Detection16:45
Pump Room Piping Modeling10:37

Revit Electrical System & Panel Layout26:14
Explore modeling a building's electrical power distribution in revit from the utility main panel to floors via atsp and a diesel generator, and place adp, edp, emcp, and elevator panels.
Ground Floor Lighting Layout13:18
Ground Floor Switches, Motion Sensors & Stair Lighting7:50
Load switch and sensor families, then place ground floor switches, motion sensors, and stair lighting. Set elevations to 1,200 mm, place fixtures on vertical faces and ceilings.
First Floor Lighting & Switch Layout18:28
Building Electrical Distribution System2:27
First Floor Power Outlets & Doorbell Layout9:27
Load receptacle and waterproof outlet families, place first floor power outlets and doorbell per legend heights, and align to walls in the Revit MEP model.
Ground Floor Outlet And Doorbell Placement4:31
First Floor Telephone & TV Outlet Layout9:21
Ground Floor Fire Alarm Layout11:18
Place the ground floor fire alarm system in Revit MEP, including the control panel, detectors, and manual call points, and align ceiling and wall plans.
Basement Fire Alarm Layout8:05
Place and align basement fire alarm devices in Revit, including heat and smoke detectors, a siren, and push button, using linked drawings, vertical-face placements at 2,200 millimeters, and wall alignment.
First Floor Fire Alarm Layout8:00
Cable Tray Modeling in Revit4:56

Requirements

Basic knowledge about Revit MEP

Description

This course is currently being updated.

Note: This is not just another Revit course that teaches you where to click — it’s a complete MEP project-based Course, where you’ll learn how to design, model, and coordinate real mechanical, electrical, and plumbing systems within Revit 2026, from the architectural foundation to fully integrated project documentation.

Have you ever wondered how to model a complete HVAC or plumbing system inside a real Revit project, from level setup to construction drawings?
Do you know how architectural, structural, and MEP models coordinate together to avoid clashes and ensure project accuracy?
Are you looking to Learn Firefighting, Drainage, and Mechanical Systems in one practical, step-by-step course that mirrors real design workflows?

In this course, you’ll learn everything you need to handle MEP design, modeling, and coordination from scratch.

You’ll start by understanding architectural and structural integration, then move into HVAC, Plumbing, Drainage, and Firefighting Systems, learning how to route ducts and pipes, connect fixtures, and prepare detailed project documentation.

By the end, you’ll be able to produce a fully coordinated MEP model ready for real-world construction and client delivery.

Headlines:

Revit MEP Interface and Tools – Understanding MEP Environment, Templates, and System Setup

Architectural and Structural Integration – Linking Architectural Models for MEP Coordination

HVAC System Modeling in Revit – Creating Duct Networks, Air Terminals, and Equipment Layouts

Plumbing and Sanitary Design – Modeling Drainage, Vent, and Water Supply Systems in Revit

Firefighting System Modeling – Designing Fire Box Networks, Risers, and Equipment Placement

Heating and Cooling Systems – Connecting Radiators, Package Units, and Ducted Split Units

Pipe and Duct Routing Techniques – Managing Levels, Slopes, and Clashes for Efficient Layouts

Fixture and Equipment Placement – Integrating Sanitary, Kitchen, and HVAC Devices into the Model

Family Creation and Editing in Revit MEP – Customizing Components for Project-Specific Requirements

System Coordination and Clash Detection – Managing Interference Between Architectural and MEP Systems

Sheet Setup and Documentation – Creating Plan, Section, and Schedule Sheets for Construction Use

Project MEP Workflow in Revit 2026 – From Concept Design to Fully Coordinated As-Built Model

Enroll now and start your journey to Learn Revit MEP systems from zero to advanced project modeling.

Remember — ask any question you have! I provide 24/7 support to make sure you can confidently progress through every stage of your MEP project in Revit.

Who this course is for:

MEP Engineer
HVAC Designer
Plumbing Engineer
Firefighting Engineer
BIM Modeler
BIM Coordinator
Mechanical Engineer
Electrical Engineer
Revit Technician
Design Engineer
AEC Student or Graduate
MEP Project Draftsman
Facility Engineer
Building Services Engineer

Revit MEP Full Course - Zero to Advanced Project Modeling

What you'll learn

Explore related topics

Course content

Architectural and Structural Modeling for Revit MEP Coordination11 lectures • 2hr 29min

Exercise File1 lecture • 1min

Plumbing and Sanitary Drainage System in Revit MEP16 lectures • 3hr 23min

HVAC and Heating Systems Design in Revit MEP8 lectures • 1hr 30min

Firefighting System and Safety Coordination in Revit MEP5 lectures • 1hr 4min

Revit Water Supply Systems6 lectures • 1hr 5min

Electrical Systems Modeling12 lectures • 2hr 4min

Bonus Section1 lecture • 2min

Requirements

Description

Who this course is for: