Revit MEP 2023 Basics (BIM For Contractor) Crash Course

Compare building information modeling with traditional methods and show how a shared model aligns contractor, client, and consultant teams with coordinated, up-to-date information for better collaboration and three-dimensional coordination.

Explain the cycle of the project from a contractor's view, mapping inputs—IFC design drawings, the package of Bocu and specs, and construction schedule—to outputs—shop drawings and updated book—via Revit coordination.

Learn the general steps of the revit mep workflow, from technical study and project setup to templates, modeling, clash coordination, shop drawings, and material schedules.

Explore the Revit MEP interface, navigate the main tabs, manage the project browser and properties, and set up new projects using mechanical or electrical templates.

Create a new mechanical project in Revit MEP using the default template; then insert architecture and structure links received from architecture and structure teams to load the building in 3D.

Learn how to use copy monitor to bring levels and grids from linked architecture and structure in Revit MEP, ensuring alignment for ground and first floors and for all grids.

Create floor plans and reflected ceiling plans for actual levels in the hvac project after copying monitor for levels and grids, and delete the default levels.

Learn the basics of duct and pipe modelling in revit mep, including creating ducts and pipes, setting size and elevation, routing, and using move, align, rotate, and trim.

Learn the basics of mechanical modelling in Revit MEP, covering duct and pipe modelling, element properties, insulation, air terminals, equipment, and essential editing tools.

Use visibility graphics to show or hide HVAC elements by model and annotation categories (ducts, pipes, air terminals, mechanical equipment) in the current view, including linked files and single-element selection.

Learn to create and apply visibility graphics filters to show or hide ducts, duct insulation, fittings, and accessories by system type, such as toilet or soil, and by comments.

Explore the difference between view templates and project templates in Revit MEP, and learn to tailor templates—electrical, mechanical—with project units, duct and pipe systems.

Create and customize duct and pipe systems in a Revit MEP template by duplicating existing systems, renaming them, and applying graphic overrides and abbreviations with defined colors.

Create and customize the project template by editing pipe types—chilled water, firefighting, water supply, drainage—set routing preferences and materials, and adjust project units for hvac piping.

Learn to configure a Revit MEP 2023 project template by customizing tags and dimensions, editing tag labels for pipe and duct elevations and sizes, and saving template for future projects.

Import the AutoCAD drawing as a linked CAD/IFC, align origins, clean the CAD, set two grids as reference, and bin structure and architecture for accurate hvac modeling.

Load and organize families in Revit MEP 2023 by inserting AutoCAD as a background, loading duct and pipe accessories, and preparing HVAC components for modeling.

Model hvac systems in Revit MEP by placing mechanical equipment, drawing supply and return ducts, sizing branches, adding air terminals, and visualizing in 3d.

Continue the HVAC modeling in Revit MEP, detailing ducting, branches, and diffusers, and learn to copy equipment, rotate layouts, and create flexible connections; review AutoCAD visibility and save the project.

Explore hvac modeling in Revit MEP by drawing duct and chilled water piping, assigning supply and return lines, creating branches, and adding insulation and duct accessories for coordinated system sections.

Learn to create and configure Revit MEP schedules, selecting categories such as duct and pipe, choosing length and size parameters, and applying filters, sorting, and grand totals for clear reports.

Open a new file from the existing template to begin water supply modeling, loading architecture, structure, tags, and system pipes, then save as a plumbing model.

Demonstrates water supply modeling in Revit MEP, building domestic cold and hot water networks with 25 and 32 mm pipes, vertical risers, insulation, and valves.

Model drainage in Revit MEP, including rainwater, waste, and condensate lines with proper slope and level coordination.

Continue drainage modeling in Revit MEP by configuring routing preferences, selecting fittings and sizes, and editing types to control nominal diameters, then build floor drain network with 1% slope.

Continue drainage modeling in Revit MEP, configure view options and AutoCAD background, and build soil networks before creating condensate and vent pipes with elevation, size, and slope toward main line.

Model drainage networks in Revit MEP, set elevations and slopes, size branches, and organize systems with color coding for vent and condensate coordination.

Develop firefighting modeling in Revit MEP by using the mechanical template, loading fire hose cabinet families and pipe accessories, setting elevations, and coordinating the project.