
Master the leading Revit program for building information modeling with a focus on plumbing installations and MEP systems, learning essential tools and advanced parameter modeling.
Install and manage the Revit MEP content libraries, including downloading libraries, using the program's features, and selecting U.S. metric, Spanish, generic, and international libraries across Windows 8 and other versions.
Explore the ribbon, Autodesk’s tool grouping that organizes panels by use in architecture and system tabs, with descriptions and shortcuts (PII) and contextual options that adapt as you edit walls.
learn how to import architecture into a Revit MEP project using the mechanical template and link tool to place sanitary facilities from an external file, or draw architecture manually.
Load plumbing families from the live metric library, place sinks, water closets, and bathtubs in Revit MEP, adjust orientation and dimensions, and note differences between architecture and MEP sanitary pieces.
Configure the pipe tool from scratch in Revit MEP, loading elbows, tees, and unions, and set preference routing to enable automatic fittings for multiple pipe segments.
Configure base equipment outputs and diameters, then draw cold and hot water pipes with elbows and tees, using automatic methods to build a complete sanitary network.
Use the Rivet MBP layout tool to automatically draw pipe networks, choosing network, perimeter, or intersections; edit layouts to avoid yellow warnings and save time in simple systems.
Create and customize quantity tables in Revit MEP to summarize pipe sanitary parts and equipment, using schedules, fields like system, flow, speed, and section, with sorting by classification system.
Place mechanical spaces in Revit MEP by using the space tool and enabling room bounding to snap to architectural borders, then configure electrical loads, hvac, and mechanical flow.
Review the thermal analysis report for a Revit MEP project, detailing site, temperatures, building volume and area, cooling and heating loads, zone and space summaries, and temperature losses by component.
Place mechanical equipment in revit mep, configuring cold and hot water supply units with connectors, and install water heaters without a tank at zero elevation on vertical faces.
Place air terminals in revit mep by loading a host-based supply diffuser, aligning to a ceiling work plane, and using a conditional table to balance air across spaces.
Generate board documentation in Revit MEP using the default template to summarize circuits, phases, volt-amps values, and load balancing.
Create a plan sheet by adding a new sheet, naming it, and setting the A1 metric scale, insert a plumbing view, adjust the scale, and crop to hide elevations.
Import an AutoCAD file into a Revit MEP project using import tools to select the CAD, adjust colors and layers, set units and origin, and use visibility overrides for walls.
Draw, design and document your systems projects with Revit MEP.
Enter the field of design with BIM (Building Information Modeling)
Master the powerful drawing tools
Configure your own pipes
Automatically calculate diameters
Design mechanical air conditioning systems
Create and document your electrical networks
Generate useful and professional reports
Present your results with quality plans in half the time.
#AulaGEO With this course you will learn how to take advantage of these tools so that the process of designing building systems is faster, more efficient and of higher quality.
A new way to manage your projects
Revit software is the world leader in building design using BIM (Building Information Modeling), allowing professionals not only to generate plans but to coordinate the entire building model including design features. Revit MEP is designed to include building facility design tools.
When you assign MEP elements to a project, you can:
Automatically generate the pipe network
Perform pressure loss and static pressure calculations
Size pipes
Improve analysis in the thermal design of buildings
Quickly create and document your home electrical networks
Improve your performance when working on a MEP model
Course orientation
We will follow the logical order in which you would develop a personal project. Instead of considering each theoretical aspect of the program, we will focus on following the workflow that best suits a real case and we will give you some tips to get the best results.
You will get prepared files that will allow you to follow the progress of the course from where you consider most necessary, guiding you so that you can use the tools yourself while you watch the classes.
The course content is regularly updated to include important updates or points that can help you improve your learning and you will have access to them in real time so that you can continually improve your skills.