In this class, you'll learn about the workflow needed to get your Revit MEP model with Revit Live software into Live Editor. Particularly when it comes to MEP (mechanical, electrical, and plumbing), you need to know where to set the materials to get great results for your virtual reality experience. This class will demonstrate all the settings and the full workflow from your MEP model to Live Editor.

As Building Information Modeling (BIM) uptake continues to grow across all disciplines, MEP (mechanical, electrical, and plumbing) design and MEP spatial coordination is at a particularly interesting stage. The need for both design information inputs and the sharing of design updates from architects, structural engineers, and various specialist MEP designers places pressure on, and increases risk for, MEP coordination teams. While many collaboration tools have been used for file sharing, the advent of Collaboration for Revit cloud service has provided a platform for a new level of buy-in and adoption. The range of benefits that Collaboration for Revit provides-including the ability to house central files-is seeing an increased level of engagement and improved output on time in the industry. We'll demonstrate, through our established workflow and numerous worldwide projects, just how to manage MEP BIM projects using tools such as Revit MEP software and Navisworks software, and we'll show participants the benefits of Collaboration for Revit for effective MEP coordination management.

A lot of time and money is devoted to learning how to operate Revit MEP software, but there are very few classes on how to successfully project manage a Revit MEP project. Revit MEP software requires all team members to be coordinated with their designs and to communicate better as a team. This class covers the necessary processes to help start a Revit MEP project off on the right foot and discusses how to streamline the workflow process. We also discuss the importance of internal coordination meetings to fully review the MEP design.

The architecture, engineering, and construction industry is facing the need to provide the best design and engineering solutions within tight deadlines. Generative design is one of the most powerful approaches to overcoming this challenge by automating and exploring all possible design variations according to a set of design parameters. This class will show that generative design can be used for MEP (mechanical, electrical, and plumbing) design engineering. This class will use Revit 2019 software, Dynamo Visual Studio, and Project Fractal for MEP generative design. Specifically, you will discover how to create a ceiling plan via generative design, where the layout of air terminal devices and lighting devices will be automatically generated and explored. Moreover, we’ll explore thousands of design variations and coordinate them across disciplines by using Project Fractal. Hence, better design optimization can be accomplished in early stages, helping to make it easier to follow an integrated project delivery process and enhancing the decision-making process. Session generative design scripts can be downloaded from here: https://goo.gl/mUTZAM (may need to copy/paste link)

The architecture, engineering, and construction (AEC) industry is heading toward Industry 4.0 and digital twins are a trend. As MEP design processes become more intelligent, digital twins are now feasible to reach and have many advantages ahead. These are powerful and can enable building owners to create smart buildings and operate with less. MEP models and point-cloud scans are more accessible toward more-affordable sensors. How can we use MEP models after project handover to enhance the operation of buildings along their lifecycles? This class will show the process of converting MEP models to digital twins using IoT devices—specifically, how to connect MEP models and sensors together by using cloud technology, Dynamo, and Revit 2020 software. Also, this class will show how to visualize IoT live data with BI dashboards to increase awareness of how people use buildings and to enhance the maintenance process of buildings. So, learn how to bring MEP models to life as digital twins, comply with client needs, and make the build environment more sustainable

As an MEP (mechanical, electrical, and plumbing) engineer, we’ve used architectural/structural models for just visualizing 3D elements. The next step is to analyze Revit data and think about how to interface this model with another in the same geometries by Dynamo. In this class, we’ll explore two examples of Dynamo ideas among MEP services. The first Dynamo script will provide automated checks between plumbing fixtures and the structural ribs before modeling pipework. When receiving the architectural/structural models, we can run quick checks with Dynamo—and when input information changes, we just rerun Dynamo to quickly update results. Second, we can check the distances between two specified objects/ranges of similar objects with given conditions. Understanding this script will help Dynamo users write similar scripts to verify MEP designs in order to meet regulations and standards—for example, to verify relations between air intake and air exhaust, or exhaust and architectural doors and windows.

"Forge brings data at the center, enabling discipline leads and designers to manage and modify data in the cloud - within a common data environment. This class will show how to break down silos of a traditional MEP design process with static, disconnected and unstructured data that leads to inconsistent models. This is replaced by an agile design process using a web-based Forge application, which enables MEP designers to read, add and modify design specification data for MEP objects directly from the browser into BIM 360 models. Also, this class will show how MEP specification lists can be auto-generated using BIM 360, Forge APIs, and Microsoft Azure SQL database. This brings MEP designers, BIM drafters and other stakeholders together into the same ecosystem—making it easier for everyone to create a structured data model without the need for advanced skills with BIM tools such as Revit."

Being an AutoCAD® Architecture or AutoCAD® MEP user is like being a younger sibling of a over-achieving brother or sister. However, we've got some tricks up our sleeves and AutoCAD has some tools and features that the Revit® world doesn't have yet. In this hands-on lab, we cover tips for creating and maximizing projects using AutoCAD Architecture, Revit, or plain AutoCAD for MEP design; key features for AutoCAD MEP users that aren't available in Revit MEP; using MEP models for energy analysis and other external applications; and creating custom content quickly for 3D projects. Join us for this information-filled class that helps you be competitive in the BIM world, featuring the longest-tenured MEP modeling product in the Autodesk lineup. And get your hands on some of my tools to help you get started.

This session will provide an update on Autodesk’s vision and strategy for MEP (mechanical, electrical, and plumbing) and structural fabrication, as well as a preview of some of the investments being made in our software solutions. It will also introduce some compelling customer successes, illustrating how the move to BIM (Building Information Modeling) has driven significant productivity enhancements.

This will be a hands-on introduction to the world of fabrication with Revit MEP software. Familiarize yourself with the fabrication possibilities introduced in Revit MEP 2016 software, such as how to manage and create fabrication content. We will also take a look into possible Building Information Modeling (BIM) workflows for fabricators.

In this session, we’ll explore Autodesk’s MEP Content Editor, a powerful tool designed to streamline the creation and customization of fabrication components within Revit and AutoCAD workflows. You’ll gain hands-on insights into modifying database-driven parts, adjusting specifications, and optimizing content for enhanced project coordination. We’ll cover best practices for maintaining data consistency, using parametric capabilities, and integrating manufacturer-specific components to ensure accuracy in fabrication modeling. Whether you're a BIM manager, detailer, or engineer, this session will equip you with the skills to efficiently manage and refine MEP fabrication content, improving workflow efficiency and project outcomes.

In this class, we will consider how mechanical, electrical, and plumbing systems can be designed from end to end as graph data. We'll see how the graph can connect all parts of the system, including spaces and walls, as well as conventional MEP elements. We'll also go through how the graph can expand to encompass complexity at each stage of the design—from initial conception to design development and, finally, to use. We'll go through an example application of MEP graph data using Revit software, Azure, and the Forge platform. With this application, we’ll see how other algorithms can use graph data for rapid simulation and analysis.

This class gives you practical insights and real-world tips for navigating the tight spaces, ongoing medical activities, and the life-threatening cost of failure that makes medical MEP risky for even experienced 3D capture professionals. Using actual hospital MEP case studies as a guide, the panel will arm you with a notebook full of lessons learned and best practices you can apply to your upcoming projects.

This class will show you how to work programmatically with Autodesk Revit MEP software models. We will provide an overview of the entire Revit MEP API and specifically focus on the major enhancements in Revit 2013. The most important 2013 feature is the routing preference functionality. The 2013 light and light group API will also addressed. An overview of the available samples will be provided. All MEP domains including HVAC, electrical, and plumbing will be addressed. We will show how to analyze existing systems and create new MEP models from scratch. We will cover mechanical and electrical system traversal; display of system hierarchies in a tree view; components such as circuits, ducts, pipes, fittings, connectors, cable trays, and conduits; and automatic calculation and sizing based on room and space requirements. Note that prior .NET programming and Revit MEP product experience is required and that this class is not suitable for beginners.

The MEP industry has experienced a swift adoption of various digital tools, resulting in a growing demand for data exchange between diverse software applications. However, the fragmented nature of the ecosystem often leads to inconsistencies and errors in data transfer, making it difficult to maintain a seamless MEP workflow. This course aims to explore how you can maximize Revit software's Data Exchange feature to overcome the challenge of data curation and sharing. We'll delve into various use cases, including exchanging grids and levels, identifying and selecting elements from specific data exchanges incorporated into your model, transferring central plant models from Inventor software to Revit, and working with room data by using Microsoft Power Automate. You'll learn how to create and share data exchanges and how to consume data exchanges that have been created and shared by users of both Autodesk and non-Autodesk software.

People often associate Dynamo software with designing complex parametric geometry; but Dynamo software is not just a tool for creating funky shapes, it’s a whiz at processing all kinds of data. This class will demonstrate various examples of how Dynamo software has been applied to common MEP (mechanical, electrical, and plumbing) engineering tasks to make them more efficient or more accurate. We will cover linking Revit Space naming utility information to Revit software families, using Dynamo software as an engine for MEP calculations, using Dynamo software to give you visual feedback on how hard equipment is being asked to work in your design, and using Microsoft Excel as a source of data for much of the above. You also needn't worry if you are completely new to Dynamo software (most MEP folk will be), as we will cover enough basics to get you going before we dive into the advanced stuff.

When designing MEP (mechanical, electrical, and plumbing) systems, why do we duplicate work? Why do we do things we don't have to do? We're not talking about cutting corners. We're talking about not repeating steps and taking advantage of information that's already available. In terms of MEP design, it seems like a lot of information is duplicated. For example, the loads in the building determine the size and capacity of the mechanical systems. After that, the equipment is sized, then some type of distribution system is sized, and then all of this must be documented. How would design change if we started to tie some of this information together? Revit software has the ability to do some of this, and Dynamo software can be used to fill in the gaps. When we use Revit to its full potential, and then add Dynamo to the workflow, MEP designs become more and more parametric. This in turn increases productivity and reduces time, which is what we're really after.

Explore the forefront of MEP modeling efficiency with AI-driven automation techniques. This session provides a deep dive into the use of Avant Leaps tools within Revit software for sophisticated MEP design and conflict resolution. Attendees will learn how to harness automated pattern-based modeling to standardize and expedite the creation of MEP systems. The workshop will cover strategic applications of AI to detect and resolve clashes early in the design process, significantly enhancing coordination and reducing rework. By integrating these AI-nurtured solutions, participants will achieve more-streamlined project execution and improved team collaboration.

In this class, you will discover the power of the Architecture, Engineering & Construction Collection for MEP design, detailing, estimation, and fabrication. Learn how to start the workflow using Revit models from consultants, or just a reference AutoCAD 2D drawing or a PDF. Learn how efficiently contractors can achieve an LOD 400 MEP detailed model that is estimable, fabrication ready, and all set for proper coordination and site execution work.

BIM (Building Information Modeling) integration in MEP designs streamlines project delivery by introducing a sophisticated plan early in the process. BIM is redefining MEP integration by resulting in material cost savings and decreased production time that translates into further cost savings. MEP integration on a BIM platform streamlines material procurement, which ensures that material estimation is reliable and that production cost is saved by avoiding over-ordering. In this class, we will explain how MEP contractors can use BIM in MEP integration to get a bird's eye view of different segments, right from the ceiling elevations, to the plumbing layout, and through other MEP systems. We will focus on exploring how BIM is redefining integrated MEP design and ensuring reduced production costs. Also, we will discuss how integrating different analysis software with the intelligent model is revolutionizing MEP integration.