This session will demonstrate the Greenlee Bendworks add-in for Revit software. We’ll explore how the add-in enables prefabrication of conduits using Greenlee benders, and saves time on the documentation of prefabrication documents and conduit coupling placement. This session features Revit. AIA Approved

Developing a construction workflow for electrical systems in Revit software can be time consuming and inaccurate. This session will explore new tools to assist in electrical cable routing, cable selection, and construction management. You can extract intelligent data from the design model and use it to calculate exact requirements and bill of material for electrical systems. This session will also show you new tools to assist creating pull tickets, cable inventory, and installation status. Come see how electrical contractors can finally begin to use the intelligence that is built into the design model.

This session will present the new DeWalt Corporation Hanger Design plug-in for Revit software, which automates the placement and design of hangers and trapeze assemblies for common MEP (mechanical, electrical, and plumbing) systems, such as pipe, duct, conduit, and cable trays. The placement of these assemblies has historically been based on “rule of thumb” sizing and spacing and/or prescriptive rules from various trade-specific handbooks that do not necessarily comply with current building-code requirements or structural point-load limitations. Modeling MEP systems in Revit software offers many advantages for coordination, prefabrication, consolidation of parallel runs, and placement of cast-in-place hanger inserts. This new tool analyzes these systems, and automatically places hanger/trapeze assemblies, anchors, and seismic bracing per building-code requirements with engineering calculation reports automatically generated. Product-specific content is placed in the model with exporting schedules for field layout, prefabrication, and procurement. This session features Revit and BIM 360 Layout. AIA Approved

In this session, we’ll showcase how electrical firms are using the Augmenta Construction Platform (ACP) to create a significant impact on their projects. Through a real-world case study, we’ll explore the remarkable results achieved by a first-time ACP user and discuss how their workflows will continue to evolve as the platform develops. Discover how ACP is enabling firms to streamline workflows by comparing multiple conduit routes simultaneously, making better, faster decisions, and ultimately reducing human error. We’ll also dive into how ACP enriches BIM data, leading to more-accurate and efficient fabrication. This session will highlight the tangible benefits of ACP, demonstrating that the right artificial intelligence (AI) platform can deliver big results—whether through time savings, enhanced accuracy, or improved decision making. Don’t miss this opportunity to see how the future of fabrication and BIM is unfolding with ACP!

With the adoption of Building Information Modeling (BIM), projects have benefited from model collaboration and improved communication. These intelligent models solve one problem by providing a conduit for earlier coordination, while fostering another, because the purpose of structural design and manufacturing models differ. The difference in the purpose behind each model—design versus manufacturing—can create limitations in how they can be used. The idea of Building Information Manufacturing (B.I.MFG.) is to enhance the design-centric intelligent model with manufacturing information, improving structural design and benefiting structural manufacturing. We will demonstrate how the SDS/2 Connect Add-in for Autodesk® Revit® Structure software improves structural design by incorporating manufacturing considerations. In this class, you will discover how to approve and review connections inside the Revit Structure model in accordance with codes of standard practice. Finally, you will learn how manufacturing information, such as computer numerical control (CNC), robotics, and construction, impacts the project and how to optimize design.

This session will be an overview of current Revit software workflows for electrical contractors, the difficulties they present, and how the GTP electrical add-in solves them. Learn how to automate conduit scheduling and data management within Revit software to solve some of the biggest scheduling problems. See how information from estimators and engineers can be used to drive project standards. Find out about ways that the field can provide information for modeling staff, see information from the model, and ensure that the model includes changes and information requested. This session features Revit and Navisworks Manage. AIA Approved

This class shows users how Revit® MEP building design software uses lookup tables to automatically size pipe, conduit, and cable tray fittings properly. We look at how lookup tables are formatted and how the Revit family references the lookup table. Users will better understand the role of lookup tables in Revit and be able to use lookup tables when creating and editing families.

It's no secret that industry-sponsored software user groups are a powerful resource to your staff, but what are you doing to promote company-based communities of practice (CoP), why it is important to encourage these communities, and how can you support an internal community? In this roundtable session, we will explore the steps you need to take to develop company-wide communities of users. These communities encourage collaboration and peer-to-peer mentoring and ultimately provide a company with a viable conduit to communicate company-specific best practices. Examples will be from a multi-office company with a global membership.

Underground utilities such as cables and conduits are rarely seen, and underground electrical vaults are complicated, dangerous, badly lit, and sometimes full of water or ice. Vaults are hard to access and records of what is inside of them will often be missing. Using cameras and ReCap 360 software, the Locates, Engineering, and Operations personnel at Anchorage Municipal Light & Power are creating 3D models of these assets in hard-to-reach underground vaults. They then use ReCap 360 software to make these 3D models available to utility personnel out in the field or back in the office.

The Content Center is an invaluable Inventor tool primarily used to store standard components and drive design accelerators, such as Frame Generator, Tube and Pipe, and Bolted Connections. Due to the Content Center database structure, there are several advantages for product design and data manipulation. One advantage is to replace large iPart tables with Content Center families. Simply publishing these large families to a custom Content Center Library will greatly reduce the amount of time required to place and modify these components versus placing them via the iPart table. We’ll also explore customization techniques offered in the Family table, but particularly via the Microsoft Excel spreadsheet linking. Editing Family tables within Excel unleashes all the power the spreadsheet tools have to offer, simplifying data coordination. Finally, we’ll use iLogic to extend the data within the Family table to solve the vexing problem of automatically establishing part numbers for Tube and Pipe Conduit parts.

Communities of practice encourage collaboration and peer-to-peer mentoring and ultimately provide a company with a viable conduit to communicate company-specific learning and training resources and requirements. More importantly, communities of practice and their blended learning environments are quickly becoming a key factor in employee retention. In this age of technology, what does it take to retain the right staff and ensure that their skill set is evolving with the software tools you employ to complete projects? In this class, we explore the steps you need to take to make full use of your internal and external communities of users to promote and provide an environment of continuous learning. Examples are from a multi-office company with a global Autodesk® product user base.

Collaboration between software developers and practitioners is necessary and a key driver of success in today's fast-paced technological landscape. This panel discussion will explore this intricate relationship, offering valuable insights and strategies for a structured collaboration loop. At its core, this method serves as a conduit, directing real-world project feedback into the development process. This exchange enriches development and significantly enhances software solutions' relevance and usability, making them more effective tools for the end users. The feedback is not just valuable; it's transformative. This panel aims to share the experience of the engagement framework involving the stakeholders during the development cycle from a multifaced perspective. It also aims to learn how the process benefits from the collective wisdom of end users, making it a truly inclusive and participatory approach by fostering a community culture for software solutions.

This class presents a real-life case study of a successful power substation design project using Autodesk Revit MEP software. It not only covers normal mechanical, lighting, power, security, hydraulic, and fire protection design, modeling, and documentation, but also introduces innovative ways of designing high-voltage cables in tight 3D building and tunnel spaces to meet the strict bending radius requirements. The solution provided some unprecedented methodology for high-voltage substation designers to resolve coordinated multidisciplinary 3D design issues. The methodology readily takes into account bending radius, electrical clearance, cable joints, site work, high-voltage cable position alternating and penetration in tunnels, high-voltage cable connections to Gas-Insulated Switchgear (GIS) and transformers through conduits and cable trays, lighting, and ventilation design.

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.

Welcome to the ever-changing and evolving Building Information Modeling (BIM) world. This class is designed for BIM managers and Revit leaders who are responsible for setting up the company Autodesk Revit MEP software template. During this class, you will learn best practices for creating and managing a Revit MEP template. We are also going to examine a template that is not really a template (RTE file) and explore the benefits it has versus the traditional RTE template file. In addition, you will learn how to integrate the new features into your existing template and reduce hundreds and hundreds of design hours replacing your old workflow. Some of the things that we are going to explore include naming conventions and managing views, customizing pipe/duct/conduit/cable tray types, the all new pipe and duct systems, view templates, things that should be in your template, and many other little tips that will take your Revit MEP template to the next level.

See how BIMrx Fabrication reduces clicks and saves time working with Fabrication elements. Watch how easy it is to route, modify, and connect elements together in 2D & 3D views. The Fabrication tools make it fluid to move from modeling to generating a set of documentation for pre-construction, or with point layout assistance for field installation.

Come see the eVolve Revit software add-in from the end user’s perspective. The eVolve add-in facilitates in electrical design and detailing the automation of numerous manual tasks in detailing/installation drawings needed for fabrication, all via the Revit software platform. Corbins Electric, developer of this add-on, has taken Revit software for electrical to the next level. Revit software users now have highly intelligent custom family components, modeling tools, drawing creation tools, and visual-graphics tools. These tools improve productivity, efficiency, and accuracy—all to reduce waste and cost on the design and fabrication processes. Come hear Corbins explain why it was developed, as well as how much it has improved their efficiency. They will take you on their journey of how they employ eVolve add-in to expedite modeling, spooling/sheet sets, and layout performance. Corbins will showcase family content for modeling, output of material buyout to purchasing, as well as sheet-set creation. This session features Revit MEP. AIA Approved

One AutoCAD software became available to AutoCAD subscription customers when AutoCAD 2019 software became available in March 2018. AutoCAD subscription customers can now work faster with specialized AutoCAD toolsets, which include industry-specific features and libraries for architecture, mechanical design, electrical design, and more. A subscription to One AutoCAD enables automation of floor plans, sections, elevations, and other drawings; accurate design of piping, plumbing, and ducting for faster design with mechanical tools; and design of ductwork, electrical conduit, and circuiting for HVAC, plumbing, and electrical with MEP. Shaun Bryant, AutoCAD guru and AutoCAD Influencer, will take you through the benefits of the One AutoCAD subscription, demonstrating how to utilize the toolsets and make them available to your AutoCAD design team, regardless of discipline and industry.

Civil 3D Pressure Pipe is not a topic covered in many books or online tutorials. It assumes a basic understanding of piping, but in order to fully utilize all the intricacies of the software, you need to dive in and explore. This class will help novice users avoid pitfalls the speaker experienced when first using the program. We’ll also highlight many shortcuts you can use to help speed your model creation. We’ll then explain how our group was able to coordinate other outside sources’ piping, electrical, and/or public utility models with our pressure pipe models within BIM 360 software utilizing the Desktop Connector to find clashes and quickly deliver a final design to a client within very short deadlines. We were able to quickly create a site design for electrical conduits, storm, sanitary, and chilled water, within two months.

Integrated cross-disciplinary engineering requires integrated modeling. In turn, this necessitates a computational environment that promotes automation and facilitates collaboration and interoperability. At BuroHappold Engineering, Revit software is the principal Building Information Modeling (BIM) software, used across the organization for model coordination and deliverable production. Based on this, BuroHappold has developed global protocols for interdisciplinary collaboration, information exchange, and retention and reusability of computational knowledge. Drawing on the Revit software database, a visual programming environment such as the Dynamo extension platform can act as conduit and integrator between modeling, analysis, and production. We can use Dynamo extension’s built-in package manager in conjunction with resources such as a company intranet for dissemination of workflows as well as for version and dependency tracking. The effectiveness of such sharing of computational protocols and standards is a major component for collaboration in design practice.