This class will be delivered by Hill Construction, a U.K.-based housebuilder, supported by Topcon Corporation and Autodesk, Inc. Hill Construction will describe its Building Information Modeling (BIM) journey so far, and how the firm has applied BIM 360 tools into its workflows on a complex construction project undertaken by Hill Bespoke in Cambridge, England. The class will cover how using a variety of mass-data capture techniques to gather as-built documentation combined with integrated on-site verification and management has improved efficiencies and reduced errors using innovative new workflows. Hill will describe the impact of these new workflows incorporating software (including BIM 360 Field cloud service, BIM 360 Layout cloud service, BIM 360 Glue cloud service, and BIM 360 Docs cloud service) integrated with Topcon mass-data capture and layout solutions, and the efficiencies gained over traditional methods. We will show content and examples from the historically important housebuilding project combining both complex renovation with new-build processes. This session features BIM 360 Layout, BIM 360 Field, and BIM 360 Glue. AIA Approved

This class is the next level up from the “Structural Design to Fabrication: Revit and Advance Steel—Buddies for Life” class at Autodesk University 2020. Once you have designed, simulated, and generated the fabrication drawings, the next step is making them available to the field teams. On top of that, tracking the changes and ensuring the site teams have access to the latest documentation is one of the main challenges. This class will focus on the various office-to-field workflows you can use to share the latest and greatest structural BIM (Building Information Modeling) data and fabrication drawings with the extended teams in the field. You will learn about the Autodesk Docs workflows that come in the Architecture, Engineering & Construction Collection that you can use to share and compare different versions of structural BIM data and fabrication drawings for effective decision-making processes in the field. This class will also cover the process of creating and managing issues related to structural field workflows.

Autodesk Docs now include workflows in support of ISO 19650 – an international design and construction information management standard. Governments across the world realize that inconsistent standards and practices are leading to huge inefficiencies and are mandating that these processes are adhered to. Unforeseen events like Covid have exposed how quickly things can change and we’ve have had to learn the hard way that the industry needs to be better prepared for the future. The need for a robust and powerful CDE solution is now more important than ever. Autodesk Docs provides comprehensive capabilities for managing construction records through their entire life cycle and it’s all in the cloud! In this class we will demonstrate how document controllers can manage and optimize the document management process, handle the review, exchange, and distribution of project drawings, models, all while maintaining a consistent naming standard.

Repurposing manufacturing content for BIM presents unique challenges. The Informed Design API represents a revolutionary new approach. Get hands-on experience with Informed Design in this lab-style class and test the workflow for yourself. We'll learn how Revit users can discover, configure, and place native Revit families (RFA) into Revit projects that originated in Inventor manufacturing software. We’ll learn how manufacturers of productized building components can publish designs with reduced detail for design in Revit. We’ll learn how to assess a Revit project for Informed Design components and automatically generate manufacturing outputs such as shop drawings and bills of materials (BOMs) for each variant. We'll learn how manufacturers can securely and with controlled permissions publish content to Informed Design via Autodesk Docs software, and how revisions can be consumed in Revit. Join us to discover, consider, and learn!

Curious how Rosendin, one of the largest electrical contractors in the United States, successfully implements Autodesk Construction Cloud at scale across its enterprise? In this session, Rosendin will share its journey of deploying Autodesk Construction Cloud solutions—including Autodesk Docs, Autodesk Build, and Autodesk Insights—to drive consistency, improve collaboration, and enhance productivity. Learn how Rosendin uses standardized templates and customized workflows to digitize critical processes. Beyond the Autodesk Construction Cloud native tools, this session will also explore how Rosendin connects Autodesk Construction Cloud data with enterprise systems using the Autodesk Platform Services APIs and Autodesk Construction Cloud Connect recipes. Discover how SQL-powered workflows automate data integration, reduce manual errors, and accelerate reporting cycles. Finally, see how Power BI dashboards transform raw project data into actionable insights, enabling faster, smarter decision making and measurable improvements in project outcomes.

Modeling is NOT just a clash tool anymore! Discover the rapidly expanding model conditioning feature set in the Autodesk Construction Cloud Modeling API, now a full-data workbench for reviewing aggregate model data across formats like RVT, IFC, DWG™, and anything Autodesk Docs software can support. This session will guide you through creating object table configurations to restructure and pivot model properties, enabling rapid identification of key elements during review sessions. Learn how to export data for further analysis and visualization in tools like Microsoft Excel and Power BI. Additionally, get a sneak peek at the upcoming Custom Properties feature, built on the AEC Data Model. This session is perfect for BIM managers, BIM coordinators, engineers, and designers who are existing users of Modeling, Navisworks, and Assemble. Join us to enhance your model review process and elevate your data analysis capabilities!

This case study will explore the transformative impact of integrating Autodesk products into water infrastructure projects. We’ll highlight how operational efficiency is enhanced, collaboration is streamlined, quality control is maintained, and Project Delivery is facilitated throughout the project lifecycle. By using Autodesk Construction Cloud (Autodesk Docs, Autodesk Build, AutoCAD Plant 3D, Revit, Navisworks, and ReCap software), the case study will demonstrate practical applications in three pivotal phases: design, construction, and operations and maintenance (O&M). Through two real-world examples, you’ll gain insights into how these tools work together to optimize project outcomes and ensure seamless integration across different stages.

The entire rail system design process is now managed digitally using Autodesk Docs software. Instead of relying on traditional email-based file sharing and approvals, all stakeholders—including the client, consultant, and designer—collaborate in real time on a single digital platform. As a result, delays in approval phases have been significantly reduced, achieving up to 70% savings in paper usage and up to 30% time efficiency in past projects. For upcoming projects, the goal is to implement a fully digital, paperless workflow that boosts Sustainable Design and operational efficiency across the entire design phase.

Sheet Set Manager for Web opens up a smarter way to manage drawing sets directly from Autodesk Docs software. This session will guide you through setting up reliable, cloud-ready workflows that make team collaboration easy and efficient. You'll learn how to organize folders, connect your DST files through Desktop Connector, and optimize your Sheet Set use without the headaches. Whether you're migrating existing projects or starting fresh, this class will give you the clarity and confidence to fully embrace Sheet Set Manager in the cloud.

Join us for an in-depth live demonstration showcasing the latest Revit features designed to streamline multidisciplinary coordination. Our technical presentation will focus on tracking changes between various versions of coordination models linked from Autodesk Docs software, ensuring that all involved disciplines stay aligned at the element level. Learn how to quickly pinpoint modifications, additions, or deletions within your Revit views. We’ll highlight specific elements with clear visual distinctions and appearance controls for categories of coordination model elements, enhancing productivity. Optimize your workflow with intuitive highlights, clear object hierarchies, and customizable filters. Concentrate on your design while the feature manages change detection. We’ll also address misalignment issues using powerful tools designed to streamline project management. Don't miss this opportunity to gain technical insights and shape the future of project management!

In this hands-on lab session, we will explore coordination workflows between different disciplines, accessed from Autodesk Docs to Revit software, with a primary focus on the automatic identification of changes in coordination model elements—whether they’re added, deleted, or modified. Participants will learn to use visibility tools tailored to their areas of interest, enabling quick distinctions between different models at a glance. This approach reduces errors by facilitating the easy identification of the correct coordination model. By gaining precise control over the visibility of elements in your coordination models, you’ll be able to simplify complex models and enhance efficiency. Displaying only relevant details allows you to concentrate on specific coordination elements and easily locate them within your coordination views. Join us to master the art of effectively managing and distinguishing coordination model elements, thereby increasing your workflow efficiency and accuracy.

The rupture of the dam in Ayrton Senna Park in Brazil impaired one of the few tourist attractions in a small town in the Brazilian countryside, generating significant social and environmental impact. Schettini Engenharia understood that for this atypical situation, it would be necessary to bring together some strategic partners to develop the entire building information modeling (BIM) solution with the help of geographic information system (GIS) solutions, starting the first smart-city project in the region. Using Autodesk and Innovyze solutions, the firm aimed to adopt sustainable practices in its proposal, mitigating part of the damage caused by the rupture of this dam, and bringing safety and better quality of life to this community. In this challenging dam case study, you’ll learn the workflow between the following tools: ReCap software, Civil 3D software, Revit software, Autodesk Docs software, Navisworks software, Unity, InfoDrainage, and InfoWorks ICM.

Join Autodesk product managers responsible for the various components that make up Collaboration for Civil 3D software, including Civil 3D, Desktop Connector, AutoCAD software, and Autodesk Docs. We'll review the workflow fundamentals, as well as things to consider when adopting this new solution. Collaboration for Civil 3D is built on rapidly evolving technology, so we'll also provide some insight into future plans with the goal of helping users prepare for the future.

With the redesign of the start tab in AutoCAD 2022 software, users can easily access project data in the cloud using Autodesk Docs and Desktop Connector for Autodesk Docs. However, not everyone knows where to start. This session will cover the essentials of how to get started and be comfortable when collaborating with AutoCAD. You'll learn how to work efficiently, maximize project performance, and navigate issues when they occur.

The ability to share relevant data with multiple stakeholders across different applications remains one of the most significant business challenges of our industry. Data Exchanges transfer granular information about models hosted in Autodesk Construction Cloud in a neutral format that allows you to build automated workflows across apps and services. You’ll learn how to create Data Exchanges from Revit software in Autodesk Docs software, and build data flows to Microsoft Power BI using the new bridge to Power Automate. These data flows—traditionally made with sophisticated API investments—are now more accessible to nonprogrammer users.

We all have to start somewhere, and getting started is often the most difficult endeavor of all. In this class, we'll begin at the beginning, and look at how anyone can get started with Autodesk Construction Cloud. Come and see how the platform is more than just a construction tool for organizing and sharing project data. We'll look at Autodesk Docs software and see how it may be used as a common data environment (CDE) that follows ISO 19650 procedures and respects the information management method defined in the standards. With Autodesk BIM Collaborate and Autodesk BIM Collaborate Pro, we can work collaboratively with Autodesk Construction Cloud. Also, we’ll take a look at Autodesk Build software's toolset for the management of all of our project information, as well as Autodesk Takeoff software's real-time estimation view.

What comes before any successful construction project? An accurate estimate is a good place to start. You have a lot to gain from a standardized pre-con environment in Autodesk Construction Cloud, from the first schematic drawings brought into Autodesk Docs software then quantified in Autodesk Takeoff software. In this hands-on lab, you’ll gain firsthand experience in quantifying a new project’s design the right way. What we'll give you: Step 1: A standard project template will offer your team a playbook to follow for Management. Step 2: Typical items you need are present for you to quantify on the new project. What you’ll do: Step 3: (This is the hands-on part.) In accessible interactive activities, you’ll apply advanced 2D and 3D quantification tools. You’ll translate project scope into material, labor, and equipment costs to generate an accurate project estimate. Come work with us to experience the value Autodesk Construction Cloud can bring to your pre-con workflows.