Understand the power of models, data, and management working and evolving together with shared tools across one environment. Through the lens of a vast, 270,000 sf greenfield pharmaceutical manufacturing facility project, CRB shares how their team flowed through multiple phases from design to operations for this advanced digital facility. This session outlines how data and models from previous phases of a project can be used to better inform and improve the subsequent phases and the overall optimization of a factory’s production. Supporting the facility, tools like ACC, Revit, and Plant 3D enabled effective project, document, and field management, with to support turnover and proactively avoid issues. Autodesk tools continued to shake hands and support the project through factory operations, with tools like FlexSim to justify the business case, develop operating strategies, and detect future production inefficiencies.

Water infrastructure owners and operators face poor asset information handover due to system misalignment. Could automation and integrated data enable Digital Workplaces to support operational efficiency, reduce rework and costs, and improve health and safety (H&S)? Learn how GHD successfully used client-focused data exchange and cloud collaboration during the 40MLD upgrade of Wellington Water Limited’s Te Mārua water treatment plant to ease these struggles. Automating the integration of asset information using Autodesk products enabled delivery of the asset register 12 months early—saving NZ$150,000 and 1,400 hours in asset data management. Combining Esri mobile apps and dashboards enhanced as-built quality and reduced site H&S risks. A proof of concept was developed where GeoBIM and Docs software were fused to create a geospatial common data environment (CDE)—the foundation for an operations and maintenance Digital Workplace. We’ll share valuable lessons on managing evolving data needs and supply chains to demonstrate how connected workflows made more efficient.

Industrial heating is a major global source of pollution, responsible for 25% of all energy use—90% of which is provided by fossil fuels. Found Energy is tackling this challenge with a groundbreaking solution: aluminum-fueled power systems that unlock the clean-energy potential of one of Earth’s most abundant and energy-dense materials. This novel technology delivers low-emissions heat, transforming aluminum into a powerful enabler of a clean, energy-secure future. Found Energy’s modular systems also offer a practical solution for businesses in the aluminum supply chain by converting contaminated aluminum scrap into clean energy. In this session, participants will explore aluminum’s role as a clean fuel, and learn how Found Energy’s engineers rapidly designed and refined their systems using AutoCAD Plant 3D software. By using features like the tool pallet and data manager, the team accelerated development without compromising quality, safety, or collaboration.

Water infrastructure owners and operators face poor asset information handover due to system misalignment. Could Automation, Integration, & Customization and integrated data enable Digital Prototypings to support operational efficiency, reduce rework and costs, and improve health and safety (H&S)? Learn how GHD successfully used client-focused data exchange and cloud collaboration during the 40MLD upgrade of Wellington Water Limited’s Te Mārua water treatment plant to ease these struggles. Automating the integration of asset information using Autodesk products enabled delivery of the asset register 12 months early—saving NZ$150,000 and 1,400 hours in asset data management. Combining Esri mobile apps and dashboards enhanced as-built quality and reduced site H&S risks. A proof of concept was developed where GeoBIM and Autodesk Docs software were fused to create a Geographic Information Systems (GIS) common data environment (CDE)—the foundation for an operations and maintenance Digital Prototyping. We’ll share valuable lessons on managing evolving data needs and supply chains to demonstrate how connected workflows made Project Delivery more efficient.

Why struggle with your current outdated workflows to develop design documents? You can integrate fabrication level modeling into your current workflow and be more efficient—spending more time on engineering and less time on modeling! The current industry standard for engineering firms that use Revit software involves focusing on the out-of-the-box content. Firms struggle with the limitations around modeling advanced systems in Revit. If used correctly, Fabrication Parts for Revit can eliminate the amount of rework that is generated around using Revit design systems. Firms have adopted the approach to build better content and develop stronger templates. But still, modeling systems such as plumbing can be labor intensive. Modeling plumbing systems in AutoCAD Plant 3D software or AutoCAD MEP software can help better bridge the gap for those who struggle with plumbing in Revit.

Join us to unlock the power of AI in AutoCAD Toolsets, revolutionizing CAD by enhancing efficiency, precision, and innovation. Autodesk's AI empowers users to automate tasks, streamline workflows, and augment design intelligence. Features such as intelligent object recognition and predictive analytics accelerate the design process, reduce errors, and foster creative exploration. These tools not only automate dimensioning and optimize material usage but also can help preventing design issues, significantly speeding up the design cycle from concept to completion. AI-driven analysis tools evaluate performance, simulate real-world scenarios, and facilitate data-driven decisions for optimal outcomes. Enhanced interoperability with other Autodesk products and third-party applications promotes seamless collaboration among multidisciplinary teams, marking a transformative step for intelligent CAD design.

About $2 trillion, that’s the amount of money the architecture, engineering, and construction (AEC) industry lost due to bad data—data that is inaccurate, inaccessible, and incomplete. In the industries Autodesk serves, data is a critical lifeline for project decisions and Automation, Integration, & Customizations. But all too frequently, that data is not easily accessible, or, even worse, the available data is simply bad. Across the globe, the ability to use data in an insightful manner is no longer a nice-to-have. It has become a primary source of competitive advantage. Furthermore, with acceleration of artificial intelligence (AI), the need for data is increasing exponentially. Those who use their data to make informed decisions and gain performance insights will ultimately emerge as leaders in their industries. Meet the leaders behind the industry data models to learn more about how Autodesk will solve top customer problems.

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.

Why continue to struggle with outdated design tools when a more efficient approach is within reach? Embracing fabrication tools—like Fabrication Parts in Revit software—P&ID Modeler for Revit allows engineers to focus on engineering rather than spending excessive time on modeling. By starting with fabrication, designers can model faster and seamlessly transfer design intent Mechanical systems that actually work! This “backward” process significantly enhances efficiency, enabling engineers to dedicate more time to engineering rather than laborious modeling. The approach also accelerates the design-to-construction workflow and proactively resolves MEP coordination challenges—even before trade partners are onboarded. As its adoption grows, this strategy is proving to be a game-changer for speeding up the engineering design process and optimizing project delivery.

"As industries grow more connected, the ability to share data seamlessly across tools, teams, and domains is no longer a luxury—it’s a competitive necessity. Yet traditional data exchange methods often involve costly conversions, fragmented workflows, and loss of valuable context. This session explores how Artificial Intelligence is redefining interoperability by enabling native, intelligent data exchange across platforms and disciplines. This session will help users to discover how AI can break down silos between AEC, manufacturing, and process industry workflows—automatically interpreting and aligning domain-specific objects and data without manual intervention. Whether you're leading Management, optimizing your data strategy, or looking to future-proof your tech stack, this session will provide a clear vision for how AI-powered interoperability is shaping the next generation of connected design and engineering."

Understand the power of models, data, and management working and evolving together with shared tools across one environment. Through the lens of a vast, 270,000 sf greenfield pharmaceutical manufacturing facility project, CRB shares how their team flowed through multiple phases from design to operations for this advanced digital facility. This session outlines how data and models from previous phases of a Digital Prototyping project can be used to better inform and improve the subsequent phases and the overall optimization of a factory’s production. Supporting the facility, tools like ACC, Revit, and Plant 3D enabled effective project, document, and Field Engineer, with Modeling to support turnover and proactively avoid issues. Autodesk tools continued to shake hands and support the project through factory operations, with tools like FlexSim to justify the business case, develop operating strategies, and detect future production inefficiencies.

In this session, we’ll learn how to make the most of Inventor software and toolsets like AutoCAD Electrical, AutoCAD Mechanical, and AutoCAD Plant 3D software by seamlessly connecting them. We’ll also learn about using tools like Electromechanical Link and Inventor Link to keep 2D and 3D models in sync, ensuring your designs stay updated across all platforms. And we’ll learn how Navisworks software can bring together AutoCAD Plant 3D and Inventor for smoother coordination and collaboration. Whether you’re working on electrical systems, piping layouts, or mechanical components, this session will provide you with practical tips and tricks to keep everything in sync and running smoothly across the team. Additionally, we'll learn how to generate 3D representations of 2D factory layouts using Factory Design Utilities software.

Join this session as we share the development road map and product strategy for Inventor Professional software, including some elements of the Autodesk Product Design & Manufacturing Collection. The presentation will cover recent and planned functionality that will add value to your everyday workflow needs. We encourage you to engage with Dan and members of the Inventor engineering team with questions and feedback during and after the session.

Have you ever been doing the same thing repeatedly in AutoCAD software and thought, “Shouldn’t it know what I’m doing by now?” Or maybe you spend too much time drafting and not enough time designing. AutoCAD is the gold standard—but maybe in the age of artificial intelligence (AI) it could be smarter. This is where you come in. The focus of this class is making AutoCAD more powerful. Not more buttons—smarter software. Think of the recent smart blocks, but go beyond that. There’s similar geometry we all draw whether you’re in civil, manufacturing, and so on. We’re forever drawing things parallel, perpendicular, tangent, or concentric. What if AutoCAD picked up on this and started to draw for us? Join us for a discussion with AutoCAD product managers Peter Qian and Can Anbarlilar. We’ll touch on the current progress on this initiative and then move to discussion, with Brian Levendowski mediating. Be a part of shaping the future of AutoCAD!

Have you ever wished you could get straight answers to your toughest AutoCAD Plant 3D questions—from someone who’s been there, done that? Now’s your chance to do just that. In this interactive digital session, we’ll open the floor to your real-world challenges: workflows, spec edits, ortho creation, collaboration issues, project setup, and more. No scripts, no slides—just straight talk, expert advice, and the collective brainpower of the AutoCAD Plant 3D community. Whether you're troubleshooting daily issues or looking for best practices to optimize your project delivery, this is the place to ask, listen, and learn. Gain practical insights, discover smart solutions, and leave with fresh ideas you can apply immediately. Join us for a fast-paced and focused session that will put your questions—and real value—first.

This session will dive into an effective workflow using AutoCAD Plant 3D software tailored for the plant industry. From project preparation to integrated management through Autodesk Construction Cloud, we'll explore a series of processes, including managing specifications and libraries with Inventor software, and we'll culminate in the creation of final piping and instrumentation diagram (P&ID) drawings. This approach ensures efficient project management and heightened quality, leading to successful project outcomes and streamlined data integration management.

Climate change is the issue of our generation. How do we scale up the deployment of biogas upgrading plants that can help society decarbonize the energy sector? During this session, we'll explore how Greenlane Renewables is tackling climate change through the use of Autodesk Fusion Manage software to help implement renewable natural gas plants internationally. The speakers will discuss the transition from being primarily project-based to product-based by using Autodesk PLM (product lifecycle management) software to manage product, process, mechanical, and electrical design data in an asset-lite model to increase efficiency, automate traceability, and reduce error. This session is part of the PLM Summit, a dedicated learning pathway and networking experience on Tuesday, October 15. To see all related sessions select the "PLM Summit" track filter. To request attendance at the private luncheon and reception, please email plmsummitau@autodesk.com.

This session will walk you through an incredibly simple yet powerful workflow that will not only save you time and money but will also give you incredible visuals and models to kick off your projects. We will showcase the integration of AutoCAD Plant 3D software, Autodesk Construction Cloud, and Matterport. We will demonstrate how this can be used for collaboration and how to turn your plant into a digital twin.

French engineering firm Artelia faced a challenge in generating secondary supports assembly drawings from AutoCAD Plant 3D software. The default AutoCAD Plant 3D settings were time consuming, and the competitor's solution was costly. Autodesk Consulting developed a new AutoCAD Plant 3D plug-in, leading to a 75% time reduction across Artelia projects, potentially saving approximately 208 days in the first year alone. The plug-in offers a variety of features. It automatically generates orientations and position views in a drawing, which streamlines the design process. It includes auto-annotation of views, making documentation more efficient. The addition of a bill of materials (BOM) and a new graphical user interface further improves user friendliness and functionality. The solution currently works with secondary supports and is beneficial for all AutoCAD Plant 3D users who use orthographic drawings. It can potentially be scaled up to include support for all objects and drawings, and for drawings with auto-dimensioning capabilities.

Australia, one of the driest continents, faces critical water challenges. The country now looks beyond its dams to desalination plants and recycled water treatment to address this. However, constructing desalination plants traditionally consumes high energy and impacts the environment. This session focuses on how John Holland, an Australian contractor, successfully streamlined its major water infrastructure projects valued at $2.5 billion by implementing a common data environment hosted on Autodesk Construction Cloud. The firm replaced traditional tasks performed using desktop products—such as clash detection, information management, and design reviews—resulting in significant cost and time savings and improved efficiency across the project lifecycle, benefiting all stakeholders. We will share how we drive sustainability results by using building information modeling (BIM) to optimize recycled materials and reduce carbon footprint, ensuring the potential for environmentally friendly practices within the water infrastructure sector.