This class will present case studies of inventive Building Information Modeling (BIM) approaches adopted by 2 very different facility owners. Each one pushed beyond incremental BIM adoption to rethink workflows, develop BIM object libraries, and transform project processes. See results of their efforts presented from theoretical and practical perspectives. A large healthcare facilities owner integrates BIM libraries and standards throughout the project lifecycle. Their BIM library objects embody design requirements; data management protocols; local/global best practice standards to improve reliability and efficiency of BIM for design, delivery, and facility management with support; and additional capabilities such as 3D stereoscopic viewing, way-finding, and seamless data-sharing with facilities management (FM) applications. An international developer/operator shifts the focus of BIM organization from component-type hierarchies to elements representing installation and construction processes as performed on site, informing better cost and prefabrication analysis.

As a building owner or operator, it is necessary to have reliable, organized information to effectively respond to a portfolio's growing space, maintenance, and energy requirements. Unfortunately, most facilities were built prior to the development of Building Information Modeling (BIM), and for the few that do have models, there are often barriers that prevent the retrieval and sharing of this information. This class will discuss the facility datafication process developed by CASE to help owners generate the data they need to optimally manage their buildings. By aligning information technology with operational processes and advanced Revit software techniques, owners and operators are enabled to effectively communicate and collaborate through a model-based Building Information Solution. This course will also discuss the integration of third-party software and customizations to enhance the datafication process, increase informed decision-making, and optimize the performance of a building portfolio.

The global market for computing power is increasing exponentially, and the biggest challenge the industry faces is how to deliver the required physical infrastructure fast enough to keep up. For data center owners and operators—many of whom are the largest companies in the world—it is a strategic imperative that they find new ways to accelerate how they plan, design, construct, operate, and optimize their data center facilities. Autodesk provides a range of products that owners and operators can use to help meet these objectives, but they're rarely used in a fully integrated manner throughout the life of a data center. In this session, Gafcon Digital (an Accenture company) will demonstrate how Autodesk products are being deployed on behalf of data center owners and operators for a variety of processes throughout the lives of their facilities, showcasing the use of Autodesk applications (such as Revit software, Autodesk Construction Cloud, and Autodesk Tandem software) and platforms.

This discussion will focus on CREFTS' (Corporate Real Estate, Facilities, Travel, Safety, & Security) BIM 360 Ops internal Autodesk deployment, and offer a glimpse from concept to deployment across the Autodesk portfolio. We'll review the steps taken-from planning, pilot, and deployment-and discuss our pathway to success and how we're using BIM 360 Ops software from projects to building operations. We'll share best practices, insight into rollout, and a glimpse of where we're heading with automation and machine learning.

What use would a tire company have for construction management software? We had to ask ourselves that same question at first. Unlike most who work in Autodesk Construction Cloud, we aren't paying our bills through the construction of buildings; we're investing in the buildings. We manage the entire project lifecycle of our facilities from conception to operations. Tires are our product, but we need a place to build those tires. We need to maintain that facility, manage our assets, and, most importantly, we need to transform our manufacturing footprint. All of these things need to happen, all while product continues to flow out the door. We produce tires despite the building process, we don't build despite the production of our products. We hope to share a different perspective of how an owner and operator takes advantage of Autodesk Construction Cloud and the rest of Autodesk's portfolio to make a successful process.

As a new player in the electric vehicle market, Rivian Automotive needs to move fast. In addition to building a new product line of electrics trucks, SUVs and delivery vans they need to build the facilities infrastructure to support. This includes an array of new office space TIs, service centers, factory additions, charging and new retail spaces. To accomplish this goal Rivian used the ACC platform to collaborate with all design and construction partners and internal stakeholders. By running all projects on one common data platform it provides our project teams with an invaluable data set as an owner and operator, creating new opportunities to optimize project delivery. Attendees will learn about how Rivian Facilities utilized Autodesk Platforms Services to build a suite of custom integrations and tools that provide project teams actionable insights and automations that enable better collaboration with internal and external design and construction partners. These tools answer questions like – when was the last project meeting, to where the most recent construction documents are. Automating answers to questions save time and improve quality when you have 100's of projects all running in parallel. Join us as we share what worked and what didn't.

The Infrastructure Symposium general session includes the welcome address, the highlights on a few key projects, the presentation of the 2014 Excellence in Infrastructure winners, and an overview of the symposium sessions to follow. The symposium provides peer-networking opportunities across owner/operators and the network of engineering, design, and construction firms focused on supporting infrastructure projects and managing asset lifecycles. The Infrastructure Symposium is on Monday.

In this class, we will present multiple case studies on how petroleum refineries have implemented AutoCAD P&ID software as part of environmental compliance projects to achieve a reduction in actual and reported VOC and HAP emissions. We will cover a stepwise workflow process for owner-operators and engineering, procurement, and construction firms to follow, engaging various plant disciplines, including CAD, engineering, and environmental and safety, that are favorably affected by this workflow. Specifically, the case study will share a process for using data-driven drawings to achieve improved compliance with environmental and safety regulations. We will also supply you with the questions to ask at your plant, as well as the tools to begin driving your operating plants towards environmental and safety excellence (and reduced emissions).

According to GRESB's 2022 data (the global ESG benchmark for real-estate financial products), 2025 is the estimated average expiration date for the market attractiveness of offices worldwide in terms of meeting CRREM (Carbon Risk Real Estate Monitor) energy efficiency standards. In other words, as we move toward net-zero emissions by 2050, the market value of a building that does not achieve the required energy efficiency rating is likely to decrease. It's vital the building sector adopts circular economy principles, moving away from the linear "take, make, dispose" model toward a more sustainable and regenerative approach that prioritizes resource efficiency, reuse, and recycling. Digital twins support the operational phase of a building and develop into digital logbooks, which is crucial at end of life because its help ensure safe and sustainable decommissioning/repurposing, preserves valuable information, and supports compliance with regulations and standards.

FM:Systems® Building Information Modeling (BIM) integration software enables architecture, engineering, construction (AEC), and facilities professionals to connect Revit®-based software models to a cloud-based system to help them manage space, plan maintenance, and more. This class explores the opportunity for AEC professionals and building owners and operators to partner on a BIM lifecycle approach to managing facilities. We demonstrate how to create and maintain a live bidirectional integration between Revit software and the FM:BIM cloud-based system. We explore how AEC professionals can work more closely with building owners to develop BIM guidelines, workflows, and methods of integrating Revit models into a full BIM lifecycle. Finally, we discuss setting up a model in Revit, including defining rooms, spaces, and assets and publishing facility plans from Revit into FM:BIM.

The architecture, engineering, and construction (AEC) industry is often put in the position to create engineering designs for several utility-related workflows. This design and engineering work is often done using Civil 3D software and is delivered as a stand-alone project via a set of design drawings. In many instances, the utility owner\operator takes that as-built data and drops it on a file server never to be seen again until it is needed. This transactional approach creates technical debt that places a burden on the utility and threatens the overall sustainability of the process. This instructional demo will work through a new way of supporting a sustainable collaboration and delivery model that aligns with the way of working preferred by owners and operators. Through the Autodesk \ Esri Alliance Partnership, we will illustrate some existing new methods to unlock the full value of a Civil 3D design drawing to populate and append an Esri ArcGIS Utility Network model that will support future design and engineering work in a sustainable manner.

Join leaders from Edged Energy, Burns & McDonnell, and Gaylor Electric as they unveil innovative strategies for dismantling data silos and enhancing collaboration between owner-operators, general contractors, and trade partners in modular data center developments. This panel will explore the transformative impact of digital delivery, illustrating how unified technology platforms like Autodesk Construction Cloud can streamline communication and data management at a project and portfolio level. Gain insights into the synergistic potential of cross-disciplinary partnerships, and learn how these are critical for developing powerful digital delivery practices. The discussion featuring technology and innovation leads will highlight real-world applications of technology tools, challenges overcome, and the process of driving collaboration across teams throughout the infrastructure lifecycle.

Great, you've taken the keys to your brand new facility and you are ready to roll. But wait, you have also received an as- built model and load of data. So, how does this help you drive away your brand new facility? The next stage after you receive the keys is that facility now needs to earn its keep and be maintained. Let's take a look at how BIM 360 Field and Glue could be used to help maintain the facility using the data collected from the construction phase. What do owners and operators need to know about the model and the associated data? And, how can they benefit from it, using the same tools as the builders who created it. This course will examine some every day scenarios to build a case that BIM 360 Field and Glue can still benefit the project, even after you have lost your first set of keys.

This session will involve Mercury Construction—European leader in construction, delivering projects for the world's leading corporations—and SSEN Transmission, owner and operator of the electricity transmission network in Northern Scotland. Working on either side of the client/contractor fence, Mercury will discuss its respective digital journey and how it embraced the power of Autodesk Cloud Services to deliver excellence and galvanize collective expertise across its teams. Working in different industries, with different targets, you'll learn how these two organizations developed similar tools and practices to overcome challenges. They will debate the strategies used to achieve success and what may work for one, but not the other. The panel will show the importance of engaging with people outside traditional digital and engineering roles to maximize the impact of digital transformation and ensure everyone is represented, showing that organizations from different industries, with a different outlook, find solutions for similar challenges.

The challenges for an owner-operator of one of the world's busiest airports are tremendous, involving multiple disciplines, sectors, and business functions. This class looks at the solutions, products, and workflows delivered in key areas—including aircraft tracking, stands management, a works approval interface, asset management integration, and supply chain model management—during a recent engagement at Heathrow Airport, London. We demonstrate how the solution, which was designed for mobile devices including Apple® iPads®, allows Heathrow access to Building Information Modeling (BIM) and other key business data in the field. It also links the aircraft and stands status to infrastructure and asset information from IBM® Maximo® and a works approval solution. From incident handling and airline management to regulatory reports and business workflows, we show how the complexities of managing airport systems can be as demanding as a running a mini-city.

The Autodesk Tandem team has been working closely with industry-leading innovators during product development and early adoption. In this panel, you'll hear directly from customers implementing digital twins in real-world projects. Each panelist will bring their unique industry experience to cover topics including how digital twins can become a part of an architecture, engineering, and construction (AEC) firm’s digital practice, the value digital twins offer to building owner/operators, the requirements driving the need for digital handover, the industry challenges in curating project data for digital handover, and how these firms are using Autodesk Tandem to overcome these challenges.

We’ll discuss overcoming design and planning challenges in an infrastructure project’s lifecycle by using smart solutions, including highlights of the following: How digital asset management can help evaluate future demands for regional infrastructure development, and the challenges to be faced; how BIM can support the asset management long-term strategies to mitigate the risks impacting the operations and maintenance of infrastructure; innovative solutions to develop a smart transportation infrastructure system; the main controls to achieve a successful BIM implementation process; single integrated asset management system with sustainable and cost-effective results; guidance on how to create and follow a clear road map to achieve an effective asset management system; exploration of the significance of integrating CAPEX and OPEX solutions; and the importance of implementing an integrated CAPEX/ OPEX solution for asset owners and operators.

If assets are managed, they can become really important in any building project. You can use the information for progress tracking, evidence capture, asset data capture, linked data, and much more. In this session, you’ll see how you can use the Assets module in Autodesk Construction Cloud to benefit contractors and owner operators. In the United Kingdom, a new fire safety bill is being introduced. See how you can capture, store, and manage all fire-stopping evidence to meet the new building regulations. But, assets do not have to be part of the building. See how site personnel, temporary equipment, and site management can all use assets to bring benefits to the jobsite. See how we can reuse the data in the new digital twin platform Autodesk Tandem.

Qatar Rail is in the process of constructing a state-of-the art railway system valued at more than USD$40 billion and comprising of a 37-station metro and a 38-station light rail transit to support Qatar's 2030 Vision. One of the key decisions made at the start of the project involved a comprehensive contractual Building Information Modeling (BIM) mandate. The BIM process is currently being used extensively by all contractors in the design and construction phases of the project, and will soon be used as the foundation for the maintenance management system and throughout the eventual operations and maintenance of the railway. This class will take the attendees through the journey of Qatar Rail's one-of-a-kind BIM implementation from design through to operations. You will receive a thorough account of the successes, challenges, and lessons learned from the point of view of an owner/operator that has embarked on one of the most ambitious infrastructure BIM programs ever attempted. AIA Approved

This class will present a comparative study of 5 European hospitals that Brunet Saunier Architecture conducted, based on 45 criteria. We will develop some of these criteria and explain the need to adapt the projects to local cultures. We will also present some of the BIM (Building Information Modeling) management workflows used for the Lariboisière Hospital in Paris (France). We used Revit software to manage the space planning for more than 2,600 hospital rooms. We also used BIM 360 Docs software to collaborate with all the stakeholders (including the owner/operator). In addition, we used Navisworks software to perform coordination during the design phase.