Explore best practices for industrialized construction to ensure fast, efficient, and sustainable workflows. Learn how Beca from Australia and Windover Construction from the United States used building information modeling (BIM) to improve off-site workflows and facilities operations. Case studies will cover academic and affordable housing projects, including the digitalization of asset management at the University of Melbourne and Windover's 153,000-square-foot, modular, mixed-use community in Massachusetts. You'll also explore the application of additive manufacturing in fabricating historic preservation facades at the Autodesk Technology Center in Boston. Gain insights into the convergence of manufacturing and architecture, engineering, and construction workflows, leading to reduced waste and improved quality. Discover how combining off-site construction and digital twins is paving the way toward a zero-waste future. Explore how design for manufacturing and assembly (DfMA) workflows can empower prefab design, manufacturing, and installation, maximizing sustainability, schedule, and cost benefits across your portfolio.

As professionals navigate the delicate balance between skill erosion and enhancement, embrace the evolution of job roles and responsibilities, grapple with ethical considerations, foster collaboration and communication, and cultivate resilience and adaptability, it becomes evident that the integration of AI and human expertise is not a binary proposition, but rather a nuanced journey of exploration and adaptation. By engaging in ongoing dialogue, using technological advancements judiciously, and prioritizing the preservation of human-centered values and expertise, architecture, engineering, and construction professionals can chart a course toward a future where AI augments, rather than replaces, the ingenuity and creativity that define our industry's pursuit of innovation and excellence.

The airports construction industry is undergoing a significant transformation, shifting from historically paper-based projects to fully integrated, cloud-based modeling and coordination. Vanderlande, a leader in future-proof logistics process automation for airports, is at the forefront of this change reshaping the future of airports! This case study of the Los Angeles (LAX) Tom Bradley International Terminal explores Vanderlande's transition to fully cloud-based projects showcasing our adoption journey with Autodesk Construction Cloud for project coordination and BIM management in this large-scale, multi-phase, brownfield design-build project. We will show how we are delivering this project with our AutoCAD/Navisworks based workflow, while transforming the way we, and our industry works by increasing coordination issue creation efficiency by up to 75%, reducing clash report generation by up to 90%, and increasing coordination efficiency by up to 50% using Autodesk Construction Cloud.

We will present a case study that demonstrates how—by following the building information modeling (BIM) process and using the correct processes and tools—we have significantly impacted the HVDC (high-voltage direct current) planning, design, operations, construction, and operations and maintenance phases. Our presentation will address the challenges that the large energy sector industry faces, and provide concrete examples of how BIM has helped us, our partners, customers, and subcontractors overcome them. We'll present impressive statistics and metrics that quantify the remarkable benefits of BIM, such as reducing project costs and rework in construction time through BIM in our power sector projects. We will also show how, by rigidly following the BIM process, we managed to reduce our design errors by 98% from Project A to Project B.

This session will explore how Autodesk Workshop XR is transforming project coordination, making early issue detection and resolution the new normal. With a seamless Autodesk Construction Cloud integration, we'll discover how to harness the power of Workshop XR to enhance workflow efficiency, bridge communication gaps, and minimize costly reworks and materials waste. We'll show what it's like to walk through a model in virtual reality (VR) at human scale, and review its associated building information modeling (BIM) data—while helping to accelerate team alignment during the design phase.

There are numerous unique challenges involved in managing a large model environment, and there's a scarcity of documented workflows or solutions to tackle them. This presentation will discuss the issues encountered while managing the Revit models for MEP systems of a new 1.3 million-square-foot hospital, and the innovative solutions that were implemented. Using tools such as Ideate, Clarity, BIM Interoperability Checker, BIM 360 Model Coordination, and others, a powerful BIM 360 model environment was established that was capable of handling the vast amount of data and elements required to document the hospital. This presentation will not present a definitive solution, but rather a foundation for generating additional ideas and workflows for future large projects.

DLR Group anticipates that more than 80% of its workforce will need upskilling in the next two years. Sound familiar? During this session, DLR Group will present its approach to learning and development, featuring a comprehensive skills matrix that aligns skill levels—both technical and other critical ones—with specific tasks and functions performed. DLR Group will illustrate its journey that began four years ago with new-hire skill assessments and evolved into a program that ensures all employees, regardless of their roles or departments, possess essential skills and customized career paths. Learn how DLR Group used Power BI, along with learning management tools such as Pinnacle Series and KnowledgeSmart by Eagle Point Software, to build a program that supports its key focus areas and future business needs. Leave with ways you can help your firm facilitate mentorship opportunities, identify potential software cost savings, improve talent recruitment, and impact overall employee satisfaction.

This case study explores how digital transformation happens, starting from the traditional design process and moving to Autodesk Construction Cloud using building information modeling (BIM) tools. It also identifies challenges, the importance of education and training, and the short-term and long-term benefits. The major challenge is the lack of capacity and capability, lack of a common platform, absence of standardization, inconsistencies in workflow and processes, and loss of information. We initiated the transformation by redefining the workflow processes, bringing Autodesk Construction Cloud, standardizing design language and deliverables, creating libraries, and training. This increased adaptation, leading to an increase in efficiency of model development, peer review, design collaboration, design management, and approval by all stakeholders. We were also able to define roles and responsibilities, ensure version control across all stakeholders, and review clash detection, thus improving on-time efficiency, accuracy, and quality of the deliverables by sharing information and collaborating.

From 160 hours of manual work to just 30 seconds—Vía Ágora's transformation in industrialized facade breakdowns is groundbreaking. Through building information modeling (BIM) methodology and Autodesk's platform, efficiency and innovation soar. Starting with Revit software for architectural projects, intelligent models shape the project, coordinated via Autodesk Design Collaboration software. After ensuring harmony between structure, architecture, and installations, Autodesk Construction Cloud is used to track changes. Model Coordination analyzes progress, including industrialized facades and bathrooms. Moreover, One Click LCA calculates the building's lifecycle assessment for sustainability, while Autodesk Forma software assesses wind conditions during design. This comprehensive approach, blending tech and sustainability, elevates efficiency and environmental responsibility, positioning Vía Ágora as a leader in construction innovation.

In this thought-provoking session, attendees will delve into the potential of Autodesk Platform Services (APS) & digital automation in addressing industry challenges & streamlining workflows. We will explore how leveraging in-house development tools can revolutionize traditional practices, leading to enhanced efficiency, productivity & decision-making. By examining a real-world case study - the Triple Bay Yacht Club in Saudi Arabia – insights will be gained into how automation can overcome common obstacles such as coordination, data fragmentation & resource inefficiencies: achieving significant time savings of 43% during collaboration, 17% during design, 28% during change management & 40% in design collaboration. Join us to uncover the tangible benefits of embracing APS and performance-driven design, including accelerated project timelines, improved data accuracy, & enhanced project outcomes. Together, we'll unlock digital technologies' full potential to drive innovation & success.

openBIM workflows enable interoperability and collaboration among different software applications and stakeholders in the architecture, engineering, and construction (AEC) industry using neutral, industry-standard formats. These workflows center around Industry Foundation Classes (IFC), an open and neutral data format for building information modeling (BIM), but they also include other formats and technologies such as BCF (BIM collaboration format), bSDD (buildingSMART Data Dictionary), and IDS. In this session, you'll learn about the Autodesk strategy around IFC and openBIM, the current and future capabilities of Revit, and other Autodesk AEC products to support openBIM workflows. In addition, we'll offer some insights for Revit users to optimize their IFC data exchange and quality. Whether you're a beginner or an advanced user of Revit and IFC, this session will provide you with valuable insights and guidance to enhance your openBIM workflows and collaboration.

Jacobs, one of the world's leading design and consulting services firms, will share how a global design firm is using simulation technology to maximize the profitability by increasing throughput while decreasing operating expenses. Learn about the latest lean operating principles and techniques as well as innovative design and analysis tools to design an optimized solution customized for any specific process. Solutions include traditional design deliverables such as site plans and specs, as well as details about how the process needs to function, such as staffing plans and production schedules. Simulation of the operation or process provides a platform to show the recommended solution in action with a full set of metrics to prove the value of the entire solution quantitatively. These techniques can be applied to any industry or process where materials or people move through time and space. Join us to learn how to extract significant value through work process optimization.

A new metro Line, with 19 kilometers and encompassing 15 stations, a maintenance yard, and 2 primary substations, represents a landmark achievement in utilizing Building Information Modeling (BIM). A large-scale infrastructure project has set a new benchmark for the industry by implementing a comprehensive BIM (Building Information Modeling) approach, encompassing all disciplines, including geotechnical engineering and laser scanning for connection stations with existing lines. The project has also standardized data using IFC (Industry Foundation Classes) and introduced a new standard for contractual items, including a new contractual measurement method. Automated analyses have been integrated into robotic processes, and a train dynamic models to ensure equipment installations has been utilized and with data management. These innovations have significantly enhanced project quality and established the project as a national reference.

SAMSUNG C&T uses digital twins to optimize building operations. We have developed a digital twin with BIM and AI in an office building with a total floor area of 100,000 square meters, and we are utilizing it to operate the building. The basic functions are the Energy/Asset/Space Management, and Virtual Tours. In particular, the energy management function monitors building energy usage in real time. And we have developed 10 solutions for energy management that can save energy while maintaining the comfort of occupants in the building. These solutions are derived through AI-based machine learning models and optimization algorithms to provide real-time notifications to building operators for sustainable and optimized building energy management. Therefore, SAMSUNG C&T aims to provide efficient building operation and management services by simultaneously implementing digital spaces, going beyond the role of a construction company that constructs physical spaces.

Join this session to hear about the steps your company can take—regardless of trade, software, or construction type—to facilitate flow of data and deliverables between modeling and fabrication in the shop.

Miron Construction has been using BIM 360 software and the Autodesk Construction Cloud platform for several years now, and has gained valuable experience on how best to set up the building information modeling (BIM) coordination process using all the features of Autodesk Construction Cloud, Navisworks, and Revit software. We will lay out how using cloud-based workshared models that are bridged to and from multiple sites, Autodesk BIM Collaborate Pro licensing, and controlled scheduled publishing can bring efficiencies to your BIM coordination workflow. We'll also demonstrate the benefits of operating in a high-trust environment where subcontractors and architects work side by side on each other's sites.

How can existing 2D data be reused, verified against the reality, and combined with 3D data in a holistic factory design or integration? With Autodesk Construction Cloud, Autodesk offers the possibility to realize this not just for buildings and infrastructure models, but also for new and existing factories, whereby the integration of machines and equipment as well as the use of reality data (point clouds) plays an important role. The objective is to increase the quality of plannings and integrations to a very high level to reduce or completely avoid unforeseen costs, delays or planning errors.

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.

Bridge construction in Norway in 2024 is a different ballgame than it was in 2015. We've transitioned to full digital design and construction without drawings. This would have been impossible without a rich Revit API. We've created our own add-in, scaling from 10 users in 2019 to 1,300 users in 2024. What a success! But the challenge has not been object-oriented coding in C#, but rather scaling the knowledge. How can we scale technology efficiently and fast? What are the obstacles? Do all bridge engineers need to understand back end, front end, and UX? We'll show you how to ensure a transition from 2D to building information modeling (BIM) by combining piloting in Dynamo, coding in C#, and teaching. Our clients now receive top-quality models with consistent data. How does this help them? Finally, we'll round off with reflections on how AI is transforming our design process and concerns for a sustainable future. Can we use AI to assist in scaling technology? Let's explore together.

Using open source tools and open formats, CIMIC is federating their largest 3D architectural models, directly from ACC and into the Unity game engine. They show record loading times and record rendering speeds with the largest of federated scenes, while keeping ACC versioning, filtering and coloring, of single elements. This case study compares different pipelines that were explored before choosing the final result. Topics include ArcGIS Maps SDK for Unity, IFC, I3S, OBJ, USD, FBX, 3D-Tiles and glTF. Learn how you can integrate ACC 3D models into your own game engine using APS, open source tools and open formats.