Step into the future of with Clash Review 4.0, where automation and immersive technologies transform clash detection and issue tracking. Discover how to use the Construction Cloud module to streamline workflows and enhance collaboration. We'll explore seamless integration with Navisworks Manage and the Coordination Issues Add-In, bridging cloud and desktop environments. Drawing from real-world project examples, we'll share lessons learned in managing complex geometries, multidiscipline collaboration, and large model sets. Learn to handle high-clash volumes and customize issue filters to prioritize critical tasks. Experience the advanced workflow integrating Autodesk Workshop XR for virtual reality (VR) clash reviews. We'll also explore augmented reality (AR) technologies to minimize pitfalls on the jobsite. Leave equipped with strategies to boost clarity, accountability, and coordination speed across teams.

New Terminal One (NTO) is a passenger terminal set to be built at JFK International Airport in New York as part of wider plans to transform JFK into a world-class airport. Upon completion, NTO will be the airport's largest terminal. This session will demonstrate how Robert Bird Group (RBG) engages with project stakeholders, linking schedule data to model elements in an interactive and accessible environment that can be streamed in a web browser using the RBG-developed platform Reveal. Maximizing Navisworks, Revit, 3ds Max, and schedule data, we map the structure program to model elements, generating a connected link for ease of updates. The interactive environment allows any stakeholder to navigate, interrogate, control, and interact with a data-rich real-time model from any angle and at any stage of the construction. This allows users to highlight and adjust built assets that are either completed or under construction in a digitally simulated real-world environment.

Explore the crucial role of standards and classification systems, focusing on collaboration and BIM management. Learn how adhering to ISO 19650 can improve project outcomes by delivering greater consistency, accuracy, and efficiency. We'll show the importance of open standards such as IFC and COBie, which facilitate interoperability between different software platforms and promote collaboration across different teams and disciplines. Furthermore, we'll highlight the importance of classification systems like UniClass, and UniFormat, which can greatly improve collaboration and communication between project stakeholders by providing a common language for sharing information. In addition, we'll present how Autodesk Interoperability Tools can effectively support the implementation and use of these standards and classification systems.

Advanced building information modeling (BIM) processes require us to consider modeling with different lenses: personas interacting on a shared model extracting different BIM uses throughout the different project lifecycle stages. We'll look at the specific case of "tunnel ring segment” modeling and all the phases that have been conducted to a Revit model that is open, universal, and fully parametric so it can be used from bidding to execution and from planners to fabricators. The class will show how Bouygues Travaux Publics went from collecting users' needs to formalizing a specification and developing a Revit family and all its applications in Revit, InfraWorks, Navisworks, and Autodesk Construction Cloud. We'll focus on the benefits realized with the application in a project now in the construction phase.

The architecture, engineering, and construction (AEC) industry generates a significant amount of data that helps in making informed data-based decisions and speeding up projects delivery. However, information derived from the data is only as good as its quality and may pose high risk to all stakeholders if not validated diligently. In this class, we will explore different methods of data validation, including 1) a reactive approach based on stakeholder feedback and observed poor performance signs, 2) a proactive approach involving the use of various data export and visualization methods to access data quality, and 3) innovative automated real-time validation techniques using custom tools and event-driven programming to ensure data consistency and prevent invalid entries. In this session, you'll learn about quality management and how to maximize the Autodesk Construction Cloud platform, other Autodesk products, and custom solutions developed using available APIs to validate data, ensure compliance with standards, and mitigate risks.

In today's world, the need for efficient infrastructure management has become increasingly crucial. As we navigate the challenges of cost optimization and environmental sustainability, it is imperative to unlock significant reductions in both financial expenditures and CO2 emissions. This presentation aims to shed light on how digital transformation is a key component for unlocking the potential in road and railway projects. Throughout the presentation, we will showcase a real-world case study and success story of organizations that have effectively unlocked 20% cost reductions and 20% CO2 emissions reductions in an infrastructure project. The examples will provide practical insights and actionable takeaways for you to implement in your own contexts. Ultimately, this presentation aims to inspire and empower organizations to embrace sustainable practices, make informed decisions, and create a positive impact on both the bottom line and the environment.

Digital-twin technology enables users to create dynamic, data-rich replicas of their buildings that connect all stakeholders and systems. But how do you get started on your digital-twin journey with Autodesk Tandem software? Building information modeling (BIM) data integrations into Autodesk Tandem workflows are becoming an essential component of today's facilities management, enabling organizations to optimize operations, reduce costs, and improve the user experience. This presentation will explore how to implement data throughout the project lifecycle, whether it's a new construction or an existing building. You'll learn first-hand from a virtual design and construction (VDC) expert, a facility manager, and the Autodesk Tandem team, representing all project stakeholders' perspectives. Gain insights from recent project case studies that demonstrate the versatility and benefits of digital-twin technology across various applications, including the new Windover-built Phillips Exeter Academy (PEA) dorm project and how it innovatively optimized facilities management.

The presentation will cover the 4D management of hundreds of machine installations, each with various stages of preparation work required. Previously the workflow involved comparing 2D AutoCAD layouts to a Microsoft Excel spreadsheet. First, we'll define the prerequisites of having a Factory Design Utilities layout, where the machines are individually laid out in 3D. The layout will then be imported into Navisworks software and prepared for the TimeLiner function. Then, we'll export a schedule as a .CSV with all the necessary details. Next, we'll import the file into Navisworks for the TimeLiner function. We'll show the process of making links, and explain all other necessary setup parameters. We'll run the sim, and export the viewport into a .PPT for distribution. In closing, you'll see an update to the original layout which then reflects in the end results. And we'll even include a change in schedule, to emulate logistical issues. The workflow helps with collaborative agile planning.

In this hands-on lab, we will get to terms with the basics of the Autodesk Construction Cloud Build – Assets module. In this session we will look at: -Defining a standard for our Assets -Import Assets using the model-based workflow -Add our assets to 2D Sheets -Specify data on our assets and change an asset's status -Color-code according to Asset Status -Report out on the current status of our assets

With the advancement in pre-construction technology and enhancements in the Model Coordination product on Autodesk Construction Cloud (ACC), we can now take a massive step toward delivering fully coordinated construction models. This will ensure the quality of construction and reduce the wastage of construction materials. The key factor in delivering fully coordinated construction models is a closed-loop clash management system that allows stakeholders to identify and address potential clashes early in the project lifecycle. This results in reduced risks of delays and cost overruns, thus increasing project efficiency and enhancing project quality. In this lab, you will learn about automated clash detection using Model Coordination. You will get hands-on experience with the "closed-loop" end-to-end issue management system, supported by notifications so the users can be notified when you create clash issues. Finally, you will learn how to close the loop by resolving the clashes and changing the issue status to reflect the clash resolution.

Projects today need one or several persons to ensure that digitalization, data flow, collaboration, and intelligent models are set up and working. This session will discuss the most-common roles—digital collaboration manager, building information modeling (BIM) manager, and BIM coordinator—and the expectations and responsibilities of these different roles. In addition, we'll look at how Fornebubanen Metro has standardized how nine different BIM coordinators work, how we've managed their different personalities to fit with the standardization, and how they've advanced in practice through a project that has lasted for 12 years and has 10,000 models in BIM 360 and 12 federated models in Navisworks software. We'll see how their work has ensured a model-based project from start to finished construction, and how important their roles are to connect the design to construction. Their work has taken model-based construction to a new level, ensuring more value for all parts of the project.

This session will discuss a company's successful shift from 2D construction to 3D construction. By capitalizing on advanced digital technology, the company was able to transform its traditional 2D construction process into a more efficient and accurate 3D construction process. The new 3D process involves the creation of detailed 3D models using building information modeling (BIM) software, which allows for improved visualization, coordination, and communication between different stakeholders. The use of 3D models enables the company to detect and resolve potential design clashes, constructability issues, and conflicts between building systems before the construction phase, resulting in significant time and cost savings. Furthermore, the use of 3D models allows for more-accurate quantity takeoffs, material planning, and construction scheduling. By implementing 3D construction, the company is able to improve project quality, speed, and cost savings while maintaining high standards of safety and compliance.

Mandai Bird Park Project is an innovative sustainable-construction initiative in Singapore designed to create Asia's largest bird park in a 23-hectaire nature reserve. The design consists of eight massive walk-through aviaries inspired by diverse habitats, 20-meter-tall waterfalls, and an 84-meter-long archway. As part of the Environmental Management and Monitoring Plan, the team had to keep in mind sustainability and preservation goals to minimize changes to the original landscape topology, preserve existing flora and fauna, and replicate a tropical landscape incorporated within the architecture. This intensified the overall construction complexity. The class will show how we fully used building information modeling (BIM) as a single source of truth, reality capture. and cloud platforms, including drone mapping, laser scanning, and 3D surface modeling with Revit, Navisworks, Dynamo, and ReCap software throughout the virtual design and construction (VDC) implementation. This saved us 30% in survey costs, achieved 100% reuse of excavated soil, and prevented the aviaries from clashing with the trees.

DPR Construction has the opportunity to work on some of the biggest projects across the globe. But rooted in the company's culture is a focus on applying excellence to projects of any scale. Small projects bring a set of challenges of their own: tight schedules, limited budget, thinly spread teams, and, most of the time, existing conditions. Virtual design and construction (VDC) can play a big role in delivering successful outcomes, but it takes the right mix of people, process, and technology. Join us for an engaging session where we'll walk through how DPR adapts to the unique challenges of smaller projects. We'll talk about the technology we almost always apply (spoiler: it's reality capture) and what tech we leave at home. And finally, we'll describe the type of person required to overcome small project challenges and how we go beyond collaboration with training, design support, and access to Autodesk tools.

Join us in this presentation as we showcase how we used 4D visual planning, laser scanning, model-based coordination, virtual mockups, and other virtual design and construction (VDC) tools and processes to overcome existing conditions and optimize the renovation process, which included the use of 206 prefabricated bathroom pods, for the 20 Mass Ave project located in Washington, D.C. The former office building is undergoing renovation to become a mixed-use location with retail space and a luxury hotel. By working together as a whole, these tools enabled the project team to streamline communication, reduce errors, and stay on schedule and budget. Don't miss this opportunity to learn practical tips and insights on how to integrate VDC strategies for the successful implementation of prefab and modular strategies in renovation projects.

Four years ago, a major fire broke out in Notre-Dame de Paris Cathedral. The French government has given the rebuild five years. To meet the key outcomes around schedule, health, and safety, the project has coordinated the daily presence of various types of workers specialized in restoration activities (archaeologists, carpenters, stone cutters, and so on). This class will focus on how Setec Opency (specializing in construction management) has digitized the execution planning process using 4D building information modeling (BIM) and digital technology, integrating the work sequencing and the opportunity of planning optimization, while minimizing the risk of accidents. Setec Opency will show how it has taken into account multiple constraints: tight deadlines, the configuration of a historical building (large volume, 4,800 square meters, great height), 120 subcontractors, and 400 workers over nine construction phases costing hundreds of millions of euros. See how bringing 4D to the field with VR/XR will help the renaissance of an 800-year-old legacy.

The session will cover a detailed case study of the projects and give insights into the Lean BIM principle enabling Lean Construction by establishing the perfect BIM ecosystem across the industry across different stakeholders. 6 Lean principles in BIM and their relation to existing Lean Construction approach: 1) Visualization & understanding the end goal of the project 2) Rapid generation of design alternatives 3) Automated generation of drawings & documents 4) Maintenance of information and design model integrity 5) Reuse of model data for predictive analysis 6) Collaboration in design and construction with these BIM principles will go hand-in-hand with Lean Construction principles.

If you're interested in faster and more effective project validation, this class will help you discover how Anas has improved its performance by adopting building information modeling (BIM) design and checking/validation processes for the case study of the new road "SS 340 Tremezzina” in the north-west of Italy's Lake Como. We'll explore the main challenges and benefits obtained by implementing digital processes to manage the design and validation phases within the Italian public contracting authority (Anas), using Revit, Civil 3D, and InfraWorks software for design and Navisworks software for checking/validation via the interoperable Industry Foundation Classes (IFC) format. Finally, we will present the potential applications planned for the construction stage, with the aim of speeding up the contractor's inspection and payment activities, and for the operations and maintenance stage, with the aim of improving the quality of operations using the digital twin.

This session will cover the "bare bones” setup of an Autodesk Docs central file-sharing site with granular permissions for use by a construction team during building information modeling (BIM) coordination. A builder's construction technology manager will demonstrate how Autodesk Collaborate supported by Autodesk add-ins can be used as a shared on-demand syncing tool for teams that still favor Navisworks Manage to run clash detection between a diverse mix of trade partners working both in and out of the cloud. Autodesk technical experts will provide supplementary advice along the way to show how teams can make use of new features in the Autodesk Construction Cloud environment to take this strategy to the next level by removing roadblocks seen in previous versions of the product.

When challenged to manage building information modeling (BIM) on a project the size of a small city, routine project planning is not enough. This case study will show which current BIM management tools and methods work and which ones fail on a real project of 10 million square feet. Spoiler: There were many broken tools and many crashed computers. We'll show how a small but effective BIM and computational team can save hundreds of thousands of dollars through resource management, technological innovation, failure prevention, team upskilling, and cloud collaboration. We'll also touch on how managers can facilitate the use of computational workflows by being a bridge between users and tools. We want you to leave empowered to tackle BIM on projects of any size and any scale while also knowing how to evolve these methods for the future.