This session will explore how Rhino and Grasshopper software—when integrated into Revit software through the Rhino.Inside.Revit technology—can streamline interoperability and unlock powerful parametric BIM workflows. By bridging the gap between computational design and BIM environments, you’ll learn how to harness the flexibility of Rhino and Grasshopper within Revit to automate geometry translation, manage complex data structures, and enhance design-to-documentation workflows. Through real-world examples and live demonstrations, this session will focus on practical strategies for integrating design intent seamlessly into the BIM ecosystem of Revit. Whether you're working on early-stage concept models or coordinating detailed building systems, this session will show how to use Rhino.Inside.Revit to create more-efficient, responsive, and intelligent BIM workflows that reduce manual work and improve collaboration across disciplines.

This session will outline a workflow for creating a Revit model of a steel composite cable stay bridge by using a combo of Grasshopper, Dynamo, and Informed Design for Inventor software. Modeling a bridge structure poses challenges due to its complex geometry, which adheres to a vertical, horizontal, and super-elevated roadway profile. Consequently, the steel girders, beams, and connection details must align with this 3D roadway profile, complicating the creation and placement of Revit families. For this challenge, COWI used Grasshopper and Dynamo to automate the creation of steel geometry, parameters, and insertion points, ensuring accurate orientation for family placement. Additionally, Informed Design was used to transform various iterations of intricate steel connections into families, which were then positioned using a Dynamo workflow. The integration of visual programming and Informed Design has been vital in efficiently producing complex bridge structures with a focus on Automation, Integration, & Customization.

As infrastructure projects become increasingly complex, the adoption of BIM for bridge design and construction has become essential. This session will provide a deep dive into our organization’s BIM journey, showcasing how we transitioned from traditional design workflows to an integrated digital approach. We’ll discuss the challenges we faced, the solutions we implemented, and the innovations we developed to optimize collaboration, accuracy, and efficiency in bridge modeling. Demonstrating the evolution of our methodology, we’ll highlight our progression from manual modeling to parametric workflows using Civil 3D, Revit, and Dynamo—and ultimately to advanced modeling with Revit, including in-house developed add-ins, Dynamo, and SOFiSTiK Bridge and Infrastructure Modeler. You’ll gain valuable insights into best practices, software interoperability, and the future of BIM on infrastructure projects.

Bravida is a 100-year-old mechanical and electrical installations contractor that has fully embraced building information modeling (BIM) and tools in the Autodesk Architecture, Engineering & Construction Collection, along with cloud technologies such as Forma Design Collaboration and Autodesk Forge, to achieve significant cost and time savings for the firm. This includes an ROI of 87% through implementation of Revit software and Dynamo. Digitalization is the future of the building and MEP (mechanical, electrical, and plumbing) industry, with BIM technology evolving every year. Bravida is innovating by putting design in the center of stakeholder management and enriching it with multidimensional data such as time management, procurement, logistics, cost estimation, and work orders. These are modeled in Autodesk Forge via Forma Design Collaboration along with 3D parametrical BIM that’s empowered using multiple different authoring software within the AEC Collection. This session is good for any BIM enthusiast wanting to see a real-life example of a mature yet humble, sophisticated yet easy way to develop a BIM platform.

luis vidal + architects is an international studio well-known for leading architectural and environmental innovation, high-quality projects, and excellent user experience. Since 2012, it has transformed its DNA and worldwide offices looking for a cultural and technological accomplishment using building information modeling (BIM) methodology. The main goals have been to eliminate geographical barriers, find a unique method of communication, and share the studio's pioneer ideas about design, multidisciplinary coordination, and sustainability. In this case, study we'll cover how the adoption of BIM 360 Team launched the beginning of a continuous improvement of workflows, until the arrival of a new era of social changes with the launching of Autodesk Forma with Forma Design Collaboration software. We'll highlight the relationship, progress, decisions, health models, revisions, results, and problems found in this virtual environment, where the ethical principles are the same for 500 square meters and 1,200 participants.

This session will showcase a landmark case study of Burj Azizi, the 135-story, 725-meter, supertall tower redefining Dubai’s skyline and urban verticality. Explore how AE7 harnessed the full power of Autodesk’s digital ecosystem—including Revit software, Autodesk Forma, Navisworks software, and advanced add-ins like Dynamo and API and third-party Automation, Integration, & Customization tools—to orchestrate a data-driven, model-centered delivery process. From federated model management and real-time cloud collaboration to 4D construction sequencing and Digital Prototyping integration, this session will dive into how BIM enabled AE7 to navigate the immense complexity of building a vertical city. Discover how digital workflows enhanced multidisciplinary coordination, accelerated construction readiness, and transformed design intent into an immersive, high-performance built reality.

Revit 2026.0, 2026.1, 2026.2 and 2026.3 introduce significant enhancements aimed at boosting productivity and streamlining BIM workflows in the AEC industry. Key highlights include accelerated graphics for smoother navigation, expanded site and topography tools, and the new ReCap Pro plugin for seamless integration of reality capture data. User-driven improvements—such as more flexible compound structures and refined annotation tools—reflect direct feedback from the Revit Ideas page, ensuring the release addresses real project needs. This session offers an in-depth look at the top features, including live demonstrations of integration with Dynamo, Autodesk Forma, and Data Exchange to optimize design and documentation. Attendees will see practical applications across architecture, MEP, and structural disciplines, gaining actionable insights to leverage Revit 2026’s latest advancements for more efficient, collaborative, and future-ready project delivery.

Have you ever wanted to get into using Autodesk Platform Services to access your Autodesk Forma data programmatically, but didn’t know where to start? Perhaps you thought it would be too difficult. Well, Autodesk Platform Services is not just for developers! This class will show you how to get started and will start at level zero, assuming you have no code or developer experience. If you want to access, use, and automate your project data, or if you’re just looking for smarter ways to pull data from your cloud models, Autodesk Platform Services can help you do it more efficiently. By the end of the session, you’ll not only understand what Autodesk Platform Services can do, but you’ll also be ready to start creating and using it yourself.

The challenge of transitioning from Rhino software to Revit software during the design process when developing architectural projects has been time-consuming, requiring manual rebuilding of models. This introduces inefficiencies. Henning Larsen Architects has faced this challenge head on. This has become particularly relevant with smaller fees and tighter deadlines. To address this, we’ve developed a solution using Autodesk Forma and Data Exchange to enable a seamless Automation, Integration, & Customization of the flow of geometry from Rhino to Revit. Using Dynamo, Python, the Revit API, and Data Exchange for Dynamo, our solution automates the creation of native Revit components. This case study will showcase how our innovative approach has revolutionized the transition process, which significantly reduces time and effort while ensuring model integrity and accuracy. You’ll gain insights into the technical implementation, the benefits of Automation, Integration, & Customization, and practical applications for your own projects.

Learn about our holistic approach of deploying Autodesk Platform Services throughout a global engineering business, ensuring we have the right tools for the right tasks! We are transforming our organization, significantly increasing Autodesk Platform Services adoption through a multifaceted and targeted approach of solution development. We’ll explore our comprehensive Autodesk Platform Services strategy, which includes building user-friendly tools native to engineers, training programs, detailed documentation, and cohesive guidance. Learn about a diversified strategy of deploying Autodesk Platform Services solutions through Revit and Civil 3D add-ins, stand-alone web tools, a custom Dynamo library, and integrated workflows—all of which are empowering our engineers in various user groups. Understand each environment’s challenges and learn about tailoring tools to streamline workflows for efficiency and quality gains. We’ll also explore how we’re using artificial intelligence (AI) on top of our web-based Autodesk Platform Services applications, enabling innovative use of data for outcome-based design.

At Burns & McDonnell we have revolutionized our standard design process for telecom infrastructure projects by embracing a BIM workflow with Revit as the primary authoring tool. The addition of Dynamo has allow for us to automate many design tasks and functions resulting in increased efficiency and quality. Housing our project data within the Autodesk Forma platform provides near limitless opportunity to leverage design data during construction, minimizing rework and enhancing collaboration between design teams and field crews. This presentation provides a look at using Revit in an innovative way in order to modernize a design process in a unique industry.

Technology in the architecture, engineering, and construction (AEC) industry is changing rapidly. To keep up with this accelerated pace, VHB is stating that our default design practice will be model-based design (MBD) by 2025. This means training 800+ Civil 3D users in more-automated, connected, and advanced workflows. We recognize that to create this large-scale shift we need to train a generation of innovative and inspiring coaches to help guide others through this change. Advanced MBD Training was created to mold 10% of our Civil 3D users into MBD Project Coaches. As MBD Project Coaches, they'll be expected to advance MBD from automating processes to creating more-efficient workflows. The training will focus not only on our core tool, Civil 3D, but it will also include Dynamo, InfraWorks software, Subassembly Composer, Grading Optimization, ArcGIS Connector, Autodesk Forma, and Twinmotion. This session will walk through how we built and implemented this program to accelerate change at VHB.

Digestible, cloud-based models are a must-have to run successful, large-scale industrial projects. Join us as we look behind the scenes at two real-life industrial projects by Miron Construction. We'll discuss what worked and what didn't and show how we tackled a $150 million industrial facility by breaking it down into manageable chunks using BIM 360 software. We'll then explore how Autodesk Forma, Navisworks, Revit, and other powerful tools became crucial to navigating our current $300 million industrial project.

The 2011 Christchurch Earthquakes in New Zealand decimated a city full of 500,000 people. Government and residents required fast and decisive action. Twelve years later, the rebuild continues. What would this city's rebuild look like now with all the new technology applied? Could we respond more rapidly? Could the city be carbon neutral? Would we focus on the same projects? Would the projects look different if we measured embodied carbon? Would we have greater collaboration and data analytics capture and use? Would we gain efficiencies? We will explore all this in this class. We'll have a recap of the event, the damage, the decisions made that set the ground for the next 20+ years of work, and how we might approach the planning, design, delivery, and future of the city and its anchor projects if we could do it all again. We'll explore and demonstrate key workflows, processes, data-informed decision making, and software with some of the real-world design-and-built projects. We will explore the implementation of InfraWorks software, Autodesk Forma, Dynamo, ReCap software, Autodesk Forma Pro, and Insight X and share our ideas for the future.

We've all heard gloomy statistics about the challenge of finding skilled talent in today's market—and civil design and construction are no exception. Couple this with the trending demand for 3–7D model deliverables and ISO compliance that more clients are requiring, and it's no surprise that many firms are asking, "Can we do more with less, sustainably?" To that end, most know of Dynamo and its incredible potential to automate repetitive tasks, saving valuable time and money. And some have at least heard of the relative newcomer, the Standardized Data Tool for Civil 3D software, and its ability to aggregate, manipulate, and analyze project data from multiple drawings through a single spreadsheet. Now it's time to combine these powerful tools in the context of design workflows. In this session, we'll demonstrate three examples of how well these tools complement each other, highlighting the latest Dynamo nodes along the way. By the end, you'll be inspired to start thinking of how you can use both tools at your firm.

This session will offer practical insights into overcoming the unique challenges encountered during the design phase of architectural, engineering, and construction (AEC) projects. Attendees will learn about the strategies and essential tools that Khatib & Alami used for successful digital design delivery in large-scale AEC projects. Moreover, they will explore workflow diagrams proven effective in Khatib & Alami's projects, guiding them through the coordination process across all design phases. We'll share insight into using software like Revit, Navisworks, and Autodesk Forma to optimize collaboration and streamline workflows. This session will serve as a valuable road map, offering a clear understanding of how building information modeling (BIM) integration enhances project efficiency and minimizes risks at this critical stage.

Rebar detailing is the intricate process of scheduling rebar within concrete structures. This process requires a blend of expertise, coordination, and patience. In this session, we'll explore how Infrabuild (IB) has revolutionized the industry with innovative techniques and processes. Using building information modeling (BIM) and Autodesk Forma, IB has streamlined workflows, reduced waste, and kept track of key sustainability metrics. These tools, rarely used in this field, have been game changers. Learn how IB's use of Autodesk Forma has enhanced collaboration with customers, leading to optimal designs, less waste, and improved results. We'll also examine how cloud collaboration has redefined the detailing lifecycle by improving accuracy and comms, and reducing the construction cycle. Lastly, we'll explore sustainability practices that minimize environmental impact and maximize social and economic benefits, particularly given that concrete contributes to 6.5% of global carbon emissions. Be part of this insightful journey into the future.

Главной задачей на данном проекте была идентичность всех типовых планировок квартир. Основной сложностью процесса было постоянное соблюдение всех изменений планировок во всех корпусах застройки. Для упрощения таких рутинных работ нами были придуманы необычные подходы как на стадии массинга, для сбора данных по квартирографии. Так и методы работы для упрощения оформления и моделирования на проектной стадии. Подход к работе позволил значительно сократить ручную работу по изменению планировок, оформлению и ошибкам в модели. Совместно с применением скриптов Dynamo позволил добиться скорости оформления типовых планов жилых этажей площадью в 120 000 кв.м за 5 дней. Помимо общего подхода к проектированию застроек, мы поделимся опытом работы в Dynamo над получением квартирографии, оформлением видов и листов плана создаваемого объекта и выгрузкой реестров продеваемых помещений.

Одним из наиболее распространённых видов строительства зданий в нашем регионе является крупнопанельное домостроение (КПД). Стандартные средства Revit не позволяют проектировать КПД. Нами была разработан регламент моделирования КПД, позволяющий выпускать полный комплект проектно-сметной и рабочей документации по которой в настоящей момент идет строительство здания. Применение информационной модели (ИМ) позволило увидеть и решить коллизии которые возникали на стройплощадке до применения BIM моделирования, также на основе ИМ были составлены сметы, частично был автоматизирован процесс их получения. На этом мастер классе вы узнаете, как выстроить совместную работу с помощью средств BIM360.Как используя функционал Revit возможно создать модель КПД, из которой можно получить рабочую документацию по которой идет строительство здания. Кроме того, мы поговорим и скриптах Dynamo которые позволили экономить время на проектировании и оформлении документации.

- Интеграция САПР Autodesk Revit, Intergraph Smart3D, Trimble Tekla для проектирования АЭС в мультиплатформенной среде - Адаптация BIM моделей в Navisworks под требования Заказчиков из разных стран - BIM в проектировании генеральных планов АЭС. Технология и автоматизация формирования информационной модели с раздельными поверхностями - Сравнение возможностей автоматизации с применением Dynamo (Civil3D) и управляемого кода платформы .NET на практике. Опыт разработки и эксплуатации в проектных подразделениях "Атомэнергопроект"