Imagine walking a design site before it’s ever built, with grading, buildings, and utilities unfolding around you in full context. Immersive Digital Workplaces make that possible, turning project models into shared experiences that improve communication and bring teams into alignment before construction begins. In this fast-paced, high-level session, three voices from civil design, immersive technology, and construction will share insights from the field. Rather than a technical deep dive, this session offers a big-picture look at how immersive Digital Workplaces are bridging disciplines, reducing errors, and clarifying complex data throughout the project lifecycle. When stakeholders can visualize a design in its environment, they are empowered to make faster, more confident decisions. Join us to explore how immersive workflows support better outcomes from concept through construction.

Основная тема выступления - снижение рисков негативного влияния на окружающую экосистему при использовании BIM за счет: - оптимизации компоновки площадки при поэтапном проектировании, в том числе оптимизации логистических решений и инженерных коммуникаций с применением InfraWorks и Civil 3D - учета окружающей ситуации с применением результатов лазерного сканирования и детализированных фотограмметрических данных с применением Recap - точности учета объемов строительных материалов при принятии проектных решений и сокращения строительных издержек с возможностью дополнительного выделения средств на мероприятия по улучшению экологической обстановки с применением Revit - комплексного учета вводных и проектных данных по экологическим факторам в BIM модели

Эффективное и качественное проектирование автомобильных дорог и городских улиц – одна из основных задач перед инженерами дорожно-транспортной отрасли, использующих Civil 3D как основной инструмент работы. Совместно с Игорем Павлюком – главным инженером проекта компании «Геолайн», сертифицированным пользователем Civil 3D и Infraworks, мы расскажем о реальном опыте применения технологии BIM на линейных объектах федерального значения, а также улично-дорожной сети крупнейших городов Российской Федерации. Показ посвящен приемам работы, гарантированно повышающим скорость и эффективность проектирования. Будут рассмотрены все основные этапы реального рабочего процесса: от многовариантного проектирования до публикации проектной 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"

Примеры решения горно-геологических задач при помощи создания плагинов в MS Visual Studio Express.

Опыт применения плагинов для AutoCAD Civil 3D в практике проектирования автомобильных и железных дорог.

Традиционно для раздела Генплан используется либо Autocad либо Civil 3D. Мы же считаем, что проектирование в одной среде является более выгодным с точки зрения совместимости данных и читаемости результатов. Кроме того, именно Revit создает более дружественный интерфейс для создания информационной модели и автоматизации процессов создания BIM модели. Таким образом становиться возможным использование тех же библиотек и элементов, что и проектировщиками прочих разделов. Мы хотели бы поделиться своим опытом разработки раздела, подходами, используемыми при создании модели и формировании спецификации, а также опытом автоматизации, без привлечения которой невозможно быстро создавать раздел. Как пример - формирование топоповерхности по объектам, снятие и внедрение координат в свойства объекта, размещение объектов по координатам.

This session will focus on the Civil 3D catchments tool and its integration with the InfoDrainage workflow. You’ll learn the fundamental steps for setting up catchments and importing data into InfoDrainage, as well as strategies to improve workflow efficiency. The presentation will cover the use of the time of concentration calculator within the catchment object for further analysis. Additionally, the session will demonstrate the process of importing catchments into InfoDrainage to start stormwater design seamlessly, highlighting tools and techniques that ensure accurate data transfer. By the end of the session, participants will have the skills to effectively apply these techniques to their own drainage modeling projects, empowering them to optimize design outcomes, streamline project timelines, and enhance overall project quality.

The entire rail system design process is now managed digitally using Autodesk Docs software. Instead of relying on traditional email-based file sharing and approvals, all stakeholders—including the client, consultant, and designer—collaborate in real time on a single digital platform. As a result, delays in approval phases have been significantly reduced, achieving up to 70% savings in paper usage and up to 30% time efficiency in past projects. For upcoming projects, the goal is to implement a fully digital, paperless workflow that boosts Sustainable Design and operational efficiency across the entire design phase.

Новый инструмент ProjectExplorer позволяет получить максимально полную информацию о геометрии моделей в Civil 3D. С его помощью вы можете добраться до самых мелких элементов и вывести данные по ним в табличный вид для дальнейшей обработки. Такого уровня контроля над содержимым моделей Civil 3D можно было добиться разве что с помощью API, теперь же эта возможность есть у любого пользователя. На нескольких примерах разберёмся с основным функционалом ProjectExplorer, посмотрим, с какими типами объектов он работает, какие именно данные может достать. Также научимся создавать шаблоны для извлекаемых данных, чтобы автоматизировать выдачу отчётов по дорогам, инженерным сетям, участкам, точкам и другим объектам.

На примере реального проекта Новой Москвы.

Разработка 4D-модели строительства является одним из самых эффективных сценариев применения технологии BIM. На примере комплексного инфраструктурного проекта показаны ключевые особенности разработки 4D-модели современными инструментами BIM. По результатам выполнения пилотного проекта определены основные источники повышения эффективности строительного производства на стадиях планирования и управления.

This session will uncover how Autodesk Construction Cloud can transform issue management into a connected process for handling risk, value engineering, and scope control. By using the Autodesk Construction Cloud Issues tool alongside references, forms, and documentation, teams can structure requests for change (RFCs), flag project risks, and capture value opportunities. Paired with Autodesk Construction Cloud Data Exchange and Power BI, issue data becomes a strategic resource for visualizing scope creep, managing QTOs from 2D/3D applied to linear infrastructures and bridges through various file formats, carbon emission, and making informed decisions throughout the project lifecycle. The session will highlight how issue-centered workflows can drive clarity, reduce delays, and strengthen governance.

Nashville’s once-in-a-generation water plant upgrade is using cloud tools and virtual reality (VR) to set a new standard for how critical facilities are designed. The ambitious project fits a new modern plant into a complex campus, and, notably, will convert a beautiful 105-year-old filter building into an advanced treatment unit. It will not only establish a climate-resilient water supply for Nashville, but it will also honor the historic site with thoughtful architecture and achieve the highest standards in project Sustainable Design. The design was a multi-year collaborative effort between 10 firms. Autodesk Construction Cloud was the cornerstone, with Revit and Civil 3D models brought together daily in a federated Navisworks model. This talk will cover how the live model accessed through Resolve VR empowered all levels of owner staff to engage in project development in ways not otherwise possible—from O&M teams providing frequent detailed input to City officials quickly understanding the site in broad strokes.

The concept of building blocks offers a powerful analogy for the evolution of a Collaboration for Civil 3D implementation. It starts with essential building blocks as the foundation, and they are assembled incrementally to create a complex structure. This structured yet adaptable approach enables delivery of value while preparing for future growth, positioning organizations to lead and innovate with resilience in a rapidly evolving Project Delivery landscape. In this session, we’ll discuss how GHD reconfigured its foundational building blocks to create a stable base for adopting new technologies and methodologies, and to foster innovation. We’ll cover topics such as effective cloud data management, fine-tuning existing projects for better performance, and how important technical frameworks and governance are to ensure long-term success. Additionally, we’ll discuss how standardized workflows achieved faster model opening times, reduced infrastructure costs, and enhanced teamwork.

Early-stage infrastructure planning involves tight timelines and complex trade-offs—yet making the right decisions early is critical to a project’s success. In this session, Infraspace Founder & CEO Andreas Kjølseth shows how outcome-based generative design can accelerate decision-making and improve results by enhancing familiar Autodesk workflows. Kristoffer Bugge from Norconsult will share how one of the Nordics’ largest consultancies is applying Infraspace in real projects to boost productivity and deliver greater value to clients—using automated 3D model generation, instant analytics, and AI-powered optimization. Join us to learn how generative design can help planners and engineers explore better options, faster—while integrating smoothly with Autodesk tools like Civil 3D, Navisworks, and Forma.

As the infrastructure industry evolves, so must the tools we use. This session will introduce a game-changing approach to Civil 3D design by harnessing Dynamo—from automating repetitive tasks to creating smart, parametric geometry that can outperform traditional components. You'll learn how Dynamo connects with Civil 3D objects, and how simple scripts can boost productivity across project stages. We’ll explore the limitations of standard workflows and how Dynamo offers a flexible, rule-based alternative for intelligent infrastructure design. This case study will show how Dynamo can evolve from a basic Automation, Integration, & Customization tool to a powerful generative engine, enabling agile, scalable, and cross-disciplinary collaboration. We’ll wrap with real-world examples and provide a glimpse into how Python scripting extends Dynamo’s power for smarter, faster design outcomes.

In 2024, Porto Alegre faced historic floods that impacted more than 157,000 people and 46 neighborhoods, with the Guaíba River rising above 5.33 meters. With 142 high-risk areas mapped, the city needed urgent, resilient solutions within 12 months. This case study shows how Autodesk tools—InfoWorks ICM, Civil 3D, and InfraWorks software—and ArcGIS Pro were used to model flooding, design containment strategies, and develop resilient infrastructure for slopes and roads. The integrated workflow enabled the analysis of three alternatives, balancing cost, time, and performance. Autodesk technologies provided agility and accuracy, and reduced rework, supporting faster and smarter decisions. The project also advanced environmental, social, and governance (ESG) goals through sustainable, inclusive, and data-driven planning, proving the critical role of digital solutions in climate-resilient urban infrastructure.

In response to increasingly complex engineering challenges and the urgent need for sustainable solutions, seamless digital collaboration has become crucial. Haskoning has pioneered a data-driven interoperability approach that harnesses the power of Autodesk tools such as Revit and Civil3D, alongside proprietary digital tools and calculation modules, through the 'DataFusr' platform. This innovative platform, supporting 300+ users and 150+ projects, facilitates scalable digital collaboration across our organization, driving future innovations. Our Dike Resilience Suite exemplifies this approach, offering a parametric toolset for dike reinforcement studies. By integrating diverse calculation modules and software tools, including those from partners and clients, we enable project teams of up to 20 engineers to develop reliable and collaborative dike designs efficiently and effectively. A single team is now able to execute 4 long-running projects in parallel, instead of consecutively.