Мы поделимся своим опытом и расскажем, как современные технологии меняют строительную отрасль уже сегодня. Покажем на реальных кейсах как цифровой двойник строящегося объекта позволяет: - осуществить качественное планирование строительства; - организовать контроль и мониторинг строительства в реальном времени; - существенно снизить риски превышения бюджетов и срыва сроков сдачи объектов; - повысить достоверность информации о текущем статусе строительства; - повысить контроль и качество работы с подрядчиками, добавить прозрачность в оплаты их работ; - изменить подход к отчетам на еженедельных контрольных совещаниях; - использовать большие данные и инфографику в операционной деятельности; - исключить человеческий фактор во многих аспектах ведения строительства; - улучшить экологию, экономя природные ресурсы (бумага, транспорт и т.д.); - увеличить объемы строительства не расширяя штат сотрудников.

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.

Проектирование воспринимают как услугу. Мы не согласны с этим. Мы создали фабрику по производству информационных моделей и чертежей. Модели производятся точно в срок с заданным качеством и уровнем проработки. Модель создается под BIM Uses заказчика. Мы разработали технологию проектирования. Каждый сотрудник знает как работает все предприятие и знает свою роль и задачи. Мы вместе создаем планируем работу. Каждый сотрудник влияет на график проектирования. Для планирования нам пришлось создать свой программный продукт и мы делаем его лучше каждый день. Производство работает на платформе Autodesk Revit, товары отгружаем в BIM 360, контролируем сроки в Инициаторе. Слушатель получит доступ к нашей технологии проектирования и нашему планировщику.

В панельной дискуссии с сервисными партнёрами Autodesk мы обсудим их опыт в проектах по цифровой трансформации, поставленные задачи и основные ожидания по итогам. Что было сделано и можно ли это масштабировать на других участников рынка. Готовы ли компании к инновациям или решают базовые задачи автоматизации. В центре внимания будут вопросы о практике проектов российского рынка - а именно для проектирования и строительства гражданских, промышленных и инфраструктурных объектов.

- 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"

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.

Демонстрация хронологии разработки информационной модели как пример использования технологии современного проектирования на практике - многофункциональный комплекс Китайский Деловой Центр «Парк Хуамин». Симмуляция постадийного развития производственных циклов проектирования и строительства в процессе разработки BIM-модели. Реализация поэтапного снятия данных различной сложности с использованием «Альтернативных моделей» как результат применения API в строительной среде.

Преимущества BIM-проектирования на примере проектирования строительных сооружений Олимпийского комплекса "Лужники".

Explore the impact of building information modeling (BIM) on the iconic Real Madrid stadium revamp. Discover how digital technology and BIM methodology have boosted Real Madrid's stadium design and construction works. Learn how data is transferred seamlessly from cloud to field, aided by cloud-tech real-time collaboration. The session will showcase doc management, coordination models, and on-site QA checks powered by Autodesk cloud services. More than 30 firms were aligned through ISO 19650 standards, coordinating efforts within the common data environment (CDE). Meanwhile, 11 construction teams ensured stakeholder needs were met and the megaproject optimized in a fast-track challenging delivery. Learn how the iconic stadium's 1950s legacy was preserved, conserving part of the structure while demolishing outdated sections while the stadium and its services were in use. Using BIM and design for manufacturing and assembly (DfMA), a new steel structure enhances sustainability and efficiency, accurately manufactured to reduce material usage and resource wastage, particularly if dismantled someday.

The Navisworks integration with Autodesk Construction Cloud Model Coordination fosters collaboration among multiple stakeholders in a shared environment. It enables teams to allocate clashes to respective teams and flag them in authoring software for prompt resolution. Conventional clash detection workflows encounter challenges like nonstreamlined processes and prolonged procedures, as well as an absence of a shared collaborative environment, a need to sift through lengthy clash reports, inadequate documentation, and a lack of methods to assign clashes. Integrating Navisworks with Model Coordination offers a streamlined workflow and a closed-loop clash management system, and it provides comprehensive documentation and enhances coordination, productivity, and efficiency. In this lab, you'll learn to use the Model Coordination API in Navisworks for clash detection, and use the Issues add-in in Revit software for issue management and clash location, ensuring seamless coordination. Overcome your challenges and capitalize on the power of Autodesk tools.

Join some of the industry's leading infrastructure owners as we discuss their unique experiences, challenges, and lessons learned while developing and managing data to meet the 365/24/7 demands of an infrastructure owner and their overall journeys to a true and trustworthy digital twin. Data plays a critical role in ensuring accurate representation of an airport's physical conditions and operational (and financial) readiness. Inaccurate, outdated, and duplicated data can compromise the effectiveness of an owner's ability to support decision making and operational, maintenance, and financial planning. When trusted and readily available, quality data allows stakeholders to gain valuable insights into the operations, identify bottlenecks, optimize processes, and make informed decisions.

This session will dive into an effective workflow using AutoCAD Plant 3D software tailored for the plant industry. From project preparation to integrated management through Autodesk Construction Cloud, we'll explore a series of processes, including managing specifications and libraries with Inventor software, and we'll culminate in the creation of final piping and instrumentation diagram (P&ID) drawings. This approach ensures efficient project management and heightened quality, leading to successful project outcomes and streamlined data integration management.

A single source of truth is critical for information exchanges in rail and urban large complex projects involving diverse disciplines—from highways, structures, and architecture to dry and wet utilities. It allows enhanced real-time coordination and supports sustainability through carbon tracking. This case study will discuss how SYSTRA adopted this approach for large-scale, industrial, city infrastructure projects spanning more than 45 square kilometers and housing 90,000 people. We'll showcase how this approach empowered global task teams from France, India, Saudi Arabia, and Dubai to transcend geographical barriers, enabling real-time coordination that drove the creation of complex designs. We'll also show how we used in-house tools like eLODY (Model Checker), PABLO (digital twin), and CARBON TRACKER (derived from Autodesk Platform Services) to streamline design delivery, ensuring adherence to ISO 19650 information management standard for superior project outcomes for all stakeholders.

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.

Advanced nuclear is challenged to design and construct on short timelines, with smaller budgets and fewer workers. Digitalization can help companies overcome these constraints. Unfortunately, a digital twin (DT) is often presented as a monolith. This results in organizations abandoning DTs as having benefits that are minimal or unrealized in time. Many perceive DTs as too large an undertaking to even begin. However, digitalization isn't a track meet; it's a marathon of incremental milestones. And, like all races, it has a starting line. This session will summarize a journey that Argonne National Laboratory and Implexus Lab made to digitize the Mechanisms Engineering Test Loop (METL), a test facility for advancing sodium fast reactors. Components were designed with Inventor software and assembled in Navisworks software, and AutoCAD software generated construction documents. Integrating with Revit provided a DT foundation. Ultimately, the suite of Autodesk tools enabled the creation of a DT boasting live data visualization within a virtual reality (VR) environment.

Effective model coordination is key to the success of major water treatment plant projects. It promotes design harmony and team synergy across various disciplines. This session will explore the complexities of synchronizing intricate intelligent models. Discover powerful methods and workflows for integrating intelligent models with tools like Revit, Civil 3D, Navisworks, and Autodesk Tandem software. We'll cover actionable tactics to refine coordination via Autodesk Construction Cloud, report generation, and sharing. Learn about clash detection and issue resolution in Revit and Navisworks using practical examples, enhancing your coordination skills with Autodesk Construction Cloud. Additionally, we'll examine the role AI and automation plays in the streamlining of these processes.

The process of managing factory design layout data and fostering collaboration between the design team and external reviewers using Vault software and Autodesk Construction Cloud to handle clashes in Navisworks software is an integrated procedure. The design team can use AutoCAD software or Inventor software to develop the factory design layout, which is then stored in Vault. Vault acts as a secure, centralized storehouse for design data, enabling the team to access the latest information, reducing potential mistakes and rework. It also tracks version history and documents updates, offering clear accountability. Once the design is finalized, it can be disseminated to external reviewers through Autodesk Construction Cloud. Autodesk Construction Cloud serves as a shared data environment, allowing teams to collaborate and exchange design data in real time. It also supports model coordination, document management, and design review, augmenting collaboration between the design team and external reviewers.

This session will take a deep dive into our product road map, covering model-based workflows in Navisworks software, Autodesk BIM Collaborate Pro software, Autodesk Build software, and Assemble.

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.