Объектно-ориентированная модель связывает информацию, документацию, 3D модели, оцифрованные регламенты, вокруг цифровых паспортов оборудования.

Что такое Генеративный дизайн (Generative Design). Различные способы реализации этой технологии, а также пример реального использования этого способа проектирования на примере Генератора форм в Autodesk Inventor.

Как с использованием продуктов Autodesk Revit, Inventor и AutoCAD Civil 3D проектируются уникальные объекты горного комплекса. Как Autodesk Navisworks помог избежать больших финансовых потерь при строительстве. Ккак связка MS Project + Navisworks помогают контролировать процесс строительства сооружений.

Возможности 3D-технологий (3D-сканеры) в сочетании с продукцией Autodesk. Презентация компетенции WorldSkills Russia - R22 Reverse Engineering , блока FutureSkills.

Повышение инновационности проектов с помощью предварительных виртуальных испытаний; С помощью предварительных виртуальных испытаний конструкторы и инженеры по всему миру способны выбирать наилучшие из возможных решений. «Future of Making Things» будет требовать от проектных команд максимальной подвижности, чтобы быстро меняющиеся требования заказчиков могли быть оперативно учтены и интегрированы в их ведущие разработки без критических затрат и задержек вывода продукта на рынок...

Autodesk Informed Design and Data Exchange are the platform technologies we use to connect plant design and construction, with the help of Autodesk Forma. It's never been so easy to share data and its configurations. Data Exchange makes it very easy to collaborate and share information in integrated factory modeling (IFM) within Autodesk software systems, but also with applications such as Tekla or SolidWorks. Autodesk Forma helps us store all information centrally and make it available to everyone involved in the project. Informed Design offers the possibility to provide configurations from Inventor software for various types of building equipment in Revit software as configurable families. This ensures that only predefined variants are installed and prevents cost-intensive special solutions. Last year, we talked about the possibilities of the beta versions. Now we would like to take a closer look at the solutions and share experiences from customer projects with you. It's going to be good!

This case study explores how the Inventor Configurator Automation, Integration, & Customization Project streamlines design workflows by automating the generation of 3D models, 2D drawing sheets, and related outputs. Traditionally, designers manually created models and drawings, a process that was time-consuming and prone to human error. By using Automation, Integration, & Customization, the system processes user-provided XML data, integrates with BIM 360 software for file management, and uses the Autodesk Platform Services Design Automation, Integration, & Customization API to generate and manage outputs in the cloud. This innovation enhances efficiency, reduces errors, and provides quick access to essential design outputs.

Autodesk HSM объединяет САМ и CAD-системы в единое целое для создания интегрированного решения от процессов проектирования до обработки. Демонстрация высокоскоростных стратегий для эффективного проектирования обработки на оборудовании с ЧПУ.

Autodesk недавно выпустила новую коллекцию продуктов Product Design and Manufacturing Collection (PDMC), предлагающую пользователям беспрецедентный уровень функционала для решения сложнейших инженерных задач. Добавив в набор продуктов Autodesk Nastran In-CAD, Autodesk открыла пользователям коллекции дверь в расширенные мульти-физические расчеты, соединив в одном продукте инструменты анализа напряжений (FEA), вычислительной гидрогазодинамики (CFD) и моделирования процессов литья из пластмасс...

Обзор применения ПО ADSK для программирования многоосевых станков с ЧПУ и промышленных роботов. Реализация многоосевой обработки, адаптивной обработки, гибридной (additive+subtractive) обработки.

Презентация уникального профессионального решение для проектирования и аддитивного производства. Предлагая широкий спектр инструментов: от оптимизации формы и структуры до моделирования процесса успешной печати, решение значительно упрощает рабочие процессы, уменьшает ошибки, экономит временные и материальные ресурсы.

Информация о Центре АТ, описание технологий, характеристики оборудования, примеры успешно выполненных бизнес-кейсов.

AutoCAD software has always served as the common denominator for growth as CAD software has improved. It's been the native CAD language for a majority of users for decades. Safely managing the transition from a primarily 2D product, such as AutoCAD LT software, or from a primitive 3D AutoCAD to a powerful 3D parametric modeler is a must for any company. Improper understanding of the core Inventor tools and concepts can hinder your company's adoption of more-effective tools for design, and further delay the transition. This class will focus on the basics of Inventor for the AutoCAD user, as well as techniques to safely and effectively evolve your designs.

You may wonder: “How do I use Inventor software properly?” Of course—there is no “right” way to use Inventor. It’s a tool just like any other. We can use it for lots of different tasks, and in lots of different ways—all of them correct. Inventor lets us build parametric models—models that can easily change by adjusting the value of a parameter. This is awesome for building models that need to be adjusted in a predictable fashion. The problem with parametric modeling is that we must model in four dimensions. We model in the usual three dimensions, and we must also consider time, or the way our model might change over time. This change over time is often referred to as “design intent.” Building a model that can change in a predictable fashion takes a little thought and some planning. Reliable modeling requires a plan.

Sketching is the basis of any model. In this class, we’ll explore sketching within Inventor software, give you the time-saving tips and tricks to make you more productive, and show you how to build a rock-solid foundation for your models.

In many companies, the mechanical and electrical design are combined, creating a single mechatronic design process. Do your mechanical designs include electrical wires, harnesses, and components? When completing your electrical designs, would you like to use tools especially designed for creating electrical drawings? Autodesk® Inventor® software is the design tool of choice for the physical components, while AutoCAD® Electrical software is best to use for the electrical components. Using three basic guidelines, you can create a seamless interface between the two. We will explain these guidelines and how they work. During the class, we will use AutoCAD Electrical to create a circuit representing a wire harness and export the data into Inventor. In Inventor, we will create wires and cables and export the data into AutoCAD Electrical.

AutoCAD Electrical software provides many tools to configure the software specifically to the design environment and workflows of your company. Do you have specific folders and paths for your custom files? (Hint: You should!) We’ll show you where to set these for everyone on your design team. We cover the WD.ENV, WD_M.dwg, WD_PNLM.dwg, DEFAULT.WDT, and many other reference files. Tired off making the same old picks and clicks to start your drawings or save custom files? Join us to enter the brave new world of enhance productivity.

Would you like to take hours, or even days, out of your typical schematic design process on every new project? Maximize the power of AutoCAD Electrical software in your organization by implementing a streamlined workflow using selected standard tools. In this class, we show you how to use the intelligence of a completed AutoCAD Electrical project and some subtle, yet powerful tools integral to AutoCAD Electrical, to take a new project from 0 to 90% complete in a matter of minutes. By using the power of several project-wide editing tools, we transform a completed project into a unique new project where you can cruise through the mundane changes and direct your focus to what is substantially different.

Do you work collaboratively or independently in AutoCAD Electrical software? If you have more than one user at your company creating drawings with AutoCAD Electrical, this class helps you understand all the ways you can reference common, shared files effectively. The class covers how to install, configure, and organize those files so that drawings easily follow established standards and appear consistent from project to project and user to user. The class digs into some key ways AutoCAD Electrical promotes standardization and shows you an effective way to implement AutoCAD Electrical that allows users to work productively and consistently from a common set of files.

This class will be all about programmable logic controls (PLCs), including standalone, fixed, and parametric styles of PLCs. This extravaganza of popular PLC properties will include discussion of the different types of PLCs available in AutoCAD Electrical software, the building of custom PLCs, some tips and hints, and, if we have time, customization of the Spreadsheet to PLC file.