When planning a factory, many trades, project participants, and disciplines are involved. This presentation will show you an end-to-end digital process called the integrated factory model (IFM). The coordination of all project-relevant data is the basis of an end-to-end digital process and is largely responsible for the success of a project. A simple 3D construction space model gives each project participant their workspace. There, for example, the layout planner carries out process simulation and line planning with the Factory Design Utilities software. Due to the adjacent construction spaces, collisions with other layouts or the building equipment can be detected and eliminated at a very early stage. All data is continuously merged, checked, and adjusted in an overall coordination model in BIM 360 software.

Building projects are already realized with the innovative Autodesk Construction Cloud, a data and collaboration platform enabling different planning disciplines and teams to work together in a common data environment. In a factory planning project, those planning disciplines are enhanced with teams needing to integrate complex production lines, conveyor systems, steel structure, and even logistics equipment. Hidden behind firewalls, software installed and running on-premise forces teams to handle time-consuming and inefficient data exchange, disconnected collaboration tracking processes, and inadequate viewing and reviewing of tasks. This class will demonstrate how Autodesk’s Cloud Services make it possible to efficiently exchange data between on-premise systems and cloud solutions (off premise). We’ll showcase and provide a best-practice approach, and cover how to set up a model coordination space in Autodesk BIM Collaborate Pro to manage a holistic factory model, its clashes and issues, and its review tasks.

ECOFACT is a €12 million, Horizon 2020, EU-funded project made up of 20 consortium members from several European countries aiming at developing an ECO-innovative energy factory management platform using improved dynamic LCA/LCCA toward holistic manufacturing sustainability. The platform will be deployed in four different demo sites: a biscuit factory (Gullon), a Stellantis Group automotive factory (Tofas), a Heineken Group brewery (Athenian Brewery) and a multinational household appliances factory (Arçelik). One team is leading the development of the digital twin platform (DTP), based on Autodesk Forge software and composed of production lines, 3D models, and different applications (material-flow simulations, energy simulations, production planning and scheduling, industrial energy disaggregation, and industrial energy flexibility). The DTP will display simulation results and real-time Internet of Things (IoT) data alongside the 3D models maximizing Autodesk Forge functionalities.

An integrated factory model is a great tool for space planning in literally any discipline. However, success is not measured only by the ability to fit a process into a site, but also by understanding its capabilities. By employing discrete event simulation, we can make sure that the changes planned or the new process being implemented will be able to handle current throughput needs and develop an ROI. In addition, we can model for the future, and make sure we can meet the peaks and valleys of production as required. In this session, we’ll provide the ability to measure and predict throughput and manufacturing efficiency in your layout model—in AutoCAD software. See how applying these methodologies and workflows can help your organization make better decisions faster in regards to literally any process. See how your process will perform based on your criteria—and get solid, actionable data to reduce risk and maximize profits.

Have you attended our Autodesk University Factory Live Experience? Want to learn how we created some of the parts using Autodesk Fusion 360 software’s newest extension? In this session, the team that helped design the casing for the Autodesk University name badges will walk through how the NEW Autodesk Fusion 360 Product Design Extension can automate your design for plastic injection molding by defining your manufacturing up front, automating repetitive modeling tasks, creating manufacturing-specific features, and checking for manufacturing defects through simulation. These tools can increase your speed of development, improve your relationship with suppliers, and reduce your time to market. Come see how Autodesk Fusion 360 Product Design Extension can help you with your next plastic injection molding design!

We are starting to see a convergence of different industries and disciplines like we have never seen before. Construction and manufacturing for modular construction and building product manufacturing coming further into design. Plant and power owners using these same methodologies to help meet deadlines and set quality standards. Owners using digital twin and integrated factory modeling for digitalization of factory building and production lines. Digitization in infrastructure for everything below or above ground. Along with GIS, the ability to explore locations, events, and trends so stakeholders can be better informed or create awareness of the environment. See how today’s current desktop and cloud technologies like Revit, Inventor, Construction Cloud, and Fusion 360 are helping to bring a common data environment to multiple industries. Understand how Collaboration, Connected Data, and Digitization are bringing the “art of the possible” to a level that we have never seen before.

One of the challenges in 3D factory equipment layouts is the high Level of Detail (LOD) of vendor-supplied equipment models used in factory layouts and 3D model coordination, resulting in large file sizes degrading the performance of the federated model. Reducing the LOD to a manageable size takes up to 70 hours of manual editing for each project. Goodyear manages 30-40 projects each year. To solve this problem, Goodyear worked with Autodesk to develop and deploy an Autodesk Forge application to automate the process of lightweighting vendor models to be used within the layout of equipment in a 3D environment. Through automation, we’ve achieved a 97% reduction in the time it takes to prepare the equipment models. The automation has achieved an up to 74% file-size reduction with both a high and low LOD representation. In this session, we’ll describe this project from inception to deployment, cover the challenges we overcame, and demonstrate the application and the efficiency we’ve achieved.

You have embarked down the Integrated Facilities Model path - getting your facility into 3D to better communicate and lower risk as well as reduce installation costs - but what else can we do? By using the Factory Design Utilities and ProModel's AutoCAD Edition, we can add another layer of power - the ability to measure and predict throughput capabilities right in your layout model, while reducing operational cost. See how applying these methodologies and workflows can help your organization make better decisions faster in regards to manufacturing processes. See how your process will perform based on your criteria - and get solid, actionable data to reduce risk and maximize profits.

After a 14-year journey through multiple iterations, SLI has arrived at a point where it can build a 14-story high-rise structure in a factory and assemble it on a jobsite as if it was a kit of parts. But we’re far from the end of the journey. For example, we're now 60% of the way from completing a load-bearing version of our solution that will be assembled as a low-rise residential home for people experiencing homelessness. Without significant refinement in our manufacturing processes and assembly processes, we won’t achieve the level of affordability that we intend for our solution to provide. So, we clearly understand the necessity of transforming our design manufacturing and delivery processes via a comprehensive use of digital tools. Our partnership with Autodesk is intended to be a mutually beneficial collaboration as a result of our bringing to Autodesk all of our current and past experiences gleaned from our industrialized construction journey.

Tablets and smartphones are ubiquitous and extremely powerful, in both in our daily lives and our professional workflows. But how can we use them in our CAD lives? The AutoCAD web app lets us use the copious amounts of data we include in our DWG™ files anywhere we are. Whether in the coffee shop, on the factory floor, or in the middle of a field (cell signal notwithstanding), you can get to your DWG files in the cloud, make changes to the native geometry, and share your changes with others. Other apps can help you complete your workflow, from marking up prints to sharing designs. This class will go through the basics of adding cloud access to the AutoCAD web app, drawing new geometry, and modifying existing work, as well as pulling information such as dimensions and areas from your drawings. We’ll also cover best practices and access for non-AutoCAD users, as well as some additional apps that can be useful in the field.

“Factory-made buildings are the next big thing since the Romans”—so where are they? Join our talk for a glimpse at the near-future of industrialized construction—the ultimate marriage of the Autodesk Forge APIs, manufacturing, building information modeling (BIM), and construction. Despite its promises of improvement, off-site construction has continually struggled to achieve the significant momentum it requires in order to become self-sustaining. What's missing? At KOPE we've cracked one of the thorniest aspects in industrialized construction (IC)—supply chain transparency. Supplier secrecy is both a bug and a feature of the construction world. Through our off-site market, we've been building a free forum to democratize, open up, and interconnect the world of suppliers, projects, builders, and consultants. At KOPE, we're using Autodesk Forge technology to build the online platform for the coming world of off-site construction. We look forward to showing you what that looks like.

Imagine the possibilities of a fully digitized company in parallel with the real physical entity in an AI-based learning environment. This “digital twin” is described as an instance in the Metaverse. Now imagine a universal, bi-directional communication learning component that auto operates machinery based on key datasets including web traffic, inventory, and even utility electric consumption. No need to imagine, because we’re perfecting the platform. With the support of Lenovo’s powerful workstations & NVIDIA’s Omniverse we now have the ability to research the use of digital twin technologies as a real viable technological solution. Fusion360 is the launching point in design for workflow simulation in a dream ecosystem. In this industry talk, Aram Goganian of Predator Cycling, discusses the application of Fusion360 as a key facilitator for the integration of design, simulation, part management, & 3D print preparation within the development of workflow software system, Ayowork.