Join us for an introduction to Autodesk Generative Design technology. In this class, we will cover the vision for Generative Design, provide technology demonstrations, and walk through customer problems that highlight the value of employing generative-design techniques in real-world applications.

This hands-on lab will allow users to get some hands-on time with generative design. We will cover how to define a generative design study from scratch, apply loads, constraints, and manufacturing methods. Once completed, we will explore the results and export an outcome and then use the innovate tools with Fusion 360 to adjust the design to suit the manufacturing method we would like to use. We will cover 2 example through the workshop, one focused around manufacturing products and the other around building products.

Project Refinery graduated in April to become Generative Design in Revit 2021 software. This new suite of tools enables generative design workflows that automate the creation and analysis of design options directly in the Revit context. This briefing will showcase the value that generative design brings to the design process, and show how analyzing more data-backed design options leads to an enhanced design process. We will cover a brief history of Project Refinery (now Generative Design in Revit) and show how customers are using the tools. We will cover the product principles that we use to prioritize new work and future direction. Finally, we will address the future of the product, where we will be investing, and our road map for achieving the future vision.

The assessment of Generative Design in Fusion 360 software is based on the capability assessment model related to the key capability areas of generative design for general applicability and their associated criteria outlined in the intrinSIM Market Report entitled “A Vision for Generative Design,” which explores the potential of a shift enabled by generative design and what is required to enable that design shift. intrinSIM has developed a process with a quantified assessment for each key capability area in the capability assessment model and criteria outlined in “A Vision for Generative Design.” The same capability assessment model can be used for determining requirements for specific generative design applications, and the suitability of generative design workflows for specific applications.

In this class, we’ll give an overview of what generative design is and how it affects our daily lives as designers. Where is the computer better than we are? Where are we still the most important part? How do we use a design that the computer gave us? How do we know that this one is the best for us? How do we actually make these products? We'll answer all these questions in our talk.

Join the Autodesk Generative Design team to discuss the future of Generative Design. In this class, participants will interact with AGD leaders to shape the future of Generative Design. Participants will be presented with high level thinking about Autodesk's vision of Generative Design and interact with the AGD team to help shape the future of the technology and workflows. Participants will be guided through strategic thinking exercises, problem identification, and workflow definitions for the future of design.

Generative Design technology in Fusion 360 continues to grow and expand to help you achieve better engineering outcomes. In this session, you’ll get a look at how generative design technology in Fusion 360 has matured in 2022 and how our improvements will help enable your success. You will hear about one of our customers' journey with generative design, all the way through manufacturing and physical validation. We'll also look into the future at how we’ll be expanding the types of engineering outcomes that can be explored with generative design technology in Fusion 360.

During Autodesk University 2019, we saw many applications of Autodesk’s generative design features. Most of them shared one common feature: the final model was heavily modified from the generated shape. Adapting the generative design outcome for production and meeting usage requirements—sometimes sophisticated—is the most time-consuming and problematic task. Although this topic raises doubts and ambiguities, it seems to be largely overlooked and insufficiently explained. It's like a bottleneck in a smooth generative-design workflow—like a gap between an excellent generative solver and many established manufacturing methods. We want to bridge this gap and comprehensively address this issue for anyone working with or interested in generative design. By better understanding the solver, knowing the restrictions in manufacturing, and discovering right techniques, you can not only post process an outcome faster, but even generate it smarter to have a production-ready model that meets all expectations!

Generative design is the process of setting design parameters and then using computational analysis to come up with multiple solutions. It has been widely used in the manufacturing industry; it is also gaining more attention in the architecture, engineering, and construction (AEC) industry in space design, sustainability studies, and urban planning. However, the construction industry has not fully invested in the power of generative design. With more contractors using BIM (Building Information Modeling) to deliver projects, more data is available and can be used to generate and manipulate outcomes. This class will focus on applications of generative design that optimize construction processes. We will present a background on generative design as well as case studies. The class will also show how to get started with generative design for construction using current technologies, including Dynamo. The digitization of today’s projects, along with the power of computation, creates the potential to facilitate construction processes and build better buildings.

As more people return to the workplace, design decisions take on new significance. From the safe arrangement of desks, the width and spacing of aisles, to the density of seating – better data informs better decision making. Dynamo and Generative Design in Autodesk® Revit® bring the art and science of informed decision making to design exploration. In this class, we will walk through the creation of four different approaches to workspace layout using various Generative Design studies in Revit, including everything from “out of the box” sample studies to “built from scratch” Dynamo scripts that have been exported for use in generative design. This class will show you how to customize Generative Design workflows in Dynamo for Revit.

This session is all about what's new and what's coming for Autodesk Generative Design technology. Join us to learn about the most recent developments, how you can try the technology, and what will be coming in the near future for generative design and automated manufacturing.

Autodesk Generative Design gives users the ability to analytically engineer component models that adhere to multiple design and manufacturing constraints, which are optimized for Additive Manufacturing Processes. To use this tool to its fullest potential, a sound understanding of how it fits into the overall workflow of initial design thru manufacturing. This class will give users the opportunity to explore these workflows, and in doing so gain a good understanding of a successful generative design process..

Generative design is changing the way we design, engineer, and manufacture the products of tomorrow. By capitalizing on cloud technology, hundreds or thousands of higher-performing design options can be generated based on objectives, enabling users to make tradeoffs for different materials, performance, and production options. The benefits of generative design are also not restricted to just the world of additive manufacturing, but can also be capitalized on with subtractive manufacturing, and even as design inspiration for traditional techniques. What you might not be aware of is that generative design technology is now available to any user of the manufacturing collections from Autodesk. This lets you go seamlessly from your CAD workflows within Inventor software, to generating a design in Fusion 360 software, back to having the generated design in the context of your original assembly with Inventor. Join us to learn how to get started with Generative Design in Fusion 360 alongside Inventor.

In this session, we'll explore Generative Design for additive, casting, and CNC manufacturing. We'll discuss the different applications of this technology and apply these to a range of industry problems from automotive, aerospace, and architecture. We will cover the complete end-to-end workflow utilising Generative Design all the way through to manufacturing for each method. We will also look beyond today's Generative Design to the work we are doing to integrate this technology into the factory of the future. We will explore some of the scientific research we are undertaking to continuously improve Generative Design and some of the methodologies being considered for a digitised reconfigurable additive manufacturing facility. Attendees will leave with a familiarity of the generative design process from a basic through to an advanced level, manufacturing, and also gain insight into the work being carried out on future digitised additive manufacturing factories.

Much of the early work around generative design at Autodesk was focused on manufactured products. Increasingly, though, it is being applied to design problems in architecture, engineering, and construction (AEC). Autodesk Research—mainly through its New York-based architectural studio, The Living—is exploring how one can use generative design to solve a variety of problems in the AEC space. Recent examples include Project Discover, where survey data from Autodesk's Toronto-based employees was used to help choose the layout for our new office in the MaRS Discovery District. Generative design was also used in the design of the Autodesk University 2017 exhibit hall. During this session we'll take a look at the tools available from Autodesk to apply generative design in the AEC industry. And we'll show how to get started with generative design by driving Dynamo with Refinery, Autodesk's new optimization engine.

This class will be an introduction to Generative Design in Fusion 360 software for people who are just getting started with the tool. Generative Design in Fusion 360 is a set of tools that enables you to set the criteria for the part that you want to design by setting up connection, boundaries, materials, and loads to say how you want it to react. You then upload the information to the server, and it will return results and options for how the part can look, weigh, and react to the loads applied. When you find one that works for you, you can download it and modify it or use it in an assembly. So, let’s go back to the basics and start using Generative Design in Fusion 360.

Generative design has massively changed the role that architects and engineers play in the process of creating buildings and products. For hundreds of years, our role was to aim for the most optimal result through creating numerous iterations and rapid prototyping. Not only did this process require significant resources, time, budget, worker power, and so on, but it also almost always resulted in the "better" version—but not the "most optimal" one. Through generative design, our role has shifted from creating design iterations to creating algorithms that then are used by the machine—which has significantly more computing power—to generate design iterations, and, later, provide options from which we can choose optimal results. In this lecture, we will talk about the foundations of generative design, the latest tools and technologies, our role in this new ecosystem, and how to define a company culture that supports this new environment.

Last year I did an “Introduction to Fusion 360 Generative Design” lecture so this year I think it is time to give the users a chance to see how it works. This time I want to do a hands-on lab where I will break it down in to three areas The Setup, The Analysis and The Results. I hope this will allow the users that are not sure what Generative Design does a chance to walk through the process and see how it works. This will give users who don’t currently use Generative Design but are interested a chance to try out a part and see not just what it does but how it is used.

Come learn from an expert in generative design! In this class, we’ll look at how to maximize the benefits of generative design and the typical workflows that industries will use to turn these generated designs into real parts. We’ll cover how to use starting shapes to manipulate the generated results, and how to post process and carry out further analysis on your parts. And we’ll also look at some more-advanced workflows for various manufacturing methods. We’ll cover a range of case studies and detailed workflows to help you produce incredible designs for additive manufacturing, computer numerical control (CNC), injection molding, and die casting. We’ll also review some of the considerations you need to make in the simulation environment to ensure a safe design. This is your opportunity to learn about exploiting generative design!