3D car modeling is quite a complex process and difficult to learn. This class will be a great opportunity for you to study the theory of 3D car modeling technique from Giichi Endo, a real car designer from Nichinan Corporation. Through this class, you'll be able to see and learn secret sculpt modeling techniques that Giichi has developed throughout his carrier. Giichi is a former Nissan car design director and his sculpt modeling technique is quite superb. He has more than 4 years of experience in sculpt modeling, plus more than 20 years of experience in Alias software.

In this class, we examine a creature modeling and detailing workflow using Autodesk® Mudbox® and Maya® software. Topics covered include concept techniques in SketchBook® Pro software, creating freely in Autodesk® Mudbox® without the worry of the underlying topology, and new retopology techniques that allow for the creation of an animation and rig-ready mesh. The class also takes an in-depth look at the processes of sculpting, detailing, and painting to bring our creature look and style to life.

In this class, we will examine a creature modeling and detailing workflow using Autodesk Maya and Autodesk Mudbox software. We will begin with exploring creature concept techniques in Autodesk® SketchBook® Pro software and then review clean and optimized polygonal modeling tips and tricks in Maya. Next, we will send our base mesh into Mudbox and take an in-depth look at the processes of sculpting, detailing, and painting to bring our creature look and style to life.

Direct modeling is an extremely powerful tool in Fusion 360 software. The use of features that follow natural gestures and movements (i.e., pull, twist, stretch) empowers users to fully immerse in a modeling experience that provides enjoyment, exploration, and a sense of “flow.” Direct modeling can also bypass steps such as setting planes, sketches, and other 3D commands, which could get in the way of modeling workflows. While direct modeling is typically associated with T-Splines via the Sculpt environment, it is possible to also use it in parametric settings. This presentation will illustrate the power of direct modeling in both environments in Fusion 360 software with the use of simple yet effective workflows and design examples.

This class applies an Inventor® software user's perspective to sketching and modeling techniques in Fusion 360 software as a service (SaaS). We also present some use cases from that perspective. Have you ever wanted to learn a new program but the instructor didn't understand your background or know where you were coming from? Then this is the class for you! We cover how to sketch and model in the Fusion 360 model environment and explore how it differs from Inventor by using history-free modeling with push/pull concepts. We explore the sculpt environment and talk about how the understanding of topology differs from modeling in Inventor. Finally, we show how T-spline modeling can solve the problem of complex surface modeling in Inventor.

Let your customers unleash their inner rock star. Engineer to order has been done, but what about design to order? Learn how to create flexible complex designs driven from customer inputs. Increase efficiencies and margins using the sculpting tools in the Fusion 360 3D CAD design app and the automation capabilities of Inventor software. We use our startup, Orphanage Guitars, as a case study to illustrate how our customers are able to design their own custom carved-top electric guitars to their specifications in a matter of minutes. We let you behind the curtain, show our process, and discuss the pros and cons of alternative mass customization methods.

Generative Design is the most advanced and powerful design tool among many industrial fields, yet it needs to apply several processes for taking the specific and appropriate outcome to address them further production phase. In this session, we will introduce our design development process which profoundly incorporates with the Generative Design, from our latest several design projects. Generative Design still needs several processes for further implication into current design development. Sculpting is the most reliable application for reproducing the generated geometry to "engineering verification structure". However, it is also a considerably irrelevant perception from a conventional design process among designers. In this session, we will introduce from our latest design method that idea of integration process about Generative Design and sculpting technic, which has been utilised in several projects such as DENSO ECU Concept (Deserved iF Design Award)

The session will present concept design development workflow for industrial designers with Fusion 360 software quick Sculpt and Solid Modeling, plus Rendering. We will also mix with Physical Sketching on Wacom Tablet. The class is about introducing new early design iteration process with Fusion 360 software for industrial designers. Traditionally, designers start sketching when they’ve received overall goal/direction for the product. This class suggests that designers mix quick 3D modeling with their traditional sketching workflow. For example, Fusion 360 software has super-flexible Sculpt Modeling, and it takes just a few minutes to generate basic forms. Designers can start their sketches over these basic product forms and find balance and details based on real scale. This session features Fusion 360 and SketchBook Pro.

This class will present a quick and easy-to-use workflow between Maya software and ZBrush. Maya is the industry-standard software for 3D animation, and ZBrush is the industry-standard software for 3D sculpting. Although both are widely used in the industry, it is not common to see beginner tutorials about the workflow and integration between both software systems. This course will try to fill this gap with plenty of examples and best practices. We will show you how to create basic meshes in Maya, how to refine the basic mesh in ZBrush using Live Boolean, how to go back and forth between both programs using the GoZ plug-in, how to export high and low-poly models back to Maya, and how to create textures in ZBrush and apply them to an Arnold shader, among other interesting topics. In the end, you will have a very good grasp of how to use Maya and ZBrush together.

Fusion 360 3D CAD/CAM software connects the entire product design and development process in a single cloud-based tool. Combined with best-in-class technologies that enable you to quickly iterate design ideas using sculpting and modeling tools to explore form and finish. Come to this class to learn how Fusion 360 can enhance your workflows and increase design collaboration

Go beyond the basics of Fusion 360 software and obtain the skills to effectively and rapidly alter design manufacturing of a single product from concept to creation. Learn how a small business utilizes the concept of parametric design to drive CAM objectives that easily modify changes based on individual customer requirements (size, simulation data, generative design, and shape optimization). This class will assist Fusion 360 users who want to increase design workflow knowledge within T-Spline structures for streamlined design-to-product development. Learn advanced design and techniques, including simulation and additive/subtractive mold making for production. Our demonstration will follow the creation of a bicycle part (TBD) that was custom-built yet dynamically designed to fit a multitude of individual riders. Our focus is within 3 Fusion 360 environments: sculpting for industrial design; parametric modeling for mold construction, fittings and inserts, and precision geometry; and CAM for computer numerical control (CNC) operation.

Who did say we must deal with right angles only? Why place only those boring flat and straight walls in your projects? This lab will guide attendees to explore nonconventional shapes and forms and unusual geometries, and make that stuff to become real and BIM. The scope of the class is understanding the combined use and interoperability between Revit and Fusion 360. Fusion is a software with an incredible potential for the architectural design: why not explore it? The lab will also introduce attendees to setting up a file with Fusion 360, the main modeling techniques, and the best set of file formats inside a BIM process. The "sculpt" environment will then be used as well as traditional solid modeling techniques and methods. Attendees will be guided to model a complex and unusual set of architectural shapes, taking as reference the Deconstructivism architecture style. These shapes will then be used inside Revit to continue the BIM authoring process and take advantage of the parametric engine.

This class is for Fusion 360 software users who want to go beyond the basics and learn how to get the most out of their design experiences. You will learn the favorite tricks and design techniques of 2 experts. This class is for Fusion 360 users who understand the basics of sketching, parametric solid and surface modeling, and sculpting with T-Splines. We will help you avoid some common pitfalls, and you’ll learn how to build more efficient and stable designs. This session features Fusion 360.

Design products faster and get better results by learning how Fusion 360 software's modeling tools work under the hood. In this class, we'll describe best practices and advanced features in Fusion 360 software's Model, Patch, and Sculpt toolsets; provide modeling workflow tips and tricks; and explain how to avoid and overcome bad modeling practices. Come and learn how to improve your day-to-day modeling workflows and become an expert in Fusion 360 modeling.

This class will demonstrate a workflow that uses the T-Splines Module in Fusion 360 software to create NURBS like surface patches utilizing sketches as a base start and sub-d modeling and pair the generated boundary representations (BREPs) with solid modeling tools inside the parametric timeline environment. The class will focus on best practice and proper T-Spline patch topology to maximize resulting BREP quality for further modeling steps inside the parametric timeline. This session features Fusion 360.

Fusion 360 software has four unique design workflows: Solid, Surface, Sculpt (T-Spline), and Sheet Metal. Each workflow has unique tools that are specialized for the different types of modeling. The Sheet Metal workflow can be simple, yet confusing. Certain tools have multiple functions and use. There are Sheet Metal Rules and it is important to understand the role they play. Join this class to better understand the proper workflow for modeling sheet metal components in Fusion 360. We will discuss how to capitalize on the Sheet Metal Rules and the multiple applications of the Flange command. During this demonstration, we will recreate a component and show how to document the formed part and flat pattern with a 2D drawing.

Everyone loves a quick-fire class full of productivity and power-user tips and tricks. Fusion 360 software is a big product, with lots of environments to master. No matter if you are a beginner or a seasoned veteran, there are always new tips to learn from different perspectives. Come along for an action-packed 90 minutes of learning, and accelerate the process of mastering Fusion 360.

Generative design is a design method in which the output is generated by a set of rules or an algorithm. It is based on parametric modeling and it is a fast method of exploring design possibilities. Dynamo is a generative design application equipped with a user friendly interface based on Visual Programming. It’s a language which provides users ability to create geometry through scripts without any deep programming knowledge and experience. It allows designers and engineers to create geometry relationships based on rules and logic rather than traditional sculpting/push-pull manipulations and allows to generate geometry which normally would be very time consuming. This session will focus on some aspects of the generative design focused on detail modelling based on surfaces and geometry (complex and irregular 3d patterns, random geometry and fractal geometry) and show how these designs can be integrated into Alias and Alias SpeedForm models.

Disrupt Disability is a social enterprise that aims to build a community of wheelchair users, designers, and makers who can create wheels that people want to wear. The reason for disrupting the worldwide market of 65 million people who need a wheelchair is that 8 out of 10 of them do not have access to one, either because of a prohibitive price tag or the customisation often needed to suit the user's environment and physical needs. Rachael Wallach is the founder of Disrupt Disability and is a wheelchair user herself. Rachael's vision is to leverage the opportunities now possible using the newest digital design, collaboration and digital manufacturing methods to give users choice and control over the form and function of their wheelchairs. These latest tools and methods have the ability to satisfy the needs of customised, market-of-one solutions, and therefore present an exciting enabler for the wheelchair market where traditional design and production methods are not delivering suitable solutions and products. Fusion 360 has been a cornerstone of the project so far. When Rachael got the opportunity to study at Stanford University shortly after the start of the project her sudden relocation did not affect progress as Fusion 360's collaboration tools, the ability to easily share designs and carry out live review sessions came to the fore. The modular approach to provide customised solutions is framed around the use of a common, structural core module. Development of this core module is central to the structural integrity of the wheelchairs that will be developed from it, so the Simulation environment in Fusion 360 was pivotal to ensuring that this module was fit for purpose before committing to the first prototypes. When it came to designing a seat module where the form of the seat was to be much more closely fitting to the individual the Sculpt environment enabled the generation of the complex surfaces required. The principle of a seat that follows the form of the user is one of the ways of achieving the vision of wearing our wheels as well as ensuring people see the person in the wheelchair, and not the wheelchair itself.

Alias 2019 software comes together with the very special add-in called Dynamo. Dynamo is the computational design platform embedded into Alias and interacting with the geometry created within it. Computational design is a change in the medium of design expression from geometry to logic. It lets designers and engineers create geometry relationships based on rules rather than traditional sculpting/push-pull manipulations. By encoding design rules in a computational framework, it's possible to quickly generate complex, parametric, repetitive geometries, and iterate among different options to determine the best solution. In this class, we will discuss some practical methods of how to model complex patterns like intake, speaker, or front grill. This will include how to deal with the pattern on multiple trimmed surfaces, how to start, and which Dynamo tools to use.