Computational Design Workshop
Explore data-driven design, lattice structure, topology optimization, generative design, machine learning classification, and various computational workflows.

Essential Details
Are you finding it challenging to integrate Computational Design into your projects, unsure about which data-driven strategies to implement, or how to effectively apply topology optimization and generative design? Navigating the complexities of Computational Design can be daunting, especially without a solid understanding of its core principles, like lattice structures, machine learning classification, and other computational workflows.
Master these cutting-edge techniques, with a special focus on the use of Grasshopper 3D and Rhino. In this comprehensive course, we'll dive deep into the essentials of data-driven design, exploring the intricacies of lattice structures and topology optimization. You'll learn how Grasshopper 3D and Rhino can be powerful tools in leveraging generative design and machine learning to create innovative, efficient designs.
Our course will also cover practical applications in 3D printing, showing you how to bring your computational designs to life. This hands-on training will guide you through various computational workflows, enhancing your design projects with 3D printed models and prototypes. Whether you're aiming to optimize your designs, integrate advanced computational strategies with Grasshopper 3D and Rhino, or explore the exciting possibilities of 3D printing, this workshop is your gateway to mastering Computational Design.
• Intro Computational Design
• Theory Building Fundamentals
• Exploring Generative Design
• Understanding Search Space
• Generative Wheel Design
• Voxel Workflow Exploration
• CT Scan to 3D Modeling
• Prosthetic Design Overlay
• Foundation of Lattice Structures
• Advanced Lattice Structures
• Lattice for Shoe Midsoles
• Topology Optimization
• Optimized Table Linkage
• Machine Learning
• Panel Rationalization
• Data-Driven Design
• Crash Data Helmet Design
Meet the course instructor
Aman Agrawal is an industrial designer specializing in creating complex 3D surface models and parametric textures for manufacturing. He has provided consultancy to industry leaders such as Design Partners, Logitech, BSH, and Hamilton Beach. Aman shares his extensive knowledge and practical experience with hundreds of design students and professionals worldwide through engaging LIVE classes.
Frequently asked questions.
For any other questions that we may not have answered, please email us and we’ll get back to you shortly.
Yes, you need intermediate experience in Rhino and Grasshopper to follow this course. We will be using various Rhino operations to clean and trim mesh data and other polysurfaces. In Grasshopper, we will be working with data tree and list manipulation for various computational design strategies. Intermediate knowledge in both these software programs is a must. You can check our Rhino and Grasshopper Masterclass to gain the necessary experience.
Yes, you can absolutely follow the Computational Design course on a Mac. All essential plugins, including Dendro, now work on macOS with Rhino 8. The only exceptions are Monolith and Topos, which are not currently available for Mac. However, these are not core to the workshop and won’t affect your learning experience. If you ever need full plugin compatibility, you can optionally install Parallels to run Windows on your Mac.
Yes, you need to take a Grasshopper test. This will ensure that you have intermediate experience in Grasshopper, as we will utilize advanced data tree structures and other fundamental Grasshopper concepts to create complex textures. The instructor cannot delve into basic concepts in a group consisting of advanced Grasshopper users, as this would disrupt the class's flow. We recommend starting with the Grasshopper Masterclass if you don’t have experience in Grasshopper.
Don’t miss out, enroll today.
