The course, "Step by step Introduction to SubD in Rhino 7", is designed for designers who want to explore organic shapes quickly. SubD is a new geometry type in Rhino 7 that allows you to create editable and highly accurate shapes. Unlike other geometry types, SubD combines the accuracy of free-form modeling with the ability to make quick edits. This course will teach you how to use SubD to create complex shapes in real time.

One of the key advantages of SubD is its ability to create accurate and organic models. With SubD, you can push and pull vertices to explore complex shapes in a way that feels natural and intuitive. Whether you're designing a car body or a piece of furniture, SubD allows you to model with precision while still maintaining creativity. It's a powerful tool for designers who want to create highly accurate and manufacturable solids.

Another feature of SubD is its ability to convert scan or mesh data into SubD objects, and then optionally to NURBS. This means that you can take a 3D scan of an object and convert it into a SubD object, allowing you to make edits and modifications to the shape as needed. This is particularly useful for designers who work with scan or mesh data and need to adjust before creating manufacturable solids. SubD provides a seamless workflow for converting and editing these types of data.

In conclusion, SubD in Rhino 7 is a powerful tool for designers who need to explore organic shapes quickly. Its combination of free-form accuracy and quick editing makes it an asset for any designer looking to create complex and highly accurate shapes. Whether you're a beginner or an experienced designer, this course will provide you with the knowledge and skills to effectively use SubD in your design process.

The course, "Step by step Introduction to SubD in Rhino 7", is designed for designers who want to explore organic shapes quickly. SubD is a new geometry type in Rhino 7 that allows you to create editable and highly accurate shapes. Unlike other geometry types, SubD combines the accuracy of free-form modeling with the ability to make quick edits. This course will teach you how to use SubD to create complex shapes in real time.

One of the key advantages of SubD is its ability to create accurate and organic models. With SubD, you can push and pull vertices to explore complex shapes in a way that feels natural and intuitive. Whether you're designing a car body or a piece of furniture, SubD allows you to model with precision while still maintaining creativity. It's a powerful tool for designers who want to create highly accurate and manufacturable solids.

Another feature of SubD is its ability to convert scan or mesh data into SubD objects, and then optionally to NURBS. This means that you can take a 3D scan of an object and convert it into a SubD object, allowing you to make edits and modifications to the shape as needed. This is particularly useful for designers who work with scan or mesh data and need to adjust before creating manufacturable solids. SubD provides a seamless workflow for converting and editing these types of data.

In conclusion, SubD in Rhino 7 is a powerful tool for designers who need to explore organic shapes quickly. Its combination of free-form accuracy and quick editing makes it an asset for any designer looking to create complex and highly accurate shapes. Whether you're a beginner or an experienced designer, this course will provide you with the knowledge and skills to effectively use SubD in your design process.