Course Content
8 Lessons
Catalog
Course detail
3D-Printing Ceramics aims to give an overview of how a fluid approach using different software can be used to bridge the gap between the physical and virtual.
3 courses5.0
To bridge the gap between the realms of digital and physical, 3D printing with clay has gained immense popularity over the last few years. The process adds another layer of intrigue to fabrication, where material and print paths must be finely tuned in order to achieve spectacular results. It is a compelling and exciting creation method, with techniques applicable from Object to Architectural scales. The 3D-Printing Ceramics workshop will cover most of these topics.
Digital and Physical Integration: Understand how to bridge the gap between digital designs and physical 3D-printed ceramics.
Photogrammetry and Context: Use Polycam for photogrammetry to create a context for your designs.
Geometry and Tool Paths: Develop base geometries in Rhino and manipulate tool paths in Grasshopper for precise fabrication control.
Advanced Software Techniques: Explore Houdini for added complexity and learn to manipulate Gcode for various printing technologies.
A crucial part of the printing digital workflow is software hopping. In 3D-Printing Ceramics, We will start with Polycam to create a photogrammetry scan of an object to act as our context. In Rhino, we will create a base geometry and then jump into Grasshopper to leverage its powerful tools in order to give real-world meaning to our digital creation.
Houdini will then be used to add a further layer of complexity before we head back into Grasshopper to manipulate tool paths to finely control the hand of creation (the robot). Josef will show how Gcode can be manipulated in order to gain fine control over the object’s fabrication, with these techniques applicable to PLA printers, clay printers, and industrial robots. We will learn how, even after the piece is printed, craftsmanship and traditional techniques can be used to add a human touch to our artifact.
In the 3D-Printing Ceramics workshop, you will learn how to seamlessly integrate the real and virtual, using real-world context to inform our designs and manipulating Gcode to create an artifact inspired by the systems that create nature. The digital creations will then be printed in clay, and the instructor will give an overview of the many factors that need to be considered to create organic yet precise creations with this fabrication method.
3D-Printing Ceramics aims to give an overview of how a fluid approach using different software can be used to bridge the gap between the physical and virtual. You will learn how to create organic yet grounded designs and discover the fundamentals of the clay printing process. The workshop will be a follow-along format. However, unlike a tutorial, the main objective is to give a broad overview of a cutting-edge workflow encompassing some of the many different tools available to designers rather than an in-depth look at each of the tools.
What you should already know or have ready before you start, experience, tools, and any baseline skills the instructors expect. Scan the list below so nothing catches you off guard.
Josef Stöger is an Artist and Designer with a master’s degree in Architecture from the Bartlett School of Architecture, London. He is inspired by the systems and processes that form some of the most beautiful structures in nature and how these can be used in our built environment to create designs that integrate seamlessly with the complexity of our global ecology. He has an incredibly varied background in VR Development, Film-making, Fabrication, and Digital design. With four years of experience working as a technical tutor for Bartlett students, his most recent collaboration is with Peugeot, who is 3D printing a ceramic sculpture to celebrate the launch of their new car. He now works as an Artist and Educator, creating high-value commission pieces and teaching the endlessly fascinating world of digital and physical design.
Great!
Very interesting course
Great workshop. Clear explanations and nice examples Josep!
