Assistant Professor David Correa from University of Waterloo and Director of Technology Oliver David Krieg from LWPAC, in collaboration with UBC Centre for Advanced Wood Processing (CAWP) and UBC School of Architecture and Landscape Architecture (SALA) will hold a technical workshop on robotic fabrication at CAWP. While many industries have made leaps and bounds in adopting highly flexible and fully automated fabrication workflows using robotics, the construction and design industry are only just starting to open the door to these technologies. Recent developments in robotics combined with more accessible design-to-fabrication tools can now offer architects, designers and fabricators unprecedented access to a new design paradigm. We are pleased to welcome two experts to share their knowledge and experience with students and practicing architects here at UBC. Using a state-of-the-art eight-axis industrial robotic work cell in the CAWP pilot manufacturing pilot, the workshop will guide participants through the unique technical and conceptual foundations that underpin robotic milling in wood through the development and construction of a full-scale fabrication project.
The following are two options for this workshop
Part I (1 day): Robotic Fabrication Seminar and Robot Training
The one-day session will cover an overview of robotic fabrication in timber , introduction to the computational design tools used in the workshop, and introduce robot operations
Part II (3 days plus optional 2 day): Fabrication/Prototyping Workshop
The full 3-day plus optional 2 day workshop will directly engage the participants in the design and fabrication process. Participants will start with base geometry during the design phase and generate a buildable structure using computational design tools. A prototype structure will be machined and assembled on the UBC Campus.
For more details see Agenda
Register Online: Robotic Fabrication Workshop
- 21 AIBC credits for 3 days (additional credits for optional days)
- 7 AIBC credits for 1 day
- Participants are required to bring their own laptops
- McNeel Rhinoceros & Grasshopper software is required
- Knowledge in Rhinoceros is strongly recommended