
The Bernard&Anne Spitzer
School of Architecture
SSA Robotics Lab
Drawing in 3D Physical Space
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Ranger Lin
Our final project is creating a weaving tool that allows the robot to weave string around an object to create spaces within the object.



Our project relates to architecture by allowing our string to be replaced by other structural materials such as cement or wire that allows us to 3D print or bend wires to create various facades and structural materials. This allows us to create spaces and structural elements by using our weaving tool as a first step into understanding this process. Also can take the weaving tool and create various facades and interior designs.
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My final project explores the public corridor space, centered on a surface developed through a combination of weaving and a robotic laser movement tool. The weaving acts as a guide for the robotic laser in creating a large-scale surface representing a wall yet creating a larger space. The robotic laser can act as or represent the movement throughout the space and even highlight certain aspects within the architectural space. Such as the process of rendering a 3D model in 3D. This project can be a first step towards the use of industrial robots in a representational realm to showcase architectural models in a new light


