DESIGN AND TECHNOLOGY
Location: London - UK
Year: 2019
Type of Collaboration: Design, Computational Design, Digital Fabrication
Type of Project: Experimental, Computational Design, Material Testing
The predominant aim of the design and technology project was to bring together two individuals from different bootcamp groups, and merge their learnings and observations from their previous projects into a more advanced and streamlined project. By combining aspects of diagrid surfaces with math surfaces and utilizing plywood as our material, we aimed to push the boundaries of our analysis in order to achieve a more refined global and local geometry.
The study also focuses on the materiality and behaviors of the overall model once it has been scaled up to fit a 1m x 1m x 1m bounding box. Physical tests will be conducted as well as karamba analysis to assess the form. Fabrication and joinery will need to be reconsidered in order to make the process as seamless and time efficient as possible.
Year: 2019
Type of Collaboration: Design, Computational Design, Digital Fabrication
Type of Project: Experimental, Computational Design, Material Testing
The predominant aim of the design and technology project was to bring together two individuals from different bootcamp groups, and merge their learnings and observations from their previous projects into a more advanced and streamlined project. By combining aspects of diagrid surfaces with math surfaces and utilizing plywood as our material, we aimed to push the boundaries of our analysis in order to achieve a more refined global and local geometry.
The study also focuses on the materiality and behaviors of the overall model once it has been scaled up to fit a 1m x 1m x 1m bounding box. Physical tests will be conducted as well as karamba analysis to assess the form. Fabrication and joinery will need to be reconsidered in order to make the process as seamless and time efficient as possible.
© Maria Luiza Torres, 2023.