Design-Build
A collaborative full-scale design-build project developed through computational design, robotic fabrication, and hands-on assembly.
Type
Design-Build
Program
Robot Made
Institution
University of Toronto
Year
2024
Role
Fabrication + Assembly
01
Project Overview
Robot Made 2024 explored the relationship between computational design, robotic fabrication, and full-scale timber construction.
The project translated computationally generated geometry into a system of unique timber components produced through digital and robotic fabrication.
Fabricated components were brought together through collaborative full-scale assembly, connecting the digital workflow directly to physical construction.
02
My Role
Fabrication + Assembly
I contributed to the fabrication and physical assembly of the project, working as part of the team responsible for producing, preparing, and constructing the full-scale timber system.
03
Credits
Project Leads
Nicholas Hoban
AnnaLisa Meyboom
Aryan Rezaei Rad
Fabrication + Assembly
Ala Mohammadi
Amirhossein Heidari
Annie Song
Caroline Guirguis
Jagteshwar Singh
Jaya Xue
Julia Paulson
Jun Heng Tan
Liam Cassano
Sarah Mak
Yixuan Zhang
Zhelun Li
Rahul Sehijpaul
Paul Kozak
04
Project Images
Fabrication and assembly from Robot Made 2024 at the University of Toronto.