Detroit Reassembly Plant
Detroit Reassembly Plant Design by T+E+A+M Kristen Gandy- Project Assistant Section Model and Rendering of Detroit Reassembly Plant
Detroit Reassembly Plant Design by T+E+A+M Kristen Gandy- Project Assistant Section Model and Rendering of Detroit Reassembly Plant
Detroit Reassembly Plant Design by T+E+A+M Kristen Gandy- Project Assistant Section Model and Rendering of Detroit Reassembly Plant
Detroit Reassembly Plant Design by T+E+A+M Kristen Gandy- Project Assistant Section Model and Rendering of Detroit Reassembly Plant
Detroit Reassembly Plant Design by T+E+A+M Kristen Gandy- Project Assistant Section Model and Rendering of Detroit Reassembly Plant
Detroit Reassembly Plant Design by T+E+A+M Kristen Gandy- Project Assistant Section Model and Rendering of Detroit Reassembly Plant
Detroit Reassembly Plant Design by T+E+A+M Kristen Gandy- Project Assistant Wireframe Chunk typology. Perspective Rendering, Rhino Model, Photoshop Editing
Detroit Reassembly Plant Design by T+E+A+M Kristen Gandy- Project Assistant Perspective Rendering, Rhino Model, Photoshop Editing
Detroit Reassembly Plant Exhibition at the 2016 US Pavilion for the Venice Architecture Biennale Design by T+E+A+M Photo Credit: Salam Rida 2016
Project Exhibited at the 2016 US Pavilion at the Venice Architecture Biennale
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"Detroit doesn’t have a material problem; its material has an image problem. Recognizing architecture’s capacity to work on and produce both materials and images, our project aims to reverse current perceptions of Detroit. Where others see an excess of ruins, we see an abundant resource for building materials."
-T+E+A+M
Project Leads: Ellie Abrons, Adam Fure, Meredith Miller, Thom Moran
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Design Team: Yu-Yang Huang, Alexandra Chen, Dawn Jeong, Michal Ojrzanowski, Darryl Weimer
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Production Team: Kristen Gandy, Samantha Okolita, Camille Chabrol, Lani Barry, Po-Jen Huang, Stefan Klecheski, Binghao Li, Reid Mauti, Megan Mohney, Yoo Seok Chung, Ian Ting
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Consultants: Michael Savona, Asa Peller
This project was made possible by a grant from the Taubman College at the University of Michigan, Anyone Corporation, and the U.S. Department of State. Additional support provided by University of Michigan Office of Research