Precise Imprecision

Precise Imprecision is an architectural experiment that blends technological and material innovation, highlighting the balance between robotic precision and the unpredictability of natural forms through flexible formwork.

The robotic arm operates with flawless accuracy, while the soft fabric material responds naturally to the infusion, shaping itself in ways that cannot be fully controlled. Each unit affects the others during the process, capturing unique "coincidences" that result in one-of-a-kind components. Despite the unpredictability, the structure maintains overall precision and stability.

Digital tools help anticipate potential changes while respecting the material's natural behavior. Adjustments are made with each iteration, allowing the project to evolve.

This approach reduces manual labor while preserving the uniqueness of each piece, striking a delicate balance between precision and imperfection. Precise Imprecision redefines architecture by merging the accuracy of robotic technology with the organic variation of materials, creating new visual and cultural value in the fusion of technology and art.

Design and Fabrication: Ester Hong-Fen Lo, Leon Yi-Liang Ko
Location: University of Michigan, Ann Arbor
Advisor: Glenn Wilcox
Year: 2019