Public Utilities

Public Utilities explores the civic and spatial potential of environmental notation. This installation, commissioned for an annual design festival, eschews the typical folly format in favor of a more tactical, distributed, and event-based intervention. The project mobilizes field marking robots, initially designed to mark sports fields, to create several site-specific, building-size drawings at a 1:1 scale that temporarily transform urban space with minimal resources orchestrated to maximum effect. Water-soluble, non-toxic, and temporary, it eschews waste often associated with temporary architecture. The project extends an ongoing collaboration with an industry partner that manufactures semi-automated, GPS-guided field marking robots for striping turf sports fields (Fig. 9). Working closely with their engineers and programmers, we develop software tools that radically expand the drawing repertoire of the company’s robotic systems. When interfacing with new technologies, we model the role of the architects as orchestrators of resources rather than tool makers. We don’t create proprietary tools but methods for bringing existing technologies into new spatial use cases. Utilizing an “off-the-shelf” robot has several advantages, including the capacity to utilize a steadily expanding fleet of sports marking robots, which currently encompasses most of the United States and Europe. Consequently, we can test patterns in the American Midwest before traveling to Spain to paint with an identical striping robot owned by the local parks department.

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Publication Details

Published
2025-01-01
DOI
https://doi.org/10.35483/acsa.am.113.8
Primary Topic
Urban Planning and Governance
Type
article
Field-Weighted Citation Impact
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article

Public Utilities

Erik Herrmann
Urban Planning and Governance
article

Public Utilities

Erik Herrmann
article en

Abstract

Public Utilities explores the civic and spatial potential of environmental notation. This installation, commissioned for an annual design festival, eschews the typical folly format in favor of a more tactical, distributed, and event-based intervention. The project mobilizes field marking robots, initially designed to mark sports fields, to create several site-specific, building-size drawings at a 1:1 scale that temporarily transform urban space with minimal resources orchestrated to maximum effect. Water-soluble, non-toxic, and temporary, it eschews waste often associated with temporary architecture. The project extends an ongoing collaboration with an industry partner that manufactures semi-automated, GPS-guided field marking robots for striping turf sports fields (Fig. 9). Working closely with their engineers and programmers, we develop software tools that radically expand the drawing repertoire of the company’s robotic systems. When interfacing with new technologies, we model the role of the architects as orchestrators of resources rather than tool makers. We don’t create proprietary tools but methods for bringing existing technologies into new spatial use cases. Utilizing an “off-the-shelf” robot has several advantages, including the capacity to utilize a steadily expanding fleet of sports marking robots, which currently encompasses most of the United States and Europe. Consequently, we can test patterns in the American Midwest before traveling to Spain to paint with an identical striping robot owned by the local parks department.

The Ohio State University (US)
Openalex Percentile: Top 81%
Urban Planning and Governance
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Public Utilities — Erik Herrmann · (2025) | TGRS Research Map | TGRS