The Prize provides 100,000 USD to support Otero’s research proposal "Future Storage: Architectures to Host the Metaverse, an examination of new architecture paradigms for storing data".

Harvard University Graduate School of Design (Harvard GSD) has named Spanish Marina Otero the winner of the 2022 Wheelwright Prize, a grant to support investigative approaches to contemporary architecture, with an emphasis on globally minded research.

With her winning proposal Future Storage: Architectures to Host the Metaverse, Otero will examine new architecture paradigms for storing data and how reimagining digital infrastructures could meet the unprecedented demands facing the world today.
The field research, data collection, and prototype development will all result in the first open-source manual for global data center architecture design containing examples of ecological, circular, and egalitarian data storage models. The prize is intended to fund two years of Otero’s research and travel.
 
“While there is an urgent need to find new ways to understand progress, imagining alternative futures in current circumstances is proving troublesome. In this context, the proposal is a deeply optimistic project that considers other worlds possible: post anthropocentric, ecological, and plural. The prize reaffirms my confidence in the ability of this research to bring about new paradigms for consuming and storing data, expressly to make a difference,.

Data centers might not seem like an exciting place for an architectural project. However, the huge scale of the operations of the data industry and its pervasiveness and increasing importance in the contemporary world–coupled with its openness to innovation and concurrent pressures to find better socio-ecological models–creates a fertile environment for experimentation and action.”
Marina Otero

“Harvard GSD is proud and honored to award the 2022 Wheelwright Prize to Marina Otero for her timely proposal, Future Storage: Architectures to Host the Metaverse.

While her title sounds futuristic, the issue is anything but: Marina recognizes the very urgent challenge of storing data in and for today’s world. Her research will highlight innovations in data storage architectures and infrastructures, recognizing current inequities and scarcities, but also the potential for how data can transform entire communities worldwide through these new civic infrastructures and their reach. In her capacity as head of the social design masters at the Design Academy Eindhoven and also as director of research at the Het Nieuwe Instituut, she has already laid the groundwork for this important topic, ensuring the impact of her Wheelwright output, which will result in the first manual for global data center architecture design, as well as open-source course material and public programming.”
Sarah M. Whiting, Harvard GSD’s Dean and Josep Lluís Sert Professor of Architecture.

Now in its 10th cycle, the Wheelwright Prize supports innovative design research, crossing both cultural and architectural boundaries. Previous winners have presented diverse research proposals, including studies of kitchen typologies around the world; the architecture and culture of greenhouses; the potential of seaweed, shellfish, and the intertidal zone to advance architectural knowledge and material futures; and how spaces have been transformed through the material contributions of the African Diaspora.

Otero was among four remarkable finalists selected from a highly competitive and international pool of applicants. The 2022 Wheelwright Prize jury commends finalists Curry J. Hackett, Summer Islam, and Feifei Zhou for their promising research proposals and presentations.

Marina Otero follows 2021 Wheelwright Prize winner Germane Barnes, whose Wheelwright project Anatomical Transformations in Classical Architecture is in its travel-research phase.

More information

Marina Otero Verzier is head of the social design masters at Design Academy Eindhoven. The program focuses on roles for designers attuned to contemporary ecological and social challenges. From 2015 to 2022, she was the director of research at Het Nieuwe Instituut (HNI), the Dutch Institute for Architecture, Design, and Digital Culture. At HNI, she led initiatives focused on labor, extraction, and mental health from an architectural and post-anthropocentric perspective, including “Automated Landscapes,” “BURN OUT: Exhaustion on a Planetary Scale,” and “Lithium.”

Otero received an MS in critical, curatorial, and conceptual practices in architecture from Columbia University’s Graduate School of Architecture, Planning, and Preservation in 2013 and completed her Ph.D. at Escuela Técnica Superior de Arquitectura de Madrid in 2016. She is a co-editor of Unmanned: Architecture and Security Series (2016), After Belonging: The Objects, Spaces, and Territories of the Ways We Stay In Transit (2016), Architecture of Appropriation (2019), and More-than-Human (2020); and editor of Work, Body, Leisure (2018).

Future Storage: Architectures to Host the Metaverse explores innovations in data-storing architectures attuned to social and ecological challenges, land availability, the growing cost of energy, and changing data. Otero will commence her research and data collection this summer, followed by site visits to Iceland and Sweden, both global leaders in renewable energy. Chile, a country that is currently a testbed for distributed edge cloud models and the world's second-largest producer of lithium, a critical element for efficient data center batteries, will also be on the early travel itinerary. With the construction of the Humboldt Cable, the first submarine cable between Latin America and Oceania, Chile will soon become a preferred data location. Additional proposed travel locations include Singapore, Australia, Nigeria, and California. Otero has already conducted fieldwork in France, the Netherlands, and the UK.
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Published on: June 14, 2022
Cite: "Marina Otero named winner of 2022 Wheelwright Prize" METALOCUS. Accessed
<http://www.metalocus.es/en/news/marina-otero-named-winner-2022-wheelwright-prize> ISSN 1139-6415
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