Professor in Residence, Department of Architecture, GSD, Harvard University, Cambridge MA, USA
In the spring of 2018, the National Center for Smart Growth (NCSG) invited architects at the University of Maryland to engage a project called PRESTO (Prospects for Regional Sustainability Tomorrow). PRESTO is believed to be the first attempt at addressing the long-term sustainability of the DC-Baltimore region using advanced algorithmic modeling and scenario analysis techniques to examine the impacts of fuel costs, technological advancement, and government regulation. This article highlights contributions of the DC-Baltimore Futures: Designing XL to XS studio as it engaged the multi-disciplinary NCGS team on PRESTO, which is described in this article as a geodesign project. The impact of collective creativity as part of DC-Baltimore Futures studio pedagogy is discussed as one of the many ways that the PRESTO algorithms were tested. The article concludes with reflections on the role and potential of collective creativity in open source modes of geodesign and “senseable” city design.
This paper speculates on how new forms of dwelling might be re-conceived as more nimble, flexible components: ones capable of deploying to different sites and atmospheres, while simultaneously providing more broadly distributed access to amenities that otherwise remain limited to the privileged few. Specifically, it examines the notion of a mobile dwelling architecture that could be deployed to various sites across the city - each site being characterized by particular “niche” offerings. Here, rather than dwelling units being considered as static entities within the urban fabric, they are re-considered as nimble, deployable agents - able to relocate to different sites and settings in accordance with different parameters that are customized through individual cost-benefit analyses and feedback dynamics. Accordingly, over time, bottom-up, self-organizing “niches” of fit inhabitation emerge. The paper associates this kind of designed environment with the dynamics of complex adaptive systems - where emergent global features arise from the bottom-up. Here, a kind of “swarm” urbanism is deployed: one adjusting over time in response to atmospheric variables.
This paper describes a participatory development strategy that leverages the cooperative nature of a sharing economy. Three case studies will be explored that provide unique strategies for empowering community. These crowdsourced projects pool resources and expertise in order to design and build projects that resist gentrification, stimulate investment, and build community. Residents utilize the participatory actions of establishing a pro forma, acquiring land, securing financing, selecting professional engineers and contractors, and ultimately constructing the project all as larger components of community building. The models of community development presented here offer an alternative to the traditional designer-client dichotomy and allow the once-clear boundary between architect and client to be redrawn. Also, by sharing resources, community members are able to become active participants in their built environment.
Vandalism is an alternative form of design narrative, a subversive practice of reading architecture and urban systems, and a fundamental way key voices can be heard. Architects, city planners, officials and the public should value such reads as constructive engagement enriching the life of a built work. Architecture usually results from elaborate systems of power, capital, and privilege - though its presence affects everyone in the city. In the periphery of public space, dynamic alternative practices emerge that communicate and critique. Vandalism, especially in areas of contested “ownership” in public space, is an architectural counterpoint, a dissent available to people without conventional means of power. It is intrinsically linked to the pedestrian experience of cities, and therefore opens reconsideration of walking as knowing, especially in an urban terrain vague [empty lot]. Technologies of sharing allow us to broadcast transgressions, track goings on, exploit urban problems for artistic gain, and conduct vandalism in public space. Focusing attention on a public farm building designed collaboratively within an urban park will frame broader discussion of these complex relationships at work, specifically considering vandalism as a form of engagement.
In the nineties, it was widely assumed that, because of the internet and widespread connectivity, the importance of physical space would be greatly reduced. Many prophecies at the time dealt with the “death” of distance, of cities and of offices, among others. While such predictions have not materialized so far, technology is nonetheless having an effect on how we use physical space. In particular, office spaces are undergoing a profound transformation. In this article, we review a recent project from Massachusetts Institute of Technology’s (MIT) Senseable City Lab, which used the analysis of digital data to better understand the use of office space and scientific collaboration on the MIT campus. We then show how some of these preliminary findings can be used in the design of the co-working space at the Agnelli Foundation in Turin, Italy - and how digital data can then provide real-time monitoring of built spaces.
Commoning describes the social and psychological process that individuals and collectives are involved in as they establish and manage space and life shared in common. The values that underpin commoning can be adapted by spatial and urban designers to privilege and encourage more inclusive and shared social, civic and environmental conditions and disrupt existing models and economic forces that currently organise private and public space. Commoning produces spaces and social relations through participation, developing in the protagonists a sense of agency over their lives. Design practitioners with interests in the processes of commoning can engage with those values to interrupt the homogenization of communities and the cauterization of spatial imagination by commercial imperatives. Drawing on design precedents, theorists and activists involved with various aspects of contemporary commoning, this paper proposes how designers can be informed and guided by the interrelated spatial and social modes of productions that are integral to commoning. Through a commitment to commoning, spatial designers can encourage and support commoning and proliferate values capable of transforming the future.
Why is sharing important to our civilization, our cities and the earth? It is critical, even essential to our survival, because without it, we will overconsume the planet’s resources and overheat it. It is of paramount importance that we find ways to increase prosperity without economic growth, or better yet, to achieve degrowth. Sharing our assets, our services and places, even our activities and experiences may be our best hope to reduce the human ecological, energy and carbon footprints. Whether a reformed version of capitalism or a fundamentally new economy, the sharing city and no-growth ethic form a large, profound and open question. In any case, from an energy use and emissions point of view, doubling energy and technological efficiency or doubling the intensity of asset use though sharing have much the same impact - whether it is cars, transit, homes, equipment, offices or workshops. This realization opens up a huge new opportunity for reforming or replacing neo-liberal capitalism with longer-term thinking and more humane economics.
This paper outlines the use of videogame simulations as a representation of the complex interactions of resources within an urban neighborhood. The research advances the use of videogames as a mechanism for the production of design patterns for the city, in the hands of its inhabitants. By establishing a real-time feedback loop between players and an ecological simulation of the city, a user can learn and make decisions that could be shared with a community. This paper will mainly discuss the research developed through the videogame Block’hood, a project developed by the Author at the University of Southern California School of Architecture and the Plethora-Project research that attempts to critically address the use of mass media technology for collective organization and value production.
This is the continued research and development that derived from the original doctoral research “Whose Digital Property,” probing into the ramifications brought about by the new business model of the “sharing economy,” and the concerns raised behind the issues of access, ownership and distributed rights among policy, economy, design and architecture, of digital and physical property law research. The doctoral research was defended in 2017 at the Harvard University Graduate School of Design with the Harvard School of Law as a partnering department. The discussion developed in this essay tries to show how several examples and trends suggest architecture and architecture-related software programming will likely become even more collaborative in the future and will necessitate a more strategic, articulated and multi-pronged cooperation between designers, companies and users.
To mark the hundredth anniversary of the New York City’s zoning code, we propose the next dimension of zoning, a four-dimensional hypercube that “un-crams” Manhattan’s second- and third-dimensional congestion into a fourth-dimensional model of sharing (space). By projecting the grid’s coordinates into a large hypercube - the fourth dimension in mathematics -, we developed a typology that falls between the scale of a city block and a building. A city in a city. Located at the water-edge of the East River, this becomes a new terminal building, a domestic/commercial hybrid that takes the notion of sharing to a new level. This waterfront site gives not only access to the new Second Avenue Subway, but also to the new water ferry and the airport water taxi. Sharing economy - this four-dimensional framework - will re-activate Manhattan’s forgotten East Side. Sixty percent of the Hypercube is a public and shared program (park, pool, terraces), while 40% percent is occupied with mixed-use space. Inhabitants are encouraged to share domestic appliances and tools, creating a new social network. This new social economy distributes the allowable 10 Floor Area Ratio (FAR) into the Hypercube, and with elevated parks it creates a new way of shared city living.
This paper details the design solution awarded at the 2017 international call for ideas for the design and implementation of fifty “innovative schools” launched by the Italian Ministry of Education and Research (MIUR). The project expands an ongoing personal research, focusing on the class layout in relation to the educational curriculum proposed inspired by the principles of Social Constructivism and with the final aim of providing continuity among nursery, infant and primary schools. The “School of Tomorrow” designed for the MIUR has no traditional desk, but modular tables of different sizes. There is no teacher desk, but an educator who moves among students, both in class and in the communal areas. Instead of the traditional class, there are size reconfigurable areas according to subjects taught and students’ needs. This school offers labs, ateliers and workshops. It has no corridors, but connective spaces equipped with poufs, sofas, soft seats and carpets. These areas become the functional and symbolic heart of the school - the Piazza and the Learning Street - hosting parties, assemblies, student works exhibitions and theatrical performances. The school of the future will stay open beyond school hours and will play the role of a civic center.
Robotics has recently found themselves more engrained within the ethos of architectural research and production. However, their relationship to architecture still remains to be understood. This article examines the relationship between robotics and architecture from an ontological standpoint. The article offers foundational frameworks and raises key questions to broadly define robotics in architecture.
In recent years, in the Venice lagoon we have seen an increasing number of urban planning projects with a low level of flexibility, which have not seized the opportunities offered by such a rich and complex context. This study is therefore about how to approach the project in this area, aiming to give value to its many different landscape aspects and attempting to reconsider in general the attitude to urban planning.
The aim of this paper is to underline the currency and modernity of Fernand Pouillon’s method for contemporary architectural practices. In particular, this dissertation analyzes the theory hidden behind Pouillon’s practice, and the motivation influencing the final quality of his works in order to make this method implementable to the current conditions of architectural design related to the management of complexity, buildability and quality of buildings. This paper explains Pouillon’s design process through the case study of Résidence Les 200 Logements, or dwellings, built in Aix-en-Provence between 1951 and 1955. This work represents the turning point experience in the development of a design methodology that Pouillon will use for the following twenty years of his career. The 200 Logements project demonstrates the absolute effectiveness of this design method to achieve a certain quality in all the production phases. By merging technological and humanistic culture, the buildings designed by Pouillon exemplify the possibility of making theory through practice. Intended as “practical theories,” the models and the approaches proposed by Pouillon represent a design method that can still be used today.
Imperviousness is a significant design problem for the future of cities: we must reduce it, redesign it, transform it. This paper argues to insert hydro-terrain thinking to the paved surfaces of cities, instantiating the concept of “rain terrain” that links hydrologic performance across scales, from the raindrop to the region. The City of Chicago is the case study where high concentrations of pavement drain stormwater from the city - resulting in flooding, overflowing and polluting - from the Great Lakes to the Gulf of Mexico. I first share research on the glaciated history of the region, to reveal sandy soil types located in the urban area. I then correlate imperviousness, permeable soils and flooding prevalence to identify a pattern of site opportunity areas in the city. I also propose design practices - through disruptions, interventions and reconfigurations of urban surface - to tap paved-over soils as the basis for a landscape-based urban stormwater approach. In doing so, this paper aims to present a vision for urban transformation, based on specific technical design opportunities within landscape-as-infrastructure.
Chicago, like other major cities, traces its growth back to a connection with water. As the city grew, the river became the backbone of commerce and economic prosperity. However, this thriving resource was not always looked upon with a sense of stewardship and care. In the wake of post-industrialization, much of the manufacturing had moved from the banks of the Chicago River, leaving behind disconnected communities and a polluted riverbed. For nearly two decades, Ross Barney Architects has been working along Chicago’s rivers. These efforts include the design of the Chicago Riverwalk, studies on all 150 mi. [241 km] of riverfront across the city, and an exhibition at the Chicago Architecture Biennial. The goal was to reconnect people with the dynamic and changing life of the river.
Architectural form lives a number of mysterious lives that are characterized by different yet simultaneous temporalities. It has been said that a “secret date” exists between the modern and the archaic, not so much because the modern is fascinated by the archaic but because “the key to understanding the modern is hidden somewhere beneath the timeless and the pre-historical.” The mystery surrounding the intellectual sources in the architect’s work arguably lies in the multifaceted (aesthetic, sociological, political, spatial) relationships it establishes with a multitude of friends - be they artists, poets, or architects - who are responsible for his development and keep feeding his practice, even if long dead.
Climate change requires new approaches to coastal settlements at all scales. The architectural community must respond with solutions not only at the urban scale, but also at the scale of the single-family home, long an integral component of the American dream. The single-family typology has been critical to the exploration of architectural ideas and basic societal needs. With shifting coastlines and rising waters, the relationship between built-form and landscape must adapt without losing the important connection between the building and its site. Equally importantly, the transformation of this building type must be broadly available to communities with a wide range of economic resources. Our firm seeks to meet this need through the use of modular construction with thoughtfully restrained site work that limits the short-term impact on the environment, while providing long-term solutions necessary for acclimating to this changing world.
The main idea behind the Métropole Rouen Normandie headquarters project by Jacques Ferrier Architecture was to unite all the “energy” that is found in this port site in France. While taking inspiration from the paintings of Claude Monet, especially of the Rouen Cathedral, the façades of the building were designed to be able to constantly change color depending on day, season, and time. The design is aimed at maximum efficiency and comfort of the offices inside. An innovative and exemplary building that is also easy and intuitive to navigate.