Merely to think about cities and get somewhere, one of the main things to know is what kind of problem cities pose, for all problems cannot be thought about in the same way.
– Jane Jacobs, The Death and Life of Great American Cities, Chapter 22, “The kind of problem a city is.”

While we have begun to understand the interconnected properties of our cities, we still lack the tools and methodologies to engage cities as designers along the grain of these insights. This has consequences not just for the inclusion of physical factors at different scales, but also to the lack of influence of those most affected by climate change on design for resilience in their communities.

In this workshop we will explore digital tools and methodologies to conceive distributed, environmentally validated design proposals, connecting principles behind urban networks with systematic design and evaluation of a large number of distributed design interventions. We will introduce Local Software, a set of tools and workflows to imagine, evaluate, and implement networked urban designs by connecting GIS and parametric CAD software.

The course will provide a critical introduction to computational tools and approaches for urban design. Students will familiarize themselves with design workflows that integrate geospatial information, parametric modeling, and geospatial modeling to develop networked urban proposals. We will also discuss the conceptual, social, and political framework for such networked action in urban environments.

In the workshop, we will be engaging with Green City Force, an AmeriCorps program that engages young adults from New York City Housing Authority (NYCHA) communities in environmental service. The workshop will begin to prototype a set of distributed interventions – ‘eco-hubs’— across NYCHA properties. NYCHA sites represent a distributed landscape throughout New York City whose population approaches that of Atlanta, and which are in areas of the city most vulnerable to the effect of climate change. Participating students will have the potential to apply to join this ongoing collaboration after the conclusion of the workshop as well.

Open to DUSP and Architecture students, others by instructor permission as well.

For more information email Carlos Emilio Sandoval Olascoaga.

The design of urban environments. Strategies for change in large areas of cities, to be developed over time, involving different actors. Fitting forms into natural, man-made, historical, and cultural contexts; enabling desirable activity patterns; conceptualizing built form; providing infrastructure and service systems; guiding the sensory character of development. Involves architecture and planning students in joint work; requires individual designs or design and planning guidelines.

On Vessels is a studio concerned with architecture as an act of subtraction and the articulation of voids, rather than a process of addition and the making of objects. Space-making will be conceptualized as acts of removal, displacement, carving, sculpting, excavation, and erosion of material in contrast to the more typical methodologies associated with building; those oriented toward the assembly and orchestrations of parts, products, and constructions systems. The studio will find inspiration outside of the western cannon of architectural precedents in order to ground the studio’s research in, for example, industrial designed objects, works of land-art, and subterranean spaces not typically deemed “architectural.” At the outset of the studio, we will explore the “vessel” as a conceptual model for the containment of space, that will expand the way we imagine the shaping of space at an architectural scale.

The emphasis on the designing of voids is, in significant part, a pedagogical apparatus to draw focus to, and bring new modes of formal/figural rigor to, a relatively yet-undisciplined (this term to be unpacked and debated throughout the semester) realm of form-making in subterranean architecture. Historically, underground space-making has been informed by industrial, utilitarian, militaristic, apocalyptic, and sacred motivations. The studio will eschew programs that are deterministic and/or singular in their means to generate underground space, and instead identify programs that are more more pliable, ambiguous, and enigmatic in order to prompt students to develop new forms of discipline/guiding principles for the designing of voids.

Another important aspect to the pedagogical apparatus of the studio is the aim to distill the architectural problem to fewer, yet-more-fundamental, layers of consideration within architecture studio pedagogy. On Vessels is a studio intended to focus students’ attention and effort on the conjuring of form, light, experience, atmosphere, and the engagement with myriad modes of representation that will aid in bringing students’ imaginations to life. Although this studio is one which is ultimately concerned with voids, the studio will be heavily invested in the modeling of objects as a way to depict the voids students are conceptualizing, designing, and developing. The reciprocal relationship between the making of casts and the making of molds/formwork will provide a conceptual space within which students will revel during the testing of, the rehearsal of, and the refining of underground worlds.

This studio will design audio-focused building interventions, focusing on sites near or around the traditional territory of the Wampanoag Nation. We will consider site and landscape as narrative mediums. In the same way that we think of museums, galleries, monuments and archives as vessels of knowledge, we will equally acknowledge the stories that exist outside of them. We will inquire into the existence of counter-narratives in the land around us that require new forms of interpretation, display, and communication. This studio will emphasize site analysis, the development of building drawings, and the expression of an architectural character that intervenes in the physical environment, while incorporating an education in the fundamentals of electronics and acoustics. Students will learn how sound reproduction works, how to build circuits, and design and build loud-speaking architectural models. The studio will be divided into weekly topics including soundscape ecology, acoustic epistemology, oral history, digital materiality, and others. Screenings, readings, and discussion are supported by hands-on workshops in capturing, manipulating, and reproducing sound for integration into architectural models. The live remix, as both media state and storytelling technique, will be employed as a presentation methodology as the studio will culminate in a listening party of architecture’s ghost stories.

“The birth of the body in the 17th century also marked its end, as the concept of the body would cease to define a specific organic reality, and become instead a political signifier of class relations, and of the shifting, continuously redrawn boundaries which these relations produce in the map of human exploitation.”

Silvia Federici, Caliban and the Witch

Half a century ago the U.S. Supreme Court ruled that the Constitution of the United States protects a pregnant woman's liberty to choose to have an abortion, a landmark decision known as Roe v. Wade. Throughout the past 50 years the decision has been challenged continuously, a tug o' war between different actors, instead of being firmly cemented as a human right and health care issue, culminating in the last decade in a particularly effective political tool. Today Texas, the second largest state and home to 30 million people (a size equaling half the population of Italy), succeeded in banning abortion. There are six additional bans that have been signed into law but are not currently in effect in Alabama, Georgia, Kentucky, Mississippi, Missouri and Ohio. Yet According to the WHO (World Health Organization) restricting legal access to abortion does not decrease the need, but increases the number of womxn seeking illegal and unsafe abortion. Nearly a fourth of womxn in America will have an abortion by age 45, yet 6 states have only one abortion-care provider, an emergency situation which falls especially hard on people with low incomes. 

What does Space have to do with it?

Given Roe v. Wade, politicians have been seeking round-about ways of banning abortion, as they were unable to do so directly. Space became a primary weapon in the Texas Omnibus Abortion Bill, known as HB 2, signed into law in 2013, which required all abortions to be done in ambulatory surgical centers. Essentially mini-hospitals, these spaces have very specific code requirements regarding width and size of spaces, mechanical equipment and others. This automatically disqualified most if not all Planned Parenthood and other clinics. The entire established medical profession, both in Texas and nationally, disagreed that such provisions were necessary. The law faced immediate legal scrutiny, and in July 2016, the United States Supreme Court held some parts of the law to be unconstitutional in its decision on Whole Woman's Health v. Hellerstedt. 

“When a State severely limits access to safe and legal procedures, women in desperate circumstances may resort to unlicensed rogue practitioners. ... Laws like H. B. 2 that 'do little or nothing for health, but rather strew impediments to abortion' cannot survive judicial inspection.” 

Ruth Bader Ginsberg, Whole Woman's Health v. Hellerstedt

In addition to codes, the clinics have become a quite literal battle ground and both people seeking healthcare services, as well as healthcare providers are harassed and attacked by protesters who disagree with one’s choice over their own body. What should be a routine gesture in any developed country, let alone the richest in the world, that of seeking medical care, is more dangerous before one makes it to the door of the clinic, then anything happening inside. Nobody should be persecuted for seeking medical care, and nobody providing care, either. This results in added costs, stress or outright inability to access medicare care to those most in need and with the least resources, as well as severely limiting the day-to-day activities of abortion clinics and in time require them to shut down.

The studio will be working in partnership with sexual health care clinics in the US that struggle to exist within the restrictions in order to examine how law and space interact, understanding the ways in which space is being weaponized against the body.

Studio Focus
Carbon Cycle , Bio Systems, Dwelling, Hydrogen, Composite Production, Energy/Climate Policy/Principle, Carbon Nanotube, Carbon Foam, Numeric Command Machining, Finite Element Analysis, Life Cycle Analysis, Parametric Modeling, Automated Production, Integrated Services, Anti-Tectonics, More from Less

CarbonHouse is an on-going research initiative funded by ARPA-e (the Advanced Research Projects Agency of the US Dept of Energy) that involves MIT and 9 groups of international scientists, researchers, composite fabricators, all focused on emerging forms of Carbon for their holistic use in benign, high-performance buildings. The lead MIT architecture team is tasked with inventing a new material/production potential as a means to supplement hydrogen production at vast scale: only the building sector is held to be able to absorb carbon at the scale of C21 projected global energy production, with renewables seen as falling well short of global demand. 

In Towards a New Architecture, le Corbusier gave vision to steel and concrete buildings, evidenced in elegant pioneering prototypes (Villa Savoie, Phillips Pavilion, etc). The studio will be tasked with imagining a now-carbon material paradigm, similarly learning from boats and planes, but deploying the brilliant 6th element for its full architect potential, uniquely polyvalent and vividly polyfunctional. 

The site will be the arctic coastline of Norway's stunning but desolate Lotofen archipelago, recently subject to a government moratorium on exploratory drilling for oil owing to the environmental activism of young Norwegian activists, yet poised atop the vast oil and gas reserves that have supplemented the enviable lifestyle of the small Scandinavian populace. The history of the region is animated by successive commercial exploitation of natural resources, from fish to timber to whales and now to hydrocarbons, each time facing economic hardship as reserves have been depleted, often being forced to innovate to remain competitive. Here we seek innovation well in advance of depletion in response to the looming environmental threat posed by hydrocarbons: we seek to build-with rather than burn the precious organic legacy.  

You will devise a research institute, akin to the Aspen Institute (humanitarian issues), the Rocky Mountain Institute (Energy/CO2 Policy) or the Salk Institute (Biomedical Research) — all serene research retreats that have exerted profound influence on their respective fields. But this will be a Center For Biogeochemistry In The Anthropocene (CBA), looking to instantiate a carbon architecture as a means to lock carbon in solid form to help restore the magisterial but increasingly fragile carbon cycle described by the Norwegian biologist, Dag Olav Hessen, who heads the CBA Center. It is poignantly sited in an evidently fragile and despoiled ecosystem.  

This past century we have seen skyscrapers proliferate throughout cities worldwide. The realities of climate change, the global pandemic, the drive for renewable energy and their corollary in high-performance, energy efficient electrified buildings has precipitated a massive unprecedented movement towards the comprehensive repositioning of skyscrapers. Whether necessitated by obsolete and failing mechanical systems and building envelopes, by structures that require remediation and augmentation, by spaces and environments that are outdated and fail to meet contemporary market expectations — there are now powerful cultural, technical and economic forces that have catalyzed the need and desire for the radical transformation of existing tall and large-scale buildings. A global design and construction industry has emerged around the world to meet these fascinating opportunities.

15 minutes southeast of MIT (a short trip on the #1 bus plus a bit of walking) is a Roxbury neighborhood of mostly small residential houses, white and pastel colored—­wooden New England triple-deckers and some single-story, single-family homes—as well as a few brick apartment buildings. At the time when other parts of Roxbury, Mattapan and Dorchester were hit hard by the housing and market crisis in 2007-2009, the area around Dudley Street fared well. Here, in the urban triangle governed by the Dudley Street Land Trust (Dudley Neighbors Incorporated-DNI) and the Dudley Street Neighborhood Initiative (DSNI), relative resilience to the housing market dive was secured by the existence of over 200 “permanently affordable” housing units provided in the form of those single-family (as well as multi-family) structures. They are owned in a particular way, as stipulated by the Dudley Street Land Trust, such that the Trust continues to own the land underneath them in perpetuity, while the equity to owners accrues more slowly than elsewhere. Both mechanisms enable the land trust and DSNI to develop the neighborhood without displacing its inhabitants and thus (with their collective involvement) stave off gentrification. There is also a lovely park, a community green house, an urban farm as well as commercial and non-profit spaces. It might be hard to grasp the importance of all this from street-view, but the “radical imagination” convened for the formation of DSNI and DNI in 1984 is legend for a reason—important not only for what it has already achieved, but also for what it continues to effect.  

From the 1950s to 1980s, this part of Roxbury, the heart of Boston’s African American community, suffered the dire consequences of redlining, the Federal Housing Administration’s discriminatory mortgage insurance policies, swindling contract mortgages, widespread vacancies, and neglect. In response, this trailblazing campaign, led by the inhabitants of this corner of Boston and the sustained political organization (and commitment) that followed, seeded and now maintain this particular US model of social ownership and urban stewardship.

The Collective Architecture Studio will work to understand, internalize, and celebrate this model as we begin to work alongside DSNI and its partners: The Food Project and The Boston Plan for Excellence.

There was a saying, I want to call it an “old saying” the way science fiction author Kim Stanley Robinson did recently in his The Ministry of the Future, that it is easier to imagine the end of the world than to imagine the end of capitalism. This notion, now part of Leftist folklore, attributed alternatively to Fredric Jameson and Slavoj Žizek, was also important for Mark Fisher’s framing of “capitalist realism”. Fisher was concerned with the “widespread sense that not only is capitalism the only viable political and economic system, but also that it is now impossible even to imagine a coherent alternative to it.” What he calls “capitalist realism” is precisely the naturalization of this notion; that the politically mutable has become immutable. A few years after Fisher’s (2009) writing on the topic, many cataclysmic climate events later, and two years into the global pandemic that has locked us down, the cliché seems to have grown teeth and started biting. Thankfully, alternative models like Dudley Street do exist, and it is precisely within the logic of capitalist realism to ignore them, but each of them is—like Dudley Street—real, tangible, specific. We, and by “we” I mean members of the discipline of architecture, who want to transform the status quo, look for ways to sidestep the naturalizing force of “capitalist realism” (and of the market). Those of us in the Collective Architecture Studio need such alternative models to fuel the rewriting of architectural and pedagogical values. These values are vital precisely because they are not merely figments of an imagination, though they had to start that way.

Architecture has had (and will continue to have) an important role in the work of DNI and DSNI, always constrained by the financial realities of DNI and its partners. The Food Project and the Boston Plan for Excellence are considering different ways of expanding their activities and collaborating on a food and neighborhood social hub, and we will work with them to offer architectural proposals and systemic hacks that support their missions.

We will begin by constituting an archive of alternative modes of city- and architecture-making out of the Dudley Street experience and history, as well as from other US land trusts, including among them lessons from cooperative ownership and living elsewhere. With these we will consider architecture’s role in various forms of commoning, caring and surviving. Like in its first edition, the Collective Architecture Studio will experiment with forms of group authorship. For this, too, we will tap into important local examples. Collective authorship is not easy, the studio will both study it, and perform experiments (on itself) about it.

Every student will participate in the constitution of our studio’s own archives, work and broadcasts. We will read, plan and play together. Everything we make (including our building proposals) will also function as critical broadcasts, catalyzing discussion and/or revelation among our projected audiences. Commitment to the collective (in the studio organization and as a topic of investigation) and architectural follow-through are critical components of each individual student’s, as well as the Collective Architecture Studio’s, success.

1. Deep dive into the history and archives of DNI and other land trusts, which we will share in the form of interactive broadcasts.
2. Research on Collective Authorship in Architecture and production of (physical and digital) tools for working together.
3. The Food Project (mission, operation, and context) research and production of Architectural Proposals for the Dudley Miller Park site, as well as for Adaptive Reuse sites that we identify.

If you are thinking about this studio, or have time for and interest in reading some SciFi novels before the semester kicks off, here are some recommendations:

• Octavia Butler’s: The Parable of the Sower (1993), The Parable of the Talents (1998)
• Kim Stanley Robinson: The Ministry of the Future (2020)

• Marge Piercy: Woman on the Edge of Time (1976)

See reference article.

The proposal of the studio builds upon Amazonia Studio 1, carried out last year, which engaged the archaeological site of Monte Alegre in the State of Pará in the Amazon region. That previous studio relied on the participation of archeologist Edithe Pereira, who has been researching Monte Alegre for three decades, and Raoni do Vale, who researches rupestrian inscriptions (rock markings) with an anthropological lens and indigenous researchers. In addition, we had the support of the University of Manaus, through Professor Marcos Cereto.

The accumulation of information gathered in the last year, primarily through our guests' lectures, as well as the collection of projects developed by the students during the studio for the Monte Alegre site, combined with the wealth of archaeological information organized by the Museu do Homem Americano, FUMDHAM in Serra da Capivara, make it now possible to advance the elaboration of architectural propositions in this significant frontier between artifacts and landscape, architecture and geomorphology, between the vastness of archaeological time and the immediacy of our environmental urgencies.

Site

The Serra da Capivara National Park — created in 1979 and expanded in 1990 — is located in the south of the state of Piauí, on the eastern margin of the Brazilian Amazon, just outside the Amazon biome. With an area of 135,000 hectares, the park is surrounded by the municipalities of São Raimundo Nonato, to the south, Coronel José Dias, to the southeast, João Costa, to the northeast, and Brejo do Piauí, to the northwest. The park is located between two important hydrographic basins, 100km north of the Sobradinho dam lake, on the São Francisco river in state of Bahia and 250km south of the Nova Esperança dam lake, on the Parnaíba river on the border between the states of Piauí and Maranhao.

Fosters a holistic understanding of the architectural-building cycle, enabling students to build upon the history of design and construction to make informed decisions towards developing innovative building systems. Includes an overview of materials, processing methods, and their formation into building systems across cultures. Looks at developing innovative architectural systems focusing on the building envelope. Seeks to adapt processes from the aerospace and automotive industries to investigate buildings as prefabricated design and engineering assemblies. Synthesizes knowledge in building design and construction systems, environmental and structural design, and geometric and computational approaches.