Examines ways urban design contributes to distribution of political power and resources in cities. Investigates the nature of relations between built form and political purposes through close study of a wide variety of situations where public sector design commissions and planning processes have been clearly motivated by political pressures. Lectures and discussions focus on specific case studies of 20th-century government-sponsored designs carried out under diverse regimes in the US, Europe, and elsewhere.

Examines the evolving structure of cities and the way that cities, suburbs, and metropolitan areas can be designed and developed. Surveys the ideas of a wide range of people who have addressed urban problems. Stresses the connection between values and design. Demonstrates how physical, social, political and economic forces interact to shape and reshape cities over time.

Students continue to work in their venture teams to advance innovative ideas, products, and services oriented to design, planning, and the human environment. Presented in a workshop format with supplementary lectures. Teams are matched with external mentors for additional support in business and product development. At the end of the term, teams pitch their ventures to an audience from across the school and MIT, investors, industry, and cities. 

Examines innovations in urban design practice occurring through the work of leading practitioners in the fields of architecture, landscape architecture, and urban planning. Features lectures by major national and global practitioners in urban design. Projects and topics vary based on term and speakers but may cover architectural urbanism, landscape and ecology, arts and culture, urban design regulation and planning agencies, and citywide and regional design. Focuses on analysis and synthesis of themes discussed in presentations and discussions.

Examines the complex development of cities through history by tracing a diachronic accumulation of forms and spaces in specific cities, and showing how significant ideas were made manifest across distinct geographies and cultures. Emphasizes how economic, spiritual, political, geographic and technological forces have simultaneously shaped and, in turn, been influenced by the city. 

The course will include travel and fieldwork in Mexico City during Spring break 

The site of Mexico City’s iconic La Feria is to be re-designed as Parque Aztlan - an urban ‘innovation playground’ - a new park/expo typology that combines recreation and education-demonstration programs to celebrate the city’s past and help shape its future. 

Parque Aztlan, located in the heart of Chapultepec, one of the largest urban parks in Latin America, will combine attractions, public/community programs, and demonstration and prototyping sites of diverse scales and kinds (landscapes, objects/structures, short film, VR and more) to raise awareness and inform of Mexico City’s environmental and socio-economic challenges and explore its future urban life and culture. 

This spring’s COLLECTIVES class will be structured as a collaborative research-design workshop involving prominent Mexican architects, planners, city government - ministry of environment, developers, journalists and community members. Building off the MIT SA+P and Leventhal Center for Advanced Urbanism (LCAU) engagement to set up a future city lab for Mexico City, the COLLECTIVES workshop will be organized in two parts: an exposé of present and future challenges the city faces and a design exercise to envision possible interventions, architecture-urban-landscape elements within the park.  

 The course will include funded travel to Mexico City between March 19-24, 2022 to visit the site, selected public projects and engage in discussions with our collaborators. Our work will be showcased as part of Mextropoli in September 2022.

The workshop will include travel to local mills to choose hardwood pieces.
Students work will be showcased at the 2022 International MassTimber Conference.

WARM WOOD is an experimental, hands-on workshop where students will work with solid wood manufacturing processes and hardwood ‘thinnings’—small diameter trees and logs that are typically cleared and left to waste in forest clearing. This workshop will investigate a thermal paradigm shift in architecture, where heating (and cooling) may be provided through and integrated into solid wood (mass timber) radiant surfaces. Foreshadowed perhaps in Archigram’s 1961 proposal for an electric “plug-in” log, we will explore the aesthetics, thermal performance, and possible forms of hydronic, radiant WARM WOOD. This may include—designing the mass plywood Stack as a wood/form composed of layers and densities of hardwood species, pushing the boundaries of what Knot/Not wood can be, and exploring Effective/Defective wood.

The workshop will conduct research on cross-laminated timber (CLT) and mass plywood panel (MPP) manufacturers to understand sustainable forest management best practices and the automated production processes used in these mass timber industries.  Our shared objective will be to engage critical thinking and creative design to explore radiant heating/cooling in mass timber construction as a comfortable, tactile and embodied system with significant aesthetic, energetic and environmental benefits. Students in the WARM WOOD Workshop will create, test and fabricate small-scale wooden ‘hot-objects’ and design proposals for WARM WOOD furniture/infrastructure elements that can be installed for energy retrofits in public housing. Tools will include drawing in section, 3D modelling, heat imaging (thermography) and physical prototyping with local hardwoods and Mass Plywood panels.

This workshop will provide local hardwoods, mass plywood panels, material supplies, hydronic radiant technologies, fittings, and tools to support prototype fabrication by participating students.

We will start with gathering individual research interests per student in the realm of computation with an emphasis on prototype-based experiments, then develop a hypothesis from it, create a preliminary precedent review, derive a design-based experiment to test the hypothesis, evaluate the experiment and summarize the method and results in a technical paper. The process is accommodated by labs that support the development of the computational approach bridging digital and physical using electronics and fabrication to develop prototypes in the sense of embodied computation.

Specific expectations and/or deliverable product resulting from course:

An experimental physical prototype and a technical paper reporting on the design experiment.

The impacts of climate change on World Heritage—from floods in Venice Lagoon to extinction in Galápagos Islands—have garnered attention in a world that has mostly otherwise failed to respond to the urgency of the climate crisis. In UNESCO reports, climate change has emerged as a top threat impacting the conservation of hundreds of heritage sites, with an array of risks including rising sea levels, wildfires, extinction, droughts, air pollution, melting glaciers, material vulnerability, unchecked tourism and the massive displacement of communities.

What world and heritage are possible through the climate crisis? Heritage sites are designated for their natural or cultural significance, considered to be of outstanding universal value, and protected for the benefit of future generations. However, the climate crisis renders it unclear what that future is and how to curate a world with inherent uncertainty and disaster. At a moment when the promises to arrest or reverse further decay are unsustainable in the face of planetary destruction, what are other possible experimental preservation practices—material and semiotic—both to live on a damaged planet and, to imagine other worlds that are possible, urgent, and necessary? How to devise a plot, how to give it a certain direction or intent of meaning, when climate change actively eludes, confounds, and evades narrative closure?

How do designers inherit a world in crisis?

“Climate Inheritance” is a design research and speculation workshop that investigates how to conceptualize, visualize, project and narrate the impacts of climate change on World Heritage.

The work is along the three axes below;

1. Construct: interdisciplinary conceptual framework and experimental design practices; including Caitlin DeSilvey, Rodney Harrison, David Gissen, Lucia Allais, Superstudio, Jorge Otero-Pailos, Amy Balkin, DAAR (Sandi Hilal and Alessandro Petti), Azra Akšamija, Krzysztof Wodiczko, Bryony Roberts.
2. Represent: visual atlas of World Heritage and Climate Change from UNESCO reports and data sets. Diagrams, and architectural chart primary climate factors affecting such properties and existing adaptation strategies. [Collaborative. See WORKac, 49 cities]
3. Project: Each student selects and researches an existing World Heritage site impacted by climate change (its history, mediatic “aura”, etc.) to propose a speculative future narrative in three drawings. [Individual. See DESIGN EARTH, Climate Inheritance]

Augmented Historical Pedagogies: Tiergarten’s Hidden Urban Narratives is a collaborative workshop bringing together three institutions: the MIT Department of Architecture, the Institute for Architecture at TU  Berlin, and The Faculty of Architecture and Town Planning at the Technion, Israel Institute of Technology. The collaboration will foster a VR- and AR-based, interdisciplinary study of the Tiergarten, Berlin’s largest park and a site which has undergone unique historical transformations. Because of its complex history, not just in field of architecture and urban planning, but also within the history of film, literature, politics, zoology, hydrology, and botanics, Tiergarten is an exemplary location for a critical exploration of the ways through which urban history is written and produced.

In addition to engaging with the site’s history through readings and archival research, students will use advanced simulation techniques–such as environmental sensing, laser scanning, and photogrammetry–as well as game engines, and produce immersive representations of Tiergarten. These projects, virtual- and augmented-reality installations, will be conceived as digital spaces that present the multiplicity of the park’s historical narratives through a variety of mediums, techniques and materials. The aim is not to make a passive reconstruction, but to use these digital spaces as the sites for insightful historical investigations. The final results, a collection of virtual tours and ‘incisions’ through the layers of knowledge and representation, aim to provoke discussion not just about Tiergarten’s past, but also about a re-envisioned future.