The Future of Urban Design: A Conversation with an Architect

The speaker, an architect and urban designer from Brooklyn, New York, discusses the challenges of urban design where only half of the process can be controlled. They emphasize the importance of community involvement in shaping cities and the use of detailed models to envision the best possible city.

The speaker highlights the role of speculation in urban design, mentioning examples like jetpacks and flying blimps. They stress the need for community consensus to turn speculative ideas into reality, drawing parallels to the development of smartphones inspired by science fiction.

At MIT, the speaker worked on a project involving a city car designed for urban environments, not centered around automobiles. The car was compact, had an articulating frame, and was part of a larger vision for reimagining interactions within cities.

The speaker discusses the concept of 'hug and kiss' Lam cars, soft omnidirectional vehicles designed to move in flocks and clusters within cities. These vehicles were envisioned to interact with each other and the urban environment, addressing issues like vehicle density and energy consumption.

The speaker reflects on the broader implications of urban design beyond cars, focusing on energy systems in cities. They mention the importance of absorbing energy on the fly and managing peak demands to create more sustainable urban environments.

The speaker defines the ideal urban designer as someone deeply engaged in narratives about cities, emphasizing the importance of thinking and community involvement. They reference historical figures like Jane Jacobs and Robert Moses, highlighting contrasting approaches to urban planning.

The speaker mentions the role of urban designers in communicating city developments to the public, citing the example of Occupy Wall Street as a significant urban issue that required effective communication to address.

Manhattan commands 11.5% of the GDP in the United States, with a graph showing the population distribution and GDP production. The Wall Street area stands out with individuals producing an average of $1.2 million each, significantly higher than other areas in the city.

A physical model, resembling a phallic shape, symbolizes the amount of money produced in Wall Street. The model consists of 8,500 plastic white people, highlighting the wealth gap and economic productivity in cities.

Cities historically originated for spiritual or military defense purposes, evolving into industrial cities focused on commerce. Skyscrapers became symbols of corporate success. The concept of the smart city, with interconnected systems like waste-to-energy plants, represents the future urban landscape.

Urban projects aim to integrate nature into cities, creating eco-friendly environments. Initiatives include repurposing military vessels as barriers or buffer zones, allowing for the coexistence of nature and urban life. Examples include sinking ships to absorb river sediments and creating shared spaces for both nature and the city.

The Brooklyn Navy Yard, a former military installation, is being reimagined with projects like dry docks repurposed for multiple uses. The focus is on creating blurred boundaries between water, landscape, and architecture, fostering zones for phytoremediation, job creation, and industrial revitalization.

Discussing a large-scale urban planning project that merges physical architectures with the landscape and water. The plan includes zones for clean tech manufacturing and green spaces that serve as productive areas, supplying vital needs for cities. The project, known as the fab rehab, involves using ancient technology like pleating, grafting, and osculit to create homes from living trees, emphasizing the importance of waiting for sustainable growth. The model showcases a village of homes that fit locally into the ecosystem, challenging traditional carpentry methods and highlighting the need for a new connection to nature.

Addressing the issue of waste management in New York City, where 38,000 tons of trash are produced daily. Proposing the 'one hour Tower' project to visualize the amount of waste generated in one hour, larger than the Statue of Liberty. Exploring the use of mycelium to create intelligent bricks from cellulosic matter in landfills, potentially producing public spaces or architectural structures. Discussing the possibility of constructing a 53-story tower daily from waste materials, emphasizing the need to rethink waste streams and promote sustainable architecture.

Introducing interactive waste awareness initiatives, such as Follies made from waste materials and equipped with QR tags to inform people about their city's waste production. Deploying wall-e like robots with QR tags in public squares to educate individuals about waste generation and potential solutions. Illustrating a scenario in Darmstadt where sanitation workers initially mistook the project for garbage, highlighting the importance of raising awareness and promoting sustainable practices.

The speaker discusses exhibition projects in New York, including one for the Metropolitan Museum of Art showcasing a 30-second display of waste, and another interactive display for the New Museum outside with a storefront for art and architecture. Children were allowed to recycle the projects, providing an engaging experience.

The speaker presents future urban design challenges related to cities, biology, population, and socio-ecological aspects. With a projected massive population increase in the next hundred years, the speaker emphasizes the need to communicate this growth effectively. Graphs show the expected population growth, with over 11 billion people projected by 2050, highlighting the importance of planning for urban expansion.

The speaker introduces a population growth model inspired by Buckminster Fuller, aiming to view the entire globe as one city. A large sculptural model is created to explain population growth, with different dowels representing scales, sizes, and population changes. The model provides insights into the expected areas of population growth and decline, emphasizing the dynamic nature of urban centers.

Collaborating with Dr. Oliver Matt Vedic, the speaker explores a biological urban design approach using E. coli bacteria as a model for future cities. By zooming into 25 of the densest cities on Earth, the speaker designs them with E. coli to simulate population shifts and growth. The genetically modified E. coli bioluminesces under LED light, demonstrating a unique perspective on how biology can inform urban planning.

The speaker showcases Istanbul's population density changes over a hundred years, illustrating a new approach to urban design. By experimenting with biological models and emphasizing the interconnectedness of biology and urban life, the speaker explores innovative ways to understand and plan for the growth and evolution of cities. This approach offers a fresh perspective on urban design challenges and opportunities.