From Personalized Climate to Trash Trackers, Researchers Explore Radical Redesign of Cities
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Imagine a room “smart” enough to know just how hot or cold you’re feeling throughout the day. Better yet, imagine that this room is capable of regulating the bubble of air around you to the perfect temperature for maximum comfort. No more sweaty summer days or icy winter mornings at the office. It’s almost like a dream come true, right?
MIT’s Senseable City Laboratory has designed a localized-heating technology coined, “ Local Warming,” that does just this. As if out of a science fiction novel, the lab’s new technology is able to measure individual building occupant’s personal temperatures in order to adjust their ambient heating levels accordingly. The technology makes use of WiFi-based motion sensing and ceiling-mounted dynamic heating elements to provide direct heating or cooling to indvidual occupants of a building.
Beyond solving the perpetual workplace sweater-weather struggle, the lab’s design also drastically cuts down on wasted energy. Since commercial buildings account for over 20 percent of US energy consumption, highly-localized heating can reduce both carbon emissions and utility costs.
The Local Warming venture is just one among a diverse set of projects in the Senseable City Lab’s portfolio, each of which challenge the status quo of urban design. Inspired by the democratizing effect of user-controlled social media technologies and open source data networks, this pioneering lab’s researchers are looking to build sustainable cities by engaging with, and empowering its denizens.
Why such a focus on cities? You may ask. Well, because now, for the first time in anthropological history, more than half of the human population lives in urban as opposed to rural landscapes. And because more and more urban dwellers have access to, and are using, hand-held smartphones and other mobile devices.
“I think architecture means reinventing the interface between people and the outside world. New technologies have a key role in this process, as they are giving us the true possibility to control and manage our cities in a more intelligent way, and to improve our lifestyle,” says lab director Carlo Ratti.
The lab’s Copenhagen Wheel, for example, transforms a regular bicycle into an interactive, hybrid “e-bike.” This fashionable wheel is controlled through the cyclist’s smartphone and maps out pollution levels, traffic congestion, and road conditions in “real-time.” It also gathers data on the cyclist’s surroundings, including road conditions, carbon monoxide, nitrous oxide, noise, temperature, and humidity levels. This data can be shared with friends or, if the user chooses, with all the cohabitants of his/her city.
Inspired by the New York City Green Initiative, another of the lab’s projects, TrashTrack, similarly looks to gather useful data on urban landscapes. Small, mobile trackers are placed on discarded parcels of trash to digitally map what the Lab terms, the “removal-chain,” of metropolitan refuse.
These projects are, in a way, more about capturing what you don’t see. The power of the lab’s sensory technologies lies in their capacity to reveal and share information about urban areas on a scale that was previously unimaginable.
“Over the past decade, digital technologies have begun to blanket our cities, forming the backbone of a large, intelligent infrastructure,” Ratti says. In combination with growing open source databases, urbanites have more opportunity to understand and directly contribute to the design of metropolitan areas. “Our cities are quickly becoming like ‘computers in open air,’” Ratti says.
A crucial component that connects each of the lab’s projects, Ratti stresses, is collaboration. This collaboration extends beyond the mere collection of data from smartphones, and into the realm of urban planning itself. Ensuring public involvement within the design process is key for building what Ratti calls, “our common urban future.” This is where some of the research team’s most recent work comes into play.