What makes a city “smart?” What makes it “fast” (in terms of economic growth)? What are the comparative benefits of each? How can a smart city get fast and a fast city get smart?

Reading about the 10 “smartest” cities in North America reminded me of from a few months ago about the fastest growing cities in the U.S. I couldn’t help thinking of the children’s fable about the tortoise and the hare.

Forbes’ list of the fastest was driven by financial indicators alone, not taking into consideration some of the social and infrastructure lenses that Fast Company’s smartest list calibrates.

The most striking observation is that the three fastest-growing cities on Forbes’ list are all in Texas while the “smartest” lists don’t recognize any of these cities. Perhaps that is because the “smartest” list includes Canada. And what about Utah and Arizona? What makes fast-growing Provo and Salt Lake less “smart”? While we cannot predict booms and busts it made we wonder if part of the reason to be smart verses fast is so that a city’s growth is smooth and sustained.

The two cities that are common to both lists are Seattle and Portland—both cities in the U.S. Pacific Northwest with a high focus on sustainability and driven by a significant tech sector economy. Portland is famous for being the first city in the United States to eschew federal transportation dollars for urban highway improvements. As a result they now have one of the most transit-rich urban cores in the world. Portland has also seen an uptick in manufacturing (Streetcars and Bicycles) as well as white collar jobs associated with the Portland sustainability brand.

Houston, a city I called home for six years, is famous for its sprawl. Since recruiting a sustainability director, Laura Spanjian, from San Francisco, there have been advances in major policy initiatives. Yet the lack of comprehensive planning (the city still operates with “super neighborhood area planning” or SNAP) results in a disjointed development pattern in which the large development areas are not aligned with connective transportation infrastructure. The resultant traffic and decaying urban fabric separating the improved SNAP neighborhoods would suggest that it will be wise to focus on growing smarter.

San Francisco is one of the top 10 “smart” cities yet it sits at number 14 on the “fast” list. Efforts at fast tracking pro-business tax policies have catalyzed a rapid influx of technology to downtown San Francisco, which should speed the city’s rise on the fast list. Meanwhile its challenges with affordability could challenge its standing as the #2 “smartest” city.

“Top Ten” lists are always fun to read, but comparing different methods of ranking makes for thought-provoking analysis. Like the slow and steady tortoise, the long-term-looking city may see the more sustainable growth. Yet the tortoises will need to get more agile in the short term to stay competitive.

Stephen Engblom (stephen.engblom@aecom.com) leads 91Ӱ��’s Design, Planning + Economics practice in the Americas.

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Paul Griesemer, an architect with 91Ӱ��, has worked on numerous NFL stadiums and sporting venues, including the redevelopment of Lambeau Field and the post-Katrina renovation of the Superdome in New Orleans. He reflects on the key home-field advantage elements created by the 91Ӱ�� team that designed Centurylink. “Having the most compressed footprint of any NFL stadium concentrates fan noise.��The partial roof shades 70 percent of spectators and reflects noise back onto the field. The steel stands of the ‘Hawks nest,’ the stadium’s signature seating bowl element, amplify foot-stomping.”

Over a ten-year period, ESPN reported that opposing teams in Seattle had the most false-start penalties of any open-air stadium. Noise levels from the stadium have been recorded by seismographs at comparable levels to a mini-earthquake.

“Beyond creating a home-field advantage, the stadium was designed to be a connected part of the city and urban fabric,” said Griesemer. “For instance, the bowl design creates a sight corridor to downtown, one of many aspects that make the stadium central to Seattle and that contribute to an exceptional fan experience.”

Jake Herson (jacob.herson@aecom.com) is managing editor of the Connected Cities blog.

The post CenturyLink Field’s design advantage appeared first on Blog.

Paul Griesemer, an architect with 91Ӱ��, has worked on numerous NFL stadiums and sporting venues, including the redevelopment of Lambeau Field and the post-Katrina renovation of the Superdome in New Orleans. He reflects on the key home-field advantage elements created by the 91Ӱ�� team that designed Centurylink. “Having the most compressed footprint of any NFL stadium concentrates fan noise.��The partial roof shades 70 percent of spectators and reflects noise back onto the field. The steel stands of the ‘Hawks nest,’ the stadium’s signature seating bowl element, amplify foot-stomping.”

Over a ten-year period, ESPN reported that opposing teams in Seattle had the most false-start penalties of any open-air stadium. Noise levels from the stadium have been recorded by seismographs at comparable levels to a mini-earthquake.

“Beyond creating a home-field advantage, the stadium was designed to be a connected part of the city and urban fabric,” said Griesemer. “For instance, the bowl design creates a sight corridor to downtown, one of many aspects that make the stadium central to Seattle and that contribute to an exceptional fan experience.”

Jake Herson (jacob.herson@aecom.com) is managing editor of the Connected Cities blog.

The post CenturyLink Field’s design advantage appeared first on Blog.