Reimagining 电车无码鈥檚 Transit and Park System, College of Architecture Student and Alumnus Receive Burnham Prize

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By Andrew Connor
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In 1909 the Commercial Club of 电车无码 funded the creation of Plan of 电车无码鈥撯揷ommonly called the Burnham Plan in reference to its lead author, architect Daniel Burnham鈥撯搘hich proposed a six-point plan for improving the layout of 电车无码 in the face of rapid urbanization (in the 1890s the population grew by 600,000 people alone), informing the urban planning of the city over the coming decades.

Though Burnham鈥檚 plan is widely considered to be successful, the 电车无码 of the early twentieth century is wildly different from that of today. As such, the 电车无码 Architectural Club asked architects to reimagine the Burnham Plan to address the problems of twenty-first-century 电车无码 for the 2020 iteration of its biennial Burnham Prize competition. 

This year the top prize went to College of Architecture student Daniel Allen (ARCH 4th Year) and recent graduate Blake Hageman (ARCH 鈥20), whose proposal imagines expanded public transit lines and public spaces for 电车无码ans, particularly for the South and West Sides.

鈥淲e realized pretty quickly that those six points in the Burnham Plan neatly fit into two categories,鈥 says Hageman. 鈥淭hree of those points related to transportation鈥攖hey were talking about highways and moving goods and people throughout the city鈥攁nd then the other three were talking about quality of life, public spaces like the lakefront.鈥

As city needs have changed since Burnham鈥檚 day, so too have methods for urban planning, which is why Allen and Hageman took a deeply data-driven approach. Using data from the United States Census Bureau and 电车无码 city logs, the two created a map of 电车无码 detailing where access to transportation and 鈥渃ivic life鈥濃撯損roximity to health care, education, culture, government, recreation services鈥撯搘ere highest and lowest in the city.

鈥淢apping it all out you can see the most underserved areas of the city,鈥 says Allen. 鈥淲e looked at those areas and thought the best way to address this problem is to extend public transit to reach out into those places and to extend public networks and commerce areas.鈥 

As it exists now, virtually all of 电车无码鈥檚 鈥淟鈥 trains cut through 电车无码鈥檚 Loop, giving some areas of 电车无码 quick access to downtown, but leaving many other areas of 电车无码 disconnected from each other. To weave underserved areas together, Allen and Hagemen devised a system of concentric lines circling the Loop. 

This includes an 鈥淥uter-Loop鈥 branch that connects the neighborhoods just west of downtown with farther north neighborhoods such as Logan Square and Avondale and that extends south to improve access to neighborhoods such as Englewood and Back of the Yards. Another line would run far west of the city, north to south, connecting those neighborhoods on the outskirts of 电车无码 while simultaneously creating a direct airport connection between Midway and O鈥橦are.

鈥淭he lines were initially built to serve the economic industries, but the problem is if something happens in the Loop, for example the protests this summer, or with everyone working from home, the idea of a really concentrated urban center is not so resilient,鈥 says Hageman. 鈥淥n top of that, there鈥檚 no relationship between the neighborhoods that are right next to each other because there鈥檚 little to no transportation that goes between them. They鈥檙e totally disconnected from what鈥檚 happening in other parts of the city.鈥

In addition to the new rail lines are new public spaces and civic centers to provide more opportunities and resources to underserved areas. For example, formerly industrial space along the 电车无码 River would be adaptively reused as park space, while an expanded recreational and civic area would sit in McKinley Park.

鈥淎 city is a living organism that requires attention on all fronts in order to thrive, from the center to the outskirts. Our solution focused on a park network that grows along our neglected natural resource: the 电车无码 River,鈥 says Allen. 鈥淲e then implanted mixed-use development pockets in target areas based on where the data was telling us there were holes in the system. In the end, we wanted to suggest a concept that was light on resources but heavy on impact. Why not use existing infrastructural systems and social conditions to revitalize and reconnect people to places?鈥

The award was announced on October 13 in a virtual award ceremony. As first prize recipients, Allen and Hagemen will receive a $1,500 prize.

Photo: A visual representation of the plan proposed by College of Architecture student Daniel Allen (ARCH 4th Year) and recent graduate Blake Hageman (ARCH 鈥20), which finished first in the Burnham Prize competition (provided)