OMA Unveils Stunning Design for Jojutla Bridge, Redefining Infrastructure in MexicoOMA Unveils Stunning Design for Jojutla Bridge, Redefining Infrastructure in Mexico

OMA Unveils Stunning Design for Jojutla Bridge, Redefining Infrastructure in Mexico

Shou Bin Chai
Shou Bin Chai published News under Architecture on
Team2122023 03 23T05 11 04 908454

The 2017 earthquake in Jojutla de Juárez, Morelos, caused severe damage to the city's infrastructure, including the Apatlaco River, which was one of the most affected areas. The earthquake revealed the brittle infrastructure of the city, leaving many houses and buildings vulnerable to collapse due to their weakened structure. The major drainage line of the city running over the river also suffered persistent fractures, and the preexisting lack of access to cross the river was exacerbated by the destruction of a main bridge, severing mobility. The absence of intervention along the river edges also left the surrounding neighbourhoods vulnerable to flooding.

Team2122023 03 23T05 11 15 727452

In response to the disaster, OMA New York designed a bridge to facilitate a much-needed link between currently disconnected communities and create a new commercial axis, transforming the Apatlaco River into a community resource rather than a threat. The bridge is bent into a shape that dodges private properties, crosses the river twice, and anchors itself to three distinct points of the city: Panchimalco, a colony south of the municipal capital; the blocks at the bottom of Pacheco alley, in close proximity to the historic centre; and the Juarez neighbourhood, the most central but most damaged by the earthquake.

Team2122023 03 23T05 11 28 525305

The bridge's form is akin to a large I-beam, giving way to a double-decker concrete structure. Its upper deck simultaneously provides a higher datum in anticipation of water level rise and shade for the dedicated pedestrian and bicycle paths below. The "flanges" allow for a wide surface for occupiable spaces in addition to mobility. Along the entire length of the bridge, the I-beam’s “web” is perforated, with habitable openings of various scales that operate as undefined spaces, benches, stairs, and doors accommodating a diversity of activities, pace, and access. Windows open up the bridge to its surroundings and frame the landscape around it.

According to Shohei Shigematsu, OMA Partner, the Jojutla Bridge aims to restore infrastructure as well as the spirit of community. Its two datums simultaneously reconnect not two, but three, fractured neighbourhoods, anticipate disasters beyond earthquakes by mitigating potential flooding, and provide new amenities to revitalize people's relationship to a river that's currently feared or overlooked. The bridge's design shows the importance of incorporating public spaces and resources into resiliency design, especially as natural disasters become more frequent and their impacts are more wide-ranging.

Team2122023 03 23T05 12 02 924168

Established in 2001, OMA New York is responsible for OMA's operations in the Americas and has overseen the successful completion of several buildings across the country. Shohei Shigematsu is a Partner at OMA and has led the firm's diverse portfolio in the Americas for over the last decade. In addition to the Jojutla Bridge, Sho's urban and public space designs around the world include a post-Hurricane Sandy urban water strategy for New Jersey, the ReefLine underwater sculpture park of artificial coral reef along Miami Beach, a city-integrated mixed-use village for Facebook in Menlo Park, and a masterplan for a civic centre in Bogota, Colombia.

Team2122023 03 23T05 12 12 506390

The Jojutla Bridge's design creates a new commercial axis that serves as a connector of disparate communities. The bridge provides opportunities to incorporate a linear park, plaza, and market, encouraging economic growth and social interaction. The bridge's double-decker structure also provides shade for the dedicated pedestrian and bicycle paths below, making it more comfortable for people to cross the bridge, even in the hot sun. The perforated I-beam's web accommodates a diversity of activities, pace, and access, allowing people to use the bridge for various purposes and at their own speed.

© Press release and images Courtesy of OMA New York

Share your ideas with the world

Share your ideas with the world

Write about your design process, research, or opinions. Your voice matters in the architecture community.

Comments (0)

No comments yet. Be the first to comment!

Similar Reads

You might also enjoy these articles

publishedNews6 days ago
Zhuxi Wonderland: Reimagining Traditional Chinese Gardens by Doarchi Architects
publishedNews1 week ago
Doble Soga House: A Contemporary Brick Residence Rooted in Landscape in Quito, Ecuador
publishedNews1 week ago
Al Gharra Mosque in Medina Redefining Contemporary Islamic Architecture
publishedNews1 week ago
Viczonecode Villa by DDconcept – Tropical Family Living in Ho Chi Minh City

Explore Architecture Competitions

Discover active competitions in this discipline

Shou Bin Chai
Search in