Sustainable Infrastructure for the Future 
{"autoplay":"true","autoplay_speed":"3000","speed":"300","arrows":"true","dots":"false","loop":"true","nav_slide_column":5,"rtl":"false"}

DETAILS

LocationRio de Janeiro, Brazil
ClientMunicipality of Rio de Janeiro
SERVICE: ,
Size118 hectares

SWA was awarded 2nd place in the 2016 Olympic Park Competition in Rio de Janeiro for their master plan and landscape architecture proposal. The Olympics will be located on a 118-hectare site in the neighborhood of Barra da Tijuca. The underlying concept of ‘Embrace’ weaves through the design in a grand planning gesture, which both defines the Olympic Games and provides a lasting identity for the City of Rio de Janeiro. More specifically, the plan encompasses the ideas of ‘Games’, ‘Transition’, and ‘Legacy’ as an integrated plan that grows and matures over time, and is guided by strategies of urban design, sustainability and accessibility. The Olympic infrastructure, designed for both the present and the future, creates an exuberant Games experience which easily adapts and transitions into a sustainable urban community. The site is woven together by public space, and includes an innovative greenway system, restored wetland habitat, and urban park intended to serve the city for generations to come.

Related Projects

Shekou Promenade

After China reached out to the rest of the world through its open-door policy, Shekou (part of the Shenzhen Special Economic Zone) became an important gateway for foreigners to discover the mainland. Its urban public realm, however, suffered from rapid urbanization and lacked attractive parks and facilities for the burgeoning population. With an increased awar...

Hengqin Island

Hengqin Island, located in Zhuhai, China, is embedded within a unique and beautiful landscape, and is currently being developed for urban growth throughout the region. Taking cues from the surrounding site, SWA’s master plan intends to capture the essence of the place, and pay homage to its most fundamental landscape elements: the sea, valley, and mountains. S...

San Diego Embarcadero

The redevelopment plan for the waterfront and port facilities adjacent to downtown San Diego included translating community and economic requirements into a specific planning program. Emphasis was placed on urban design, circulation and parking, landscaping, environmental planning, and engineering considerations with a set of comprehensive implementation guide...

Fort Wayne Riverfront

As a city that was built and thrived because of its location as a crossroads between wilderness and city, farm and market, the realities of infrastructure both natural and man-made are at the heart of Fort Wayne’s history. We consider waterways as an integral part of open spaces of the City, forming a series of infrastructural systems that affect the dynamics ...

Minute Maid Park

The much-anticipated ballpark for the Houston Astros, which opened in 2000, includes approximately 42,000 seats, a retractable roof, an attached micro-brewery, and tour bus drop off. SWA, along with Rey de la Reza Architects, designed the entire ballpark site from the building to the curb, including the remodeling of historic Union Station, now part of the sta...

Xinyang Suo River

SWA recently completed a master plan for a 36 km length of the Xingyang Suo River located in Xinyang, China. Located on a site at the confluence of an elaborate network of waterways, the River has served as a transportation system for the movement of goods, services and people between Xingyang, Beijing and the coastal cities to the Southeast. This has transfor...

Texas Rangers Ballpark

The landscape experience around this stadium features detailed plazas at all main entry points that celebrate the rich history of the Texas Rangers. Rangers Plaza is the main attraction, especially on game days, hosting a multitude of different programmatic functions that are associated with both the Texas Rangers and the surrounding Arlington community. The s...

Changsha Baxizhou Island

Over many decades, public agencies in China have sought to solve growing flooding issues in a defensive way: fortifying and hardening river edges, raising levee heights, and ultimately separating the people from historical connections to the water. With an understanding of river flow processes and volumes and of wetland and native forest ecology, this separati...