The Inner Mongolian city of Wuhai is transforming from focusing on coal mining as its main industry to tourism. This very special place has many different, striking landscape types located within just 1666 sq. kilometers: sand dunes, mountains, and wetlands, plus adjacency to the Yellow River. Consequently, the city has decided to boost its tourism. Already planned is a lake flowing through the site, to be built off of the current Yellow River; but within 10 years it will have already lost 2/3 of its volume. SWA Group was hired to help design Wuhai’s marina on the new lake and also to help guide the city in its tourism plan.
Qatar Public Realm
SWA’s set of illustrative Design Guidelines promotes a public realm that is a relaxed manifestation of the Qatari vernacular landscape, and serve to maintain the locale’s cultural integrity. Unique among the fast-growing areas of the Gulf region, Doha’s landscape reflects a balance of cultural imp...
Nanhu New Country Village
China’s rapid urbanization over the past several decades has radically diminished its agricultural landscapes and labor force, focusing instead on industrial and technological advancements. The Nanhu New Country Village brings a contemporary approach to integrating agriculture and residences in a village setting, enhancing existing rural character, and improvi...
Guthrie Green Park
Guthrie Green transforms a 2.6-acre truck yard into a lively urban park in the heart of downtown Tulsa’s emerging arts district. Opened in September 2012, Guthrie Green has become the area’s leading destination, drawing 3,000 plus people weekly to activities that have enriched the urban experience and spurred district-wide revitalization. The high-performance ...
Shunde Guipan River Waterfront
SWA participated in a competition reimagining 19-kilometers of the Guipan River waterfront in Shunde, China. While the Pearl River Delta is one of the fastest growing regions of Southern China, one of the many casualties of this growth was the delta itself. Presently, Shunde has a growing flooding problem enhanced by channelizing, condensing, and containing th...