Landscape as a catalyst for student engagement at the University of Houston.
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DETAILS

LocationHouston, Texas, United States
ClientUniversity of Houston
Size165,000 sqft

The University of Houston Law Center, established in 1947, has earned national recognition, with three of its programs ranked in the top 10 by U.S. News and World Report. Despite these academic accolades, the original Law Center building faced significant challenges due to its location and design. Situated in Houston’s low-lying coastal prairie ecoregion, the partially underground structure was particularly vulnerable to frequent flooding and water damage.

To address these issues, SWA developed a landscape solution that not only resolves the site’s practical challenges but also enhances the student experience, promotes sustainability, and supports future campus growth. The landscape design, created for the new LEED Silver-certified building, extends the modern architectural aesthetic into the surrounding outdoor spaces while focusing on improving student life.

A key project goal was to seamlessly integrate the new Law Center into the broader campus and lay a foundation for future development. To mitigate flood risks, the design elevated the building footprint above the floodplain. The surrounding landscape was contoured to channel stormwater into native vegetation and an on-site detention meadow, creating a natural stormwater management system. Additionally, the preservation of the campus’s iconic oak trees was a central design feature.

The landscape plan seamlessly extends indoor gathering spaces into the outdoors, offering diverse environments for student and faculty activities. These areas, designed with native plants and strategic planting arrangements, create immersive experiences that encourage ecological awareness and interaction with nature.

By integrating hardscape elements, native plants, and stormwater management strategies, the landscape design supports a wide variety of activities while promoting sustainability. It enhances campus life aesthetically and functionally, with the detention basin serving both practical and visual purposes.

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