PROJECT  Kingman Island Environmental Education Center

LOCATION Washington, District of Columbia, US​

ARCHITECT ISTUDIO Architects

CLIENT

ARCHITECTURAL DESIGN TEAM Rick Schneider, FAIA; Mahsa Hedayati; Desiree Hollar

LANDSCAPE ARCHITECT
CONTRACTOR

ENGINEERS





PHOTOGRAPHER ISTUDIO Architects

CONSULTANTS (if applicable)

PROJECT COMPLETION DATE  1/3/2022

PROJECT SUMMARY
Situated at the confluence of the Anacostia and Potomac rivers, Washington, D.C. boasts a unique location within the expansive watershed that flows into the Atlantic Ocean. Recognizing the importance of this ecological context, the design of the Educational Center for Kingman and Heritage Islands celebrates the intrinsic connection between the built environment and the natural world.

By appreciating the significance of place, the project addresses the ecological challenges resulting from the conversion of riparian zones for other land uses, which have impacted waterways and the Chesapeake Bay. Kingman Island serves as an exemplar of harmonious human settlement within the realm of nature, where the cycles of both nature and humanity coexist and thrive. This symbiotic relationship fosters not only the well-being of individuals but also the sustainable regeneration of ecosystems.

The design embraces the principle of "touching the earth lightly" by harnessing natural resources and mimicking natural flows. Passive strategies for heating, cooling, and ventilation are employed, while wetlands are regenerated through the innovative concept of "constructed wetlands" working in tandem with a "Living Machine" to restore habitats and treat wastewater. Functionally and physically, the building seamlessly integrates into the surrounding landscape, becoming an integral part of its ecosystem.

The center is thoughtfully organized into four distinct "landforms" that encircle natural plazas, creating a fluid and immersive experience for visitors. Trails lead from outdoor classrooms to the Living Machine, constructed wetlands, lakeshore, observation tower, river, and the poignant 9/11 memorial.

Sustainability remains at the forefront of the design approach. Green roofs, pervious paving, and integrated landscaping effectively manage stormwater on-site, while promoting groundwater recharge. Rainwater harvesting provides a valuable resource for the facility, while greywater recycling and the Living Machine ensure responsible water usage. Ultimately, water that reaches Kingman Lake will be purified to the extent that it can be safely consumed.

Passive strategies, such as thermal masses, maintain a comfortable indoor environment throughout the seasons, while geothermal loops serve as reliable backup systems. The power of the sun is harnessed through photovoltaic panels for electricity generation and solar panels for hot water production. Natural ventilation completes the sustainable cycle, reducing environmental strain. Abundant daylighting strategies not only illuminate the interiors but also offer captivating views and facilitate natural ventilation.

In its holistic approach to design, the Educational Center for Kingman and Heritage Islands embodies the principles of harmony and synergy between nature and human settlements. Its commitment to sustainability, ecological regeneration, and innovative strategies positions it as a remarkable contender for the esteemed AIA Design Award, setting a precedent for future architectural endeavors that prioritize the delicate balance between the built environment and the natural world.

JURY COMMENTS (if applicable)

IMAGES – CAPTIONS & CREDITS

Image 1  Kingman Island Environmental Educational Center, ISTUDIO Architects
Image 2  Rooftop View Overlooking RFK Stadium, ISTUDIO Architects
Image 3  Educational Center Entry, ISTUDIO Architects
Image 4  Site Plan, ISTUDIO Architects
Image 5  Educational Center + Site Section, ISTUDIO Architects
Image 6  Living Machine Diagram, ISTUDIO Architects
Image 7  Engaging Interstitial Spaces, ISTUDIO Architects
Image 8  Birds Eye View of Kingman Island, ISTUDIO Architects

MEDIA FOR DOWNLOAD
Project PDF