The design of the 1200-car garage buried within Rock Creek Park at the National Zoo presented a unique challenge, as we were tasked with cladding a concrete structure laid out by a consulting engineer. From the onset, the client expressed concerns regarding the potential visual and audio impact of the garage on the surrounding forest and neighboring community. This concern became a primary design challenge: to create a structure that seamlessly integrated into its natural environment.
Our design solution involved the implementation of a system comprising slightly rotated perforated triangular metal panels arranged on a trapezoidal grid, intentionally offset from the slabs. These panels were finished with four varying shades of brown, carefully selected to blend harmoniously with the forest surroundings and provide adaptability season by season. The triangular geometry was inspired by the motif of the trees in the hilly forest, serving as a nod to the natural landscape while also offering a visually engaging aesthetic.
By incorporating these design elements, we aimed to minimize the visual impact of the garage on the forest while maintaining a sense of harmony with the surrounding environment. This approach not only addressed the concerns of the neighboring community but also contributed to the overall enhancement of the park's aesthetic appeal, ensuring that the garage seamlessly coexisted with its natural surroundings.
In the tapestry of the woods, even the smallest elements exhibit a sense of order and repetition. Recognizing this inherent pattern within nature, we embraced the concept of repetition as a fundamental element. Each tree, leaf, and branch contributes to the overall rhythm and harmony of the forest, creating a visual and spatial language that speaks to the interconnectedness of all living things.
Drawing inspiration from the texture and color palette of reptilian skin, we found a compelling cue for informing the adaptability of the building within its context. Reptilian skin exhibits a remarkable ability to blend seamlessly into diverse environments, offering both camouflage and protection. We sought to emulate this adaptability in the design of the building, ensuring its integration into the surrounding landscape.
