The award, given by Boutique Design, recognizes the rising design stars behind hospitality’s most buzzed-about venues
The architect has fifteen years of experience leading Commercial megaprojects and GSA developments across the country
Enveloped in electrochromic glass, the campus adds sharp, modern architecture to West Omaha’s newest mixed-use development
The civil engineer is an expert in transportation processes and multi-disciplinary design team leadership
FACT, the team’s innovative workplace design concept, receives honorable mention in Office Building, Collaboration and Flex-Work categories.
“Sleek, modern” intelligence campus wins BD+C Team Award
Intelligence Community Campus-Bethesda represents a new transparency for U.S. intelligence organizations
Building Design + Construction has awarded LEO A DALY a Building Team Award (Bronze) for Intelligence Community Campus – Bethesda, a new, collaborative campus for the United States intelligence community in Bethesda, MD.
“This audacious project involved the reimagining and repositioning of an outmoded, parking-lot-dominated office campus into a quiet, naturalistic setting for the Defense Intelligence Agency,” wrote Dave Barista, Editorial Director for BD+C.
A post-9/11 approach to intelligence sharing
Responding to the 9/11 Commission Report’s call for increased collaboration among intelligence-gathering services, the $300 million, state-of-the-art headquarters provides a centralized hub for knowledge sharing among the 16 intelligence agencies housed there.
“Intelligence Community Campus – Bethesda represents a new way of thinking, a new way of working, and a new transparency for the Defense Intelligence Agency,” said Jim Sokolowski, Vice President at LEO A DALY.
“This facility is – in so many ways – the physical manifestation of ‘intelligence integration,’” said James Clapper, former Director of National Intelligence.
From obsolete to icon
The total project scope includes over 750,000 SF of new construction and renovation to the 1940s campus of the former National Geospatial-Intelligence Agency. At its heart is the new, Z-shaped, 220,000-sf Centrum Building, which links three existing buildings and serves as the vertebra of the campus. The existing buildings were hardened with Anti-Terrorism/Force Protection and re-skinned to embody a cohesive, non-institutional exterior aesthetic.
Commissioned to be a new icon for U.S. intelligence, the campus retains its security and performance standards while finding a new architectural language inspired by and respectful to its National-Park-adjacent context. Rather than a single, monolithic building, the design suggests the notion of campus as field, connecting and organizing an assemblage of interior and exterior space. Rhythmic patterns of mirror-like glass evoke the forested surroundings and break up the buildings’ massing, while a dappled skin of matte metal panels creates a sense of translucency, playing on the idea of natural camouflage.
Secure spaces for education, training and one-to-one exchanges of data combine in a collaborative office environment designed to adapt quickly to changing agency needs. Workspaces closer resemble a leading high-tech creative company than the typical government office. Connections to nature are achieved through an outdoor dining terrace, green roofs, a 14,000-sf plaza, natural-light-filled interiors and a park-like landscape of perennial gardens.
Sustainability and local context drove the site design, which was guided by a Sustainable Return-on-Investment analysis. Moving 20 acres of impermeable surface parking to a six-story, zero-net-energy garage allowed designers to return the landscape to its pre-development condition. Micro-bioretention areas, green roofs, and a 30,000-gallon cistern help manage and reuse rainwater, while halting erosion on the neighboring bluff and addressing downstream siltation in the Potomac River.
The LEED Silver certified project incorporates N+1 redundancy for mission-critical systems. Six separate solar arrays, each requiring a custom support system that integrates with varying roof slopes, meet the specified requirement of a 90mph wind load. The project is net-zero-ready – designed to be ultra-efficient, with solar hot water arrays putting the campus on the path to achieving net-zero use.