“NOAA is talking about importing this model—for sustainable design, adaptive reuse, and consolidation—to all its centers.”
The original aircraft hangars, designed in 1939 by Albert Kahn, inspired beautifully simple solutions for how the new center uses air, water and light. The team worked closely with local preservationists to keep the hangars close to their original condition.
The complex accommodates 800 people in a high-performance research and office campus that integrates NOAA’s mission of “science, service and stewardship” with the region’s cultural traditions and the island’s ecology. It houses a diverse range of critical programs, functions and federal departments, including the Pacific Tsunami Warning Center.
Facilities include wet and dry research laboratories, a marine center, a library, administrative offices, conference and meeting areas, a dining hall and informal collaboration spaces.
The interior environment is based on the principles of campus design. Creating a central gathering place, the plan supports program-intensive workplaces with internal quadrangles of open space with primary and secondary circulation routes.
Connecting the front door of the campus with the waterfront, the three-story atrium knits together a sequence of materials and volumetric plane changes to give people a sense of progression as they move through the building. A series of interactive exhibits highlight the history of the island and region, as well as NOAA’s diverse mission.
Located at the northern end of the atrium, the dining hall provides users with a panoramic view to the water and the mountain range in the distance. The two-story fully glazed space maximizes transparency and creates a fluid visual experience. A 200-seat auditorium provides tiered seating for NOAA programs, while multiple conference rooms and flexible classrooms support collaborative activities.
The biological influences of the region guided the design of the LEED Gold project. A skylight diffuser system virtually eliminates the need for artificial light during the day. Hawaii’s first hydronic passive cooling unit (PCU) system uses chilled water from a nearby building and natural ventilation to condition the space through an underground air distribution system. A graywater capturing system is used to irrigate the native landscaping.
Reported Hawaii Business: “It’s a startling example of what can be done to design or redesign energy-efficient, commercial-scale spaces—and still be eye-catching, respectful of history and comfortable for those who work there.”
The AIA COTE selected the project as one of the best examples of sustainable design excellence for 2017.
HOK worked with Hawaii-based architect Ferraro Choi.
350,000 sq. ft. / 32,515 sq. m.
AIA Committee on the Environment – Top 10 Green Projects
AIA Honolulu Chapter – Award of Excellence, Institutional
AIA Honolulu Chapter – Mayor’s Choice Award
AIA California Council – Merit Award, Interior Architecture
AIA San Francisco – Merit Award
The Chicago Athenaeum: Museum of Architecture and Design and The European Centre for Architecture Art Design and Urban Studies – The American Architectural Award
IIDA Northern California Chapter – Merit Award
Historic Hawaii Foundation – Preservation Honor Award
ENR California – Best Projects 2014 – Award of Merit
Decrease in energy use compared to a conventional design
1 January 2018
“NOAA Daniel K. Inouye Regional Center Case Study”
High Peforming Buildings
19 April 2017
“NOAA Inouye Regional Center Selected as AIA COTE 2017 Top Ten Project”
16 February 2016
“Ecological Design Shapes High-Tech Headquarters at Pearl Harbor”
15 January 2016
“Coastal Curation: 10 Oceanic Research Facilities That Advocate Awareness”
26 August 2015
“Biomimicry Inspires True Innovation”
1 August 2015
“From Sea to Shining Sea: NOAA Inouye Regional Center”
1 July 2015
“Something Old, New, Borrowed and Green”
25 March 2015
“NOAA Regional Center Wins IIDA Merit Award”
5 January 2015
“ENR California Honors HOK-Designed NOAA Daniel K. Inouye Regional Center”
27 March 2014
“The Green Room: Sustainable Design in Eight Market Segments”
9 January 2014
“How Reverse Engineering Can Spur Design Innovation”