- Civil Engineer: William H. Gordon Associates, Inc
- Electrical Infrastructure: Johnson Bernat & Associates
- Mechanical, Electrical, Plumbing & Fire Protection: Affiliated Engineers Metro DC, Inc
- Structural Engineer: Cagley & Associates
- Jordan Honeyman : Landscape Architecture
- Debra Gilmore : Lighting
- Wiedlinger Associates, Inc : Blast Resistance
- Miller Beam & Paganelli : Acoustics & Audio-visual
- Colin Gordon Associates : Vibration
- Lerch Bates : Vertical transportation
- Nmp Engineers : Maryland Dept. of the Environment Permit
- Construction Management: Whiting-Turner
- Program Management: Jacobs
- Owner: John Edward Porter Neuroscience Research Center National Institutes of Health (NIH)
- City: Bethesda
- Country: United States
WASHINGTON – March 26, 2014 – Global architecture and design firm Perkins+Will announces the completion of Phase II of the National Institutes of Health’s (NIH) John Edward Porter Neuroscience Research Center. Located on the western edge of NIH’s Bethesda, Maryland campus, the 320,000 square foot research center is comprised of ten different institutes including the National Institute of Neurological Disorders and Stroke (NINDS) and the National Institute of Mental Health (NIMH). Working together scientists will further groundbreaking discoveries and medical advancements impacting neuroscience research globally.
“This project is one of the first to address President Obama’s federal initiative for more energy efficient buildings,” said Principal and Science and Technology Global Market Leader Dan Watch, AIA, LEED AP. “The project is designed with the latest and best technology to be highly energy efficient.”
A variety of innovative sustainability features were integrated into the facility including geothermal wells; ground source heat pumps; chilled beams; LED lights; and a photovoltaic array which augments energy generation and usage. The research center is also home to a technologically advanced MRI suite, the first of its kind in the world, which is capable of providing high resolution imaging.
“The project’s design intent was to create a welcoming and efficient environment that supports innovation and discovery,” said Principal and Design Director Manuel Cadrecha, AIA, LEED AP.
The project team designed spaces that encourage collaboration and communication; utilize flexible laboratory architecture that can change over time; and accommodate diverse research approaches from cell culture to computer science. The second phase of the project is inextricably linked with the first phase, completed in 2004, and together they encompass the largest neuroscience facility in the United States and fulfill the original vision of a state-of-the-art, interdisciplinary biomedical research facility. The Perkins+Will project team worked closely with notable scientists throughout the programming and design phases of the project and prioritized their specific need for a highly customized and flexible work environment.
“In order to meet the needs of these groups, our team maximized strategic laboratory adjacencies and shared equipment zones to form synergies between cooperative research initiatives,” said Managing Principal Jeffrey Welter, Associate AIA, LEED AP, PMP. “We designed the research center to attract and retain the finest scientific talent. I am proud to have had the opportunity to work with an institute that will undoubtedly make impactful discoveries and great strides in the fields of medicine and research.”
Perkins+Will neuroscience projects currently underway include the Allen Institute for Brain Science Headquarters Building in Seattle, Washington and Wright State University’s Neuroscience Engineering Collaboration Building in Dayton, Ohio. Previous projects by the firm include Texas Children’s Hospital’s Jan and Dan Duncan Neurological Research Institute in Houston, Texas; St. Joseph’s Hospital and Medical Center in Phoenix, Arizona; the Society for Neuroscience Headquarters in Washington, DC; and the Sanford Burnham Medical Research Institute at Lake Nona in Orlando, FL.