Overview: National Water Center (NWC)
water.noaa.gov
- 65,000 SF facility on the campus of University of Alabama (UA), Tuscaloosa; 205 Hackberry Lane Tuscaloosa,
AL 35401
- Green Building: NWC will be LEED Gold
- First national water resources facility in the country that will serve
as a catalyst for the Integrated Water Resources Science and Services
(IWRSS) partnership, or IWRSS. Toward that end, a new partnership has
been launched.
- IWRSS, which consists of NOAA; the US Geological Survey (USGS); and
the Army Corps of Engineers as its initial members, will unify and
leverage each agency's expertise and investments to improve water
resource forecasts, understand how water moves across the land and
rivers, and facilitate creative and informed decisions--all utilizing
the best available science.
- Designed specifically for major programmatic functions:
- Operations Center with Situation Rooms
- Establish common operating picture for floods to droughts; begin demonstration of hourly summit-to-sea
analyses and forecasts of soil moisture, evapotranspiration, and snow pack; and expand demonstration of
Real-Time Dynamic Flood Inundation Mapping portraying the extent, depth, and impacts of flood waters to
enhance community resiliency and enable decision makers to mitigate the impacts of floods.
- Geo-Intelligence Laboratory
- Develop, implement and maintain state-of-the science enterprise Geographic Information Systems (GIS) to
support NWS operations
- Collaborative Science and Software Engineering Studio
- Optimized development environment to better share and leverage investments and advances in science,
technology and modeling
- Systems Proving Ground
- Dedicated facility to test new capabilities prior to field implementation, minimize operational risk,
and accelerate deployment from research to operations
- Distance Learning Classroom and Auditorium
- Facilitate cost-effective, state-of-the-art residence and distance learning to maintain and enhance
technical competencies and enable field to easily leverage NWC knowledge base
- Build Schedule
- Design-Build contract awarded to Triune-Beck in September, 2011
- Ceremonial ground-breaking in February 2012
- Attended by NOAA's Dr. Kathryn Sullivan; Senator Shelby; Dr. Robert Witt, Chancellor of the University
of Alabama system; William Werkheiser, USGS Associate Director of Water; members of UA Board of Trustees
- Construction completion in December 2013. The NWC is expected to open in Spring 2014.
Feb 2012
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Jun 2012
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Sept 2012
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Dec 2012
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Jan 2013
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Feb 2013
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Mar 2013
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Apr 2013
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Apr 2013 - Basement
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Apr 2013 - 1st Floor
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Apr 2013 - 2nd Floor
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Design Plans
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Late Apr 2013
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Late Apr 2013
Rotunda
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Late Apr 2013
1st Floor
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Late Apr 2013
2nd Floor
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Late Apr 2013
Exterior Site
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May 2013
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May 2013
1st & 2nd Floor
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June 2013
Exterior and Basement
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June 2013
First and Second Floors
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July 2013
Exterior
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July 2013
Basement
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July 2013
First Floor
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July 2013
Second Floor
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July 2013
Roof
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November 2013
Exterior
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November 2013
Basement
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November 2013
First Floor
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November 2013
Second Floor
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Late November 2013
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2011
The NOAA project management team (NWS Office of Hydrologic Development, NWS Office of Operational
Support, and NOAA Office of the Chief Administrative Officer) worked closely to develop design plans and
documentation for the NWC. This information was developed into bridging documents that were published as
part of the design-build solicitation for the facility. The competition was held, and NOAA awarded a
contract to Triune-Beck in September. Initial meetings between the NOAA project management team and
Triune-Beck were held late in the year.
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2012
The NOAA project management team and Triune-Beck continued the design process for the NWC as initial
stages of construction began. In February, the ceremonial groundbreaking was held. The Honorable Richard
Shelby was in attendance. Dr. Kathryn Sullivan was the ranking representative of NOAA, while UA President
Robert Witt and members of the UA Board of Trustees also attended. Construction began in earnest in Summer
2012 and continued for the rest of the year. NOAA and Triune-Beck completed all but a few elements of the
design process by December.
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2013
The pace of construction has accelerated in 2013 as the facility is slated for occupation in Spring 2014.
By March, most foundations had been installed. Steel erection is progressing: the sloped roof, dome and
the west half of the roof framing are installed. The columns along the west colonnade are in place. The
2nd floor metal deck is largely in place. In the enclosed basement, ductwork, and piping is progressing.
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