Located on approximately 350 acres in Bentonville, Ark., the new Walmart Home Office Campus will comprise more than 30 buildings, including office buildings, service buildings, parking decks, and amenity buildings.
The campus was designed to honor Walmart’s heritage and will support the growth happening in the area by utilizing 1.7 million cubic feet of regionally-sourced lumber for the structures, making it the largest mass timber campus project in the United States.
The buildings will all provide ample natural light and incorporate sustainable design strategies. These strategies include energy-efficient lighting and HVAC systems and over 10 acres of lakes for stormwater collection, which will be used for smart irrigation and rainwater reuse. The campus will also feature thousands of trees, shrubs, and grasses to provide habitat for wildlife, shade paths, bike trails, and to reconnect associates with nature. The project was designed and is being built with the goal of creating zero waste, operating with 100% renewable energy, and using sustainable resources and products.
Additionally, the campus will feature expanded food offerings, convenient parking, fitness and wellness options, and a childcare facility.
Gensler is the design architect for the office buildings and is the executive architect for the overall campus design. Walter P Moore is handling the civil engineering, traffic, ITS, and transportation planning, transportation engineering, and water resources engineering.
Related Stories
| Dec 19, 2011
Davis Construction breaks ground on new NIAID property
The new offices will total 490,998 square feet in a 10-story building with two wings of 25,000 square feet each.
| Dec 14, 2011
Belfer Research Building tops out in New York
Hundreds of construction trades people celebrate reaching the top of concrete structure for facility that will accelerate treatments and cures at world-renowned institution.
| Dec 13, 2011
Lutron’s Commercial Experience Center awarded LEED Gold
LEED certification of the Lutron facility was based on a number of green design and construction features that positively impact the project itself and the broader community. These features include: optimization of energy performance through the use of lighting power, lighting controls and HVAC, plus the use of daylight.
| Dec 12, 2011
AIA Chicago announces Skidmore, Owings & Merrill as 2011 Firm of the Year
SOM has been a leader in the research and development of specialized technologies, new processes and innovative ideas, many of which have had a palpable and lasting impact on the design profession and the physical environment.
| Dec 12, 2011
CRSI design awards deadline extended to December 31
The final deadline is extended until December 31st, with judging shortly thereafter at the World of Concrete.
| Dec 12, 2011
Mojo Stumer takes top honors at AIA Long Island Design Awards
Firm's TriBeCa Loft wins "Archi" for interior design.
| Dec 10, 2011
10 Great Solutions
The editors of Building Design+Construction present 10 “Great Solutions” that highlight innovative technology and products that can be used to address some of the many problems Building Teams face in their day-to-day work. Readers are encouraged to submit entries for Great Solutions; if we use yours, you’ll receive a $25 gift certificate. Look for more Great Solutions in 2012 at: www.bdcnetwork.com/greatsolutions/2012.
| Dec 10, 2011
Energy performance starts at the building envelope
Rainscreen system installed at the west building expansion of the University of Arizona’s Meinel Optical Sciences Center in Tucson, with its folded glass wall and copper-paneled, breathable cladding over precast concrete.
| Dec 10, 2011
Turning Balconies Outside In
Operable glass balcony glazing systems provide solution to increase usable space in residential and commercial structures.
| Dec 10, 2011
BIM tools to make your project easier to manage
Two innovations—program manager Gafcon’s SharePoint360 project management platform and a new BIM “wall creator” add-on developed by ClarkDietrich Building Systems for use with the Revit BIM platform and construction consultant—show how fabricators and owner’s reps are stepping in to fill the gaps between construction and design that can typically be exposed by working with a 3D model.
