Shipping containers were the prominent building material used to construct Boxyard RTP, the first public community and gathering place in North Carolina’s Research Triangle Park (RTP). Designed by CallisonRTKL (CRTKL), the project is intended as a lunchtime and happy hour destination, and a venue for concerts, farmer’s markets, and other community events.
Located on a wooded lot within a grove of evergreen trees, Boxyard RTP takes advantage of the shade thrown by the dense tree coverage, and the natural features provide a contrast to the industrial look of the containers. The site is organized around a courtyard with retail, food, and beverage offerings surrounding the central open space. The courtyard is partially protected from the elements by a prefabricated metal building canopy that plays off of the containers’ industrial aesthetic.
Beneath the canopy, a container houses a stage with drop down walls on two sides, allowing flexibility for various types of events. The design of the structures makes use of the entire container materials, which increases sustainable practices and reduces project cost. The prefabricated, modular nature of the shipping containers and the minimal site disturbance required reduced the construction schedule to just nine months.
The stage facing the courtyard is intended for large music performances. Patios were created with wood decking over container roofs or offsetting stacked containers. Another stage will be used for smaller productions, allowing guests to sit on the lawn below the tree canopy. With room for up to nine restaurants, indoor/outdoor seating options, and a covered pavilion, Boxyard RTP will provide year-round dining and shopping experiences.
Food and beverage tenants will have from three to six conjoined containers. Retail tenants will have the option to have a single container or the ability to open-up two conjoined containers.
Located in the largest research park in the U.S., the Research Triangle is located between Raleigh, Durham, and Chapel Hill. Access to the site is readily walkable from surrounding campuses in RTP. It has integrated parking for vehicles and access to a bus stop along Highway 54 to the project’s south.
On the building team:
Owner and/or developer: The Research Triangle Foundation of North Carolina
Design architect: CRTKL
MEP engineer: Clark Nexsen
Structural engineer: Lynch Mykins Structural Engineers, PC
General contractor/construction manager: Kirkland Inc.
Related Stories
Regulations | Aug 23, 2023
Gas industry drops legal challenge to heat pump requirement in Washington building code
Gas and construction industry groups recently moved to dismiss a lawsuit they had filed to block new Washington state building codes that require heat pumps in new residential and commercial construction. The lawsuit contended that the codes harm the industry groups’ business, interfere with consumer energy choice, and don’t comply with federal law.
Green | Aug 7, 2023
Rooftop photovoltaic panels credited with propelling solar energy output to record high
Solar provided a record-high 7.3% of U.S. electrical generation in May, “driven in large part by growth in ‘estimated’ small-scale (e.g., rooftop) solar PV whose output increased by 25.6% and accounted for nearly a third (31.9%) of total solar production,” according to a report by the U.S. Energy Information Administration.
Government Buildings | Aug 7, 2023
Nearly $1 billion earmarked for energy efficiency upgrades to federal buildings
The U.S. General Services Administration (GSA) recently announced plans to use $975 million in Inflation Reduction Act funding for energy efficiency and clean energy upgrades to federal buildings across the country. The investment will impact about 40 million sf, or about 20% of GSA’s federal buildings portfolio.
Codes and Standards | Aug 7, 2023
Cambridge, Mass., requires net-zero emissions for some large buildings by 2035
The City of Cambridge, Mass., recently mandated that all non-residential buildings—including existing structures—larger than 100,000 sf meet a net-zero emissions requirement by 2035.
Multifamily Housing | Jul 31, 2023
6 multifamily housing projects win 2023 LEED Homes Awards
The 2023 LEED Homes Awards winners in the multifamily space represent green, LEED-certified buildings designed to provide clean indoor air and reduced energy consumption.
High-rise Construction | Jul 25, 2023
World's largest market-rate, Phius Design-certified multifamily high-rise begins leasing
The Phius standard represents a "sweet spot" for aggressive decarbonization and energy reduction, while remaining cost-effective.
Adaptive Reuse | Jul 6, 2023
The responsibility of adapting historic university buildings
Shepley Bulfinch's David Whitehill, AIA, believes the adaptive reuse of historic university buildings is not a matter of sentimentality but of practicality, progress, and preservation.
Apartments | Jun 27, 2023
Dallas high-rise multifamily tower is first in state to receive WELL Gold certification
HALL Arts Residences, 28-story luxury residential high-rise in the Dallas Arts District, recently became the first high-rise multifamily tower in Texas to receive WELL Gold Certification, a designation issued by the International WELL Building Institute. The HKS-designed condominium tower was designed with numerous wellness details.
Green | Jun 26, 2023
Federal government will spend $30 million on novel green building technologies
The U.S. General Services Administration (GSA), and the U.S. Department of Energy (DOE) will invest $30 million from the Inflation Reduction Act to increase the sustainability of federal buildings by testing novel technologies. The vehicle for that effort, the Green Proving Ground (GPG) program, will invest in American-made technologies to help increase federal electric vehicle supply equipment, protect air quality, reduce climate pollution, and enhance building performance.
Industrial Facilities | Jun 20, 2023
A new study presses for measuring embodied carbon in industrial buildings
The embodied carbon (EC) intensity in core and shell industrial buildings in the U.S. averages 23.0 kilograms per sf, according to a recent analysis of 26 whole building life-cycle assessments. That means a 300,000-sf warehouse would emit 6,890 megatons of carbon over its lifespan, or the equivalent of the carbon emitted by 1,530 gas-powered cars driven for one year. Those sobering estimates come from a new benchmark study, “Embodied Carbon U.S. Industrial Real Estate.”
