Arkansas Department of Public Health

Arkansas Public Health Laboratory

Lord Aeck Sargent, in collaboration with local architect The Wilcox Group, spearheaded the architectural, laboratory, and biocontainment design for the Arkansas Public Health Laboratory. This state-of-the-art facility is a cornerstone in safeguarding the health of Arkansans by providing critical testing services for safe food and drinking water, identifying inherited genetic disorders in newborns, and combating infectious diseases including HIV/AIDS, tuberculosis, rabies, West Nile virus, and potential chemical or biological terrorism threats. Encompassing 45,500 square feet of BLS-2 laboratories and 4,000 square feet of BSL-3 containment space dedicated to microbiology and tuberculosis testing, the design ensures flexibility to adapt to changing testing needs and equipment. Additionally, the facility features a first responder hub for chemical and biological terrorism incidents. Sustainability is at the forefront with innovative design strategies aimed at reducing operational costs, complemented by an efficient workflow system to manage a large volume of samples effectively.

LOCATION

Little Rock, AR

SERVICES

  • Full Architectural and Interior Design
  • Laboratory Planning, Programming and Design

SIZE

82,000 sf

PROJECT  TYPE

Public Buildings, Research, Testing Lab, Health Science

Photo: Timothy Hursley

Photo: Timothy Hursley

Photo: Timothy Hursley

Photo: Timothy Hursley

Honor Design Award

AIA Arkansas

Members Honor Award

AIA Arkansas

“Lord Aeck Sargent’s design team listened to our requirements and responded with a contemporary facility that will be exciting & innovative as well as competitive with the most sophisticated state public health labs in the country. It will allow us to ensure that our food & drinking water are safe, that highly infectious diseases are promptly recognized & controlled, & that all newborn babies are tested for serious genetic defects.”

— Dr. Mike Loeffelholz, Director of the Arkansas Public Health Laboratory

Photo: Timothy Hursley

Photo: Timothy Hursley

Photo: Timothy Hursley