1,600 people in 24 cities living 4 values for 1 goal:
To use design to help our clients succeed.

We create exceptional environments that meet our clients' most complex design challenges.

We inspire people through our work by expressing timeless cultural, organizational and personal values.

We connect people and place with ideas that come from many minds and imaginations.

We care about serving our clients, enriching lives, improving communities and protecting our natural environment through design.

We are a global architecture, design, engineering and planning firm.

60+ Years of Design + Innovation

Taking Pediatric Care
to a New Level

University of Texas Dell Pediatric Research Institute
Austin, Texas, USA

“The DPRI will help take pediatric care in Central Texas to a new level.
Our faculty and students will be collaborating with practitioners.”

Steven Leslie, PhD
Provost, University of Texas at Austin

The Dell Pediatric Research Institute is the University of Texas at Austin’s new, state-of-the-art medical research facility.

The Institute’s researchers are developing new drug therapies for childhood diseases and disorders, operating a research vivarium and collaborating with the University of Texas at Austin research community as well as the University of Texas System’s health institutions.

The DPRI was built on a brownfield site next to the Dell Children’s Medical Center. It is an anchor project in the first phase of the larger redevelopment of Austin’s Robert Mueller Municipal Airport.

HOK’s engineering design for this new LEED Gold facility features energy-efficient HVAC equipment modeled to reduce energy costs by 42 percent compared to a conventional building. The efficient variable air volume control system consists of 100 percent outside air, with the VAV controls monitoring and adjusting volume in specific spaces as needed. The desiccant-based energy wheels pre-condition outside air and reduce the chiller load while minimizing maintenance requirements. Highly intelligent building systems automatically respond to changes in occupancy, loads and weather.

Low-flow toilets, urinals, showerheads and lavatory fixtures reduce indoor potable water use by more than 30 percent compared to a conventional building.

A design-build approach helped the team meet an extremely fast-track schedule.




150,000 sq. ft. / 13,900 sq. m.




Reduction in energy costs


Percentage of building materials made from recycled content


Amount of construction debris diverted from the landfill