Originally constructed in the early 1990s, the Biomedical Polymers Research Building (BPRB) at the University of Utah had grown outdated and no longer met the evolving needs of modern research. Tasked with revitalizing the facility, TSA was initially engaged to develop a comprehensive master plan, followed by the design and execution of major renovations on the building’s first and second floors.

Guided by Principal Investigators Dr. Wes Sundquist and Dr. Monica Vetter, the project—home to the Biochemistry and Neurobiology Departments—sought to enhance research capabilities through flexible, adaptable workspaces; expanded lab bench capacity; and environments that promote collaboration and interdisciplinary interaction.

TSA responded with the design of a large, open, and highly flexible lab environment featuring movable and height-adjustable benches. By removing physical barriers and introducing thoughtful spatial planning, the renovated labs now benefit from increased natural daylight and visual connectivity to the outdoors, dramatically improving the overall user experience.

The redesigned space supports both bench-based and computational research and includes vital support areas such as microscopy rooms, tissue culture facilities, constant temperature rooms, fume hoods, conference rooms, and private offices. A modern palette of finishes and materials brings a fresh, contemporary aesthetic that aligns with the University’s forward-looking research mission.

This transformation not only meets the functional demands of cutting-edge research but also contributes to the University’s ability to attract and retain top-tier scientific talent.