A USTAR Innovation Center, University of Utah

James LeVoy Sorenson Molecular Biotechnology Building

The James LeVoy Sorenson Molecular Biotechnology Building (SMBB), located on the new 11-acre Interdisciplinary Research Quadrangle, stands as a cornerstone of innovation at the University of Utah. This 205,000 GSF facility, envisioned as a USTAR Innovation Center, is tailored to catalyze transdisciplinary research in Biomedical and Neuroscience fields while fostering the growth of new businesses in engineering, advanced technologies, and medicine within Utah. Designed to accommodate 24 principal research investigators and their teams, SMBB integrates diverse scientific investigation strengths, driving scientific innovation and facilitating the commercialization of research. The building's architectural design prioritizes collaboration, featuring a multi-level "Town Square" that connects various research neighborhoods and serves as a vibrant hub for interaction. This central atrium, inspired by the surrounding mountains' canyons, offers breathtaking views of the Salt Lake City Valley and promotes a sense of unity and connectivity. Sustainable and energy-efficient design principles, combined with carefully selected materials and natural lighting, underscore the building's commitment to environmental responsibility, aiming for LEED Gold certification. Energy efficiency, high performance systems, access to natural light and carefully selected materials all contribute to the environmentally sensitive design approach.

LOCATION

Salt Lake City, UT

GREEN PERFORMANCE

LEED Gold

SERVICES

Full Architectural and Interior Design
Laboratory Planning, Programming and Design
Sustainable Design
Master Planning

SIZE

205,000 sf

PROJECT TYPE

Research, Engineering + Applied Science, Imaging, Learning Spaces, Academic

“This is a stunningly gorgeous facility – everybody likes to work in nice well-lit spaces with beautiful views.”

— John A. White, Executive Director of the Brain Institute

Research spaces feature flexibility and adaptability that will accommodate future growth and change. Significant Core Facilities, such as imaging and nanofabrication, support researchers within the facility as well as serve as a university-wide resource. They draw researchers from industry and other programs on campus into the facility, promoting engagement across the community.