The University of Utah and the USTAR Governing Authority today cut the ribbon on a $130 million, sustainably designed interdisciplinary research facility, aimed at attracting some of the world’s most internationally recognized faculty and fueling Utah’s economic development activity.
The James L. Sorenson Molecular Biotechnology Building – A USTAR Innovation Center, was funded through a $100 million commitment from the state of Utah along with private gifts, among them $15 million from the Sorenson Legacy Foundation and $1.25 million from the Micron Technology Foundation. “We are pleased that the building bears the name of one of Utah’s most innovative and successful biomedical pioneers, James LeVoy Sorenson,” said David W. Pershing, University of Utah president.
State funding comes from the USTAR (Utah Science Technology and Research) Initiative, a long-term economic development initiative that promotes world-class research facilities and research teams. USTAR is helping to create new technologies that can be commercialized, generating more technology-based start-up firms, higher-paying jobs and additional business activity all aimed at expanding Utah’s tax base.
The James L. Sorenson Molecular Biotechnology Building – A USTAR Innovation Center, which was designed to achieve LEED Gold certification from the U.S. Green Building Council, has been designed by architecture firm Lord, Aeck & Sargent’s Atlanta office in association with Prescott Muir Architects in Salt Lake City.
A New Era of Interdisciplinary Translational Research
“The building site both physically and academically unites the health sciences with main campus. Through the USTAR initiative we are crossing traditional boundaries to accelerate research at the interfaces of medicine, pharmacy, engineering, computer science and life sciences,” said Dinesh Patel, managing director at vSpring Capital and chairman of the USTAR Governing Authority.
The 208,000-square-foot building houses senior faculty researchers, plus junior faculty, administrative and laboratory personnel. The building contains both flexible, open-bench research laboratories as well as specialty core research facilities for biomedical microscopy, engineering microscopy, and nano-fabrication. Open lab space has adjacent closed equipment rooms and nearby office space for the principal investigators. The flexible laboratories and their core support labs are designed to support the collaboration of scientists in many disciplines with the most sophisticated scientific tools and equipment.
The energy-efficient facility is setting a high standard for sustainable design that will reduce both energy use and energy costs from current laboratory code requirements by a minimum of 40 percent.