The Student Union Memorial Center at the University of Arizona is undergoing a major maintenance and systems upgrade to address long-postponed repair needs and modernize critical infrastructure such as heating, ventilation and air conditioning systems.
The university has launched a roughly $20 million project that covers the Student Union and other student dining locations. Work includes repairs to deferred maintenance items as well as replacements and upgrades of HVAC, electrical and plumbing systems to improve reliability and efficiency.
Originally constructed in 1951 and last significantly rebuilt during a $60 million renovation from 1999 to 2003, the Student Union remains one of the campus’s primary gathering places. University documents indicate the planned improvements are intended to extend the building’s service life and lower operating costs—some updates are expected to cut certain expenses by as much as half—and components should last 25 to 30 years or longer before needing replacement.
Regents approved the project late last year, and they recently gave a second unanimous sign-off after a decision to change how the work will be financed. Funding was moved from an ABOR stimulus-specific revenue bond program to System Revenue Bonds, a common municipal financing tool used by large public entities to fund capital projects.
Using a conservative financing example of a 5% interest rate over 25 years, the new bond approach would require roughly $1.3 million in annual debt service and would raise the university’s overall debt load by about 0.05%. The university plans to cover half of that annual payment with state appropriations tied to the Capital Infrastructure Fund and the other half with retained tuition matching funds. Operating and maintenance costs related to the project have already been factored into the current university budget.
Officials say the work aims to address urgent repair needs while delivering longer-term savings and improved performance for campus facilities relied on daily by students and staff. The upgrades should reduce the likelihood of unexpected failures and cut energy and maintenance costs over the coming decades.
