Sutter CPMC Mission Bernal Campus
Sutter CPMC Mission Bernal Campus
A New Foundation for an Historic Campus
CAMPUS REVITALIZATION
A Modern, Seismic-Compliant Replacement
Sutter Health's goal for this project was to revitalize a 150-year-old campus with a modernized, seismic-compliant replacement. The resulting campus – one of the greenest in California – allows California Pacific Medical Center to further its mission to provide high-quality care to the diverse population of the Mission District and surrounding neighborhoods. The LEED-Gold certified, 217,000-square-foot, seven-story hospital houses 120 beds and a full range of critical services.
CITYWIDE SYSTEM OF CARE
Consolidating Services Across a Network
California Pacific Medical Center's overall goal was to develop an efficient citywide system of care delivery, and this project played a pivotal role in that vision. By consolidating services and buildings within CPMC's broader citywide system, the replacement hospital continues and improves upon the critical services once housed at the historic St. Luke's campus, ensuring continuity of care for the community throughout the transition.
PROGRAM & FLEXIBILITY
Departments Built to Adapt
The replacement hospital houses a host of critical services, including an emergency department, urgent care, acute and critical/emergency obstetrical services, medical/surgical units, and an intensive care unit, along with a dedicated Acute Care for the Elderly (ACE) nursing unit. Using lean methodology, the design team broke down traditional department hierarchies, allowing for more flexibility in sharing spaces and adapting easily to multiple users over time.
SUSTAINABLE DESIGN
Building Green from the Ground Up
In embracing sustainable building standards to achieve LEED-NC Gold certification, Sutter Health sought to reduce adverse impacts on the environment, the community, and the building's patients, caregivers, and staff. Sustainability was treated not as an add-on but as a core design driver, shaping decisions from site orientation to mechanical systems selection. The design team performed wind tunnel testing to minimize the potential for pollutants such as kitchen and vehicle exhaust to be reintroduced through the facility's fresh air system, ensuring that the air circulating throughout the hospital remains as clean as possible for patients and staff alike.
Air quality protections extend to the campus's mechanical infrastructure as well. Advanced filtration and emissions controls were incorporated within the two rooftop 1.5 MW diesel generator sets, minimizing pollution and safeguarding indoor air quality even during backup power operation. These generators, essential for maintaining critical hospital functions during an outage, were designed with the same environmental rigor as the rest of the building – a detail that reflects how thoroughly sustainability was considered across every system, not just the most visible ones.
Stormwater management follows that same principle. Run-off has been reduced by 45 percent through catchment in a 35,000-gallon cistern, one of several strategies designed to lessen the campus's demand on municipal infrastructure and reduce strain on the surrounding neighborhood's aging systems. After filtration and UV treatment, this collected water is used as the primary make-up water for the cooling tower, turning what would otherwise be waste into a working resource for the building's mechanical operations. Together, these systems – largely invisible to patients and visitors – represent a campus engineered to reduce its environmental footprint at every scale, from stormwater to structure to the air itself.
RESULTS
Efficiency Delivered, Together
These integrated project management methods allowed the team to shorten a 16-month design schedule to 13 months, a 19 percent improvement in time to deliver the permit package. That acceleration was made possible by close, continuous coordination between Sutter Health, the design team, and trade partners from the earliest stages of the project, rather than the more siloed handoffs typical of traditional delivery methods. Throughout that period, the team maintained level staffing and delivered steady, consistent work, reaching a Percent Plan Complete (PPC) average of 81 percent – a strong indicator of how reliably the team executed against its own commitments week over week.
The collaborative approach was later recognized with an honorable mention for the 2018 Construction Industry Project Excellence Awards from the Construction Users Roundtable, affirming the value of lean, integrated methods on a project of this scale and complexity. More than an award, though, the results speak to what's possible when an entire team, architects, contractor, and owner alike, commits to working as one from day one.
