San Diego’s new BioMed Realty i3 campus is raising the bar for corporate research parks everywhere. Perkins+Will recently designed the iconic science and research campus that’s on track for LEED Platinum certification and exemplifies the “work anywhere” culture. Filled with natural light and topped with green roofs, this environmentally progressive design features a wide variety of energy saving measures and reduces energy use by 30% and water use by 20%.
Located off Interstate 805, the Biotech Hub is the new home of leading genomics research and life sciences company illumina. The campus comprises three trapezoidal, all-white concrete buildings punctuated with landscaped gathering spaces, as well as a 33,500-square-foot outdoor courtyard at the campus heart that includes a performance stage, bocce ball court, herb garden, fitness area, restaurant, and cafe. Parking is hidden underground. Connectivity and collaboration are major themes of the campus design—i3 is 100 percent wireless—and employees are encouraged to work anywhere on campus they feel most comfortable at any time of the day.
“The campus turns the stereotypical concept of a suburban research park right on its head, and makes it infinitely better,” said Ryan Bussard, principal at Perkins+Will. “Instead of a trove of uninviting office buildings surrounding a sea of asphalt parking lots, the i3 campus empowers people to connect, engage, collaborate, innovate, and—perhaps most important—be inspired.” Floor-to-ceiling glass lets in ample natural light and frames views of the surrounding mountains. Collaborative areas, such as the lounges and conference rooms, are connected directly to outdoor terraces. A variety of workspaces can accommodate different work styles and preferences.
The i3 campus is on track to earn LEED Platinum certification for the core and shell, while LEED Gold is expected for the interiors. The campus’ on-site fuel cells generate clean energy, while energy usage is minimized thanks to access to natural light, motorized and fixed sunshades, and energy-efficient fixtures. Responsible water management is a big part of the campus design. Recycled water sourced from a local utility irrigates the site and is used for cooling towers. Green roofs planted with heat- and drought-tolerated native plants filter and reduce stormwater runoff in conjunction with the on-site bio-filtration system and permeable pavers. Site-water mitigation tucked beneath the courtyard also helps reduce burden on the city’s local infrastructure.