In a decisive move to advance science education and research, the California State University (CSU) Board of Trustees has approved a long-anticipated STEM facility at San Diego State University (SDSU). With the green light officially granted in January, construction is now underway on a state-of-the-art building poised to transform the university’s life sciences landscape.
Slated to replace the aging North Life Sciences building, the new facility is scheduled to open during the 2027 academic year. It marks a major milestone in SDSU’s STEM Forward initiative—an ambitious effort to expand access to science, technology, engineering, and mathematics education while addressing the growing demand for skilled graduates in high-growth industries.
“With urgent demand from our workforce partners, SDSU—as a community-oriented institution—is well-positioned to make a lasting impact locally and globally,” said SDSU President Adela de la Torre.
“This building is not just an upgrade—it’s a generational investment in our faculty, our students, and the future of scientific discovery.”
SDSU President adela de la torre
Advancing STEM Pedagogy and Student Engagement
What sets this facility apart is not just its infrastructure, but its educational purpose. The design emphasizes active learning and project-based curricula, providing students with opportunities to work across disciplines—from biotechnology and environmental engineering to data science and public health. These settings are designed to foster critical thinking, innovation, and hands-on problem-solving.
SDSU is also using this new space to promote inclusive excellence. Dedicated areas and programming will support students from historically underrepresented groups. Planned initiatives include mentorship programs, community-based research opportunities, and pathways to internships in the San Diego region’s thriving tech and biotech sectors.
Already the most research-intensive institution in the CSU system, SDSU leads its peers in funding and output. In 2024, it secured nearly $230 million in research funding—the highest amount in university history. The institution also earned the prestigious R1 designation, placing it among the nation’s top doctoral universities.
“Life science and basic science instruction are essential to SDSU’s most in-demand majors,” said de la Torre. “This building is not just an upgrade—it’s a generational investment in our faculty, our students, and the future of scientific discovery.”
Bridging Education and Industry
San Diego is home to the third-largest biotech cluster in the United States, alongside Boston and San Francisco. The region supports nearly 60,000 life sciences jobs, and employers are eager for workforce-ready graduates equipped with advanced technical skills and research experience. SDSU’s new facility is a direct response to this workforce demand.
“Investing heavily in innovation is not only essential but strategic for universities seeking to maintain relevance, contribute to societal well-being, and lead in a rapidly advancing world,” said Jeff T. Roberts, dean of the College of Sciences.
As institutions across the country seek to modernize their STEM offerings, SDSU’s approach provides a compelling model—one that connects physical space to pedagogical transformation, student belonging, and workforce preparation.
