Life Sciences Building

Client
San Diego State University

San Diego State University Life Sciences Replacement Building: Advancing STEAM Education and Research

San Diego State University (SDSU) continues its commitment to advancing science, technology, engineering, arts, and mathematics (STEAM) through the replacement of the outdated North Life Sciences (NLS) Building. Scheduled for completion in 2027, this cutting-edge facility will enhance SDSU’s research, instruction, and innovation capacity.

Following SDSU’s designation as an R1 research university in 2025, the University prioritized the development of a modern facility to support its growing academic and research programs. The OCMI team began collaborating with the university in 2019, conducting feasibility studies, facility condition assessments, and cost-benefit analyses comparing the replacement versus rehabilitation of the original 1962 structure.

After comprehensive evaluation, SDSU determined that constructing a new life sciences building would best meet the university’s long-term needs for advanced laboratory and instructional space. While the new facility is under construction, OCMI is conducting a new feasibility assessment to evaluate the structural integrity and fire life safety systems of the existing NLS building.

Through a competitive bidding process, SDSU selected the HENSEL PHELPS/SMITHGROUP design-build team. OCMI played a critical role in the project by supporting initial programming, preconstruction planning, design management, and construction inspection services.

This 67,000 GSF facility is strategically located on a prominent hillside, visible from the highway. It will include:

  • State-of-the-art wet labs
  • High-performance computer labs
  • Collaborative instructional and research spaces
  • Innovative fabrication and experimental labs
  • Facilities designed for faculty-student-private sector collaboration

Throughout the project, OCMI has partnered closely with university planning teams to address challenges, such as complex site conditions and the construction of a large retaining wall, ensuring the successful delivery of this high-impact project.

Renderings courtesy of SmithGroup