Skip to main content
Add as a preferred source on Google

Calif. Community College Breaks Ground on STEM Education Facility

  • By Matt Jones
  • 03/30/22

The Mt. San Jacinto Community College District recently broke ground on a new STEM Education building for its San Jacinto Campus in San Jacinto, Calif. The facility is set to stand three stories and cover 57,374 square feet, and it’s scheduled for completion by fall 2023. The college is partnering with builders C. W. Driver Companies and design firm LPA Architects on the project, which is estimated to cost about $37 million, according to a news release.

The new building will centralize the campus’ expanding STEM departments—including biology, physical science and math—which are currently spread across several buildings across multiple campuses. It’s set to include science labs and lecture rooms, general classrooms, labs for math and general studies, and faculty offices.

MSJCC STEM Technology Building
Photo Credit: LPA Architects

“Our goal at MSJC is to provide our students with the best possible education to prepare them for their future endeavors,” said Todd Franco, Dean of Facilities Planning, District Construction & Support Services at Mt. San Jacinto Community College. “This new centralized hub for our math and science departments will allow our teams to collaborate in a permanent space that will contribute greatly to the STEM education and research at MSJC.”

C .W. Driver previously completed construction of the Mt. San Jacinto College Temecula Valley Campus in 2021. MSJC encompasses 116 community colleges across California and serves students within a 1,700-square-mile range from the San Gorgonio Pass to Temecula.

“C.W. Driver Companies is proud to continue our partnership with Mt. San Jacinto College to provide their students with a best-in-class campus,” said David Amundson, project executive at C.W. Driver Companies. “It was an honor to be able to leverage our decades of experience in higher education to provide students and faculty with a centralized, permanent facility to further their research and learning.”

About the Author

Matt Jones is senior editor of Spaces4Learning. He can be reached at [email protected].

Featured

  • Beyond Four Walls

    Operable glass walls provide a dynamic solution for educational spaces. They align with today’s evolving teaching methods and adapt to the needs of modern learners. Beyond the functional versatility, movable glass walls offer clean, contemporary aesthetics, slim and unobtrusive profiles, and versatile configurations that cater to the evolving needs of students and educators alike.

  • Benson Polytechnic High School in Portland, OR

    Preserving Legacy, Designing for the Future

    As historic academic buildings age, institutions face a difficult decision: preserve and adapt or demolish and rebuild. How do we honor the legacy of these spaces while adapting them to meet the needs of modern learners?

  • Spaces4Learning Trends & Predictions for Educational Facilities in 2026: Part I

    We asked, you answered, and the results are in! Last year, we put out a call for submissions to collect our readership’s opinion on trends and predictions for K–12 and higher education facilities in 2026.

  • Photo credit: Elkus Manfredi Architects

    University of Virginia Selects Design-Build Team for New Residential Complex

    The University of Virginia in Charlottesville, Va., recently announced that it has selected a design-build team for a new upper-class residential development on campus, according to a news release. Capstone Development Partners—in partnership with Elkus Manfredi Architects and the Hoar Construction/Hourigan construction team—will move forward with the three-building, 310,000-square-foot housing facility.

Digital Edition