California State University, Los Angeles announced on Monday that it is converting classes and most campus functions to online formats following a failure of its central cooling system. The decision comes as the university contends with a severe heat wave affecting Southern California, which has strained building equipment across the region.
University officials said the central air conditioning malfunction made it unsafe to hold in‑person instruction in many buildings. Where possible, courses will be delivered through the school's digital platforms, and administrative services will also be conducted remotely until repairs are completed. The shift applies to both undergraduate and graduate programs, with faculty instructed to post course materials and hold virtual sessions as soon as practicable.
The heat wave, described by meteorologists as one of the most intense periods of high temperature in recent years, has prompted similar disruptions at other educational institutions in the area. Campus facilities at several colleges have reported equipment breakdowns, prompting administrators to reassess on‑site operations during extreme weather.
Cal State LA's facilities management team is working to assess the extent of the cooling system damage and to coordinate repairs. No timeline has been provided for when normal classroom conditions might resume, but the university emphasized its commitment to maintaining academic continuity while prioritizing the health and safety of students, staff, and faculty.
Students were notified of the change through email and the university's online portal, with instructions to check individual course pages for updates. The university also urged students to stay hydrated and to seek shelter in climate‑controlled environments if they need to be on campus for any reason.
The university's swift transition to remote instruction reflects a broader trend of institutions adapting to climate‑related challenges, ensuring that education can proceed despite infrastructure setbacks caused by extreme heat.