Fresno Unified School District is preparing for a substantial decrease in student enrollment, with projections indicating one of the steepest drops in recent history. A new analysis by consulting firm SchoolWorks forecasts a net loss of 1,199 students for the 2026–27 school year, an increase from the 1,044 students lost the previous year. District officials have previously stated an expectation of losing approximately 4,000 students by the 2028–29 school year.
Over the past decade, the district has already seen its student population shrink by about 4,000. The latest projections suggest a similar number could be lost in the coming years, with freshman and senior classes expected to decrease by roughly 600 students. High schools are anticipated to be most affected by these losses. Roosevelt High School is projected to lose 132 students, McLane High School 90, and Fresno High School 67. Conversely, the district's elementary schools are expected to see the largest enrollment gains, with Figarden Elementary projected to add 32 students. Mao Misty Her, the superintendent of Fresno Unified School District, oversees the district's response to these enrollment trends. The enrollment projections are updated annually by the district's chief of operations, Paul Idsvoog, with final figures becoming clearer as students register for the upcoming school year.
Experts and district officials attribute the continuing enrollment decline to several factors, including declining birth rates, shifting migration patterns, and California's increasing cost of living. These demographic and economic pressures are creating significant financial challenges for the district. Fresno Unified has already eliminated hundreds of jobs as it works to close a projected budget deficit of approximately $23 million. The district is also considering school and program consolidations as potential long-term solutions.
In contrast, neighboring Clovis Unified has experienced growth, reaching a record enrollment of 43,254 students during the 2025–26 school year, highlighting a divergent trend within the region.