University of California Roughly 1 in 200 incoming first-year students in 2020 tested below a high-school level in mathematics. Five years later, nearly 1 in 8 did. The same report found that 70% of those underprepared students fell below middle-school proficiency, representing roughly 1 in 12 members of the entire entering cohort. Those numbers did not emerge from a political campaign or an outside critique. They came from a University of California admissions working group examining the students already arriving on campus.
That finding now sits behind the University of California's decision to launch a comprehensive review of its standardized testing policy. The review follows a massive revolt by faculty members who say something unusual is happening inside classrooms that were supposed to be teaching advanced quantitative subjects. Instructors report that they are re-teaching middle-school mathematics while simultaneously teaching the material students need for sciences, engineering, economics and other quantitatively demanding fields. A university system built around college-level instruction is spending part of its teaching capacity repairing gaps that faculty say should have been resolved years earlier.
The scale of the pushback matters. More than 1,400 faculty members signed an open letter demanding the return of SAT and ACT mathematics requirements for STEM admissions. The campaign secured support from seven of UC's nine mathematics department chairs. Another faculty effort counted more than 1,300 signatories, including 45 STEM department chairs. A separate appeal described hundreds of professors, including seven of nine math department chairs, calling for the restoration of testing requirements. The numbers differ across petitions, but the direction does not. Faculty opposition has moved from departmental concern to institution-wide pressure.
Confidence in admissions signals has weakened as classroom pressures intensify
What transformed that pressure into a policy review was not merely the presence of weaker students. It was the erosion of confidence in the tools replacing standardized tests. Professors warned that high-school transcripts have become "nearly meaningless" because of grade inflation. They argued that application essays have been compromised by widespread use of generative AI. If faculty no longer trust grades and no longer trust essays, the admissions process loses two of its principal signals at the same moment.
That is why the argument emerging from mathematics departments is less about testing than measurement. Karajean Hyde, co-director of the UC Irvine Math Project, told Fox News Digital that objective benchmarks are needed to restore academic baselines. Hyde argued that standardized testing plays an important role in ensuring a stable measure of where the bar is. The point is not that a student can be reduced to a score; Hyde explicitly rejected that idea. The point is that a university cannot manage readiness if the definition of readiness keeps moving.
Faculty members increasingly describe readiness as the scarce resource. They acknowledge UC's history of helping under-resourced students succeed. They also note that the university system has finite resources. Every hour spent reteaching middle-school mathematics is an hour unavailable for the material STEM students are expected to master. The trade-off is already visible in the classroom.
That trade-off explains the language of the faculty letters. Professors say that without standardized testing they do not know whether incoming students can handle college-level mathematics. They warn that placing underprepared students into demanding STEM fields without baseline checks could ultimately hurt the very students the policy intended to help. Their argument is not that access and standards are competing goals. It is that admitting students into quantitatively intensive programs without a reliable measure of preparedness risks turning access into a promise the institution cannot keep.
The debate now turns on whether readiness can be measured reliably
The university leadership has not yet decided whether testing will return. President James B. Milliken said the faculty-led review will examine both preparation and admissions, including whether standardized testing should be reinstated. The Board of Regents is expected to receive an initial update in July. The review therefore arrives at a narrow but consequential question: what happens when a university loses confidence in every major signal it uses to judge academic readiness?
The answer is already visible in the data that triggered the review. A near-thirtyfold increase in underprepared students, faculty reteaching middle-school mathematics, transcripts professors describe as nearly meaningless, and essays they say have been compromised by AI all point to the same problem. The pressure is not landing on admissions offices. It is landing in classrooms. The unresolved issue before the University of California is whether a system that no longer trusts its measures of preparedness can continue to claim it knows what preparedness looks like.
