By: Shriya Jha.
When my friend first took the SAT, her immediate reaction was “I’m no good at math.” She was taking advanced math courses and had managed to earn consistently good grades in the subject. Yet as she stared down a section of lengthy word problems, data tables, and seventh-grade algebra, she couldn’t help but notice that the questions looked vastly different from her school math tests. The score she received was well below what her transcript promised, but she isn’t alone in this struggle. Her confusion points to a larger, uncomfortable truth: the American education system is not actually teaching students to perform well on the SAT’s math section– it’s teaching students to simply survive their math classes, which is a different skill entirely.
The gap is not a matter of laziness or luck, but rather a structural issue. The SAT Math section, especially since its redesign in 2016 and recent shift to a digital format, rewards a version of mathematical fluency that classroom instruction rarely centers on: flexible problem-solving, speedy and rational decision-making, and the ability to translate wordy problems into formulas under pressure. Most students are taught to memorize methods, not to adapt alongside the problems they solve. American students often memorize, practice 20 related problems, take a quiz, and forget. That approach may work for passing unit tests, but not for the quick wit that the SAT demands.
A major part of the problem is a curricular mismatch. The SAT draws from a specific part of math– algebra, geometry, some trigonometry, and lots of problem solving and data analysis, which includes ratios, percentages, and statistical reasoning. But American math curriculums are wildly inconsistent from district to district, and even student to student. For a student who takes Algebra I in eighth grade and reaches precalculus in junior year, the specific proportion and ration problems may be a struggle, because those topics were taught in sixth or seventh grade and never revisited. Math education constantly progress forward, so once a topic is “complete,” it’s rarely circled back to, although standardized testing assumes students have years of accumulated fluency.
Moreover, there is a fundamental issue with how math is taught to begin with. Many classrooms still emphasize getting the right answer through memorized formulas rather than building conceptual number sense. Students learn to plug numbers into equations without necessarily understanding how the formula works or how to adapt it when a problem is phrased in a striking new way. The SAT is infamous for taking a familiar concept and wrapping it up in bizarre scenarios. Students who have only practiced isolated, clearly labeled problem types freeze when the formatting changes.
Equity makes the whole situation look much worse. Families with adequate resources fill the gap created by the education with tutors, test-prep courses, and books that explicitly teach SAT material. Students without those resources are left relying on classroom instruction that has never been designed with the SAT in mind. Oftentimes, the result has less to do with raw mathematical prowess and more to do with who got coached on how to crack the test’s particular logic.
Some educators argue that the fix isn’t to teach the test material in schools but to scratch the test entirely, and the test-optional rhetoric that gained high backing during the pandemic reflects that instinct. Hundreds of American colleges have dropped SAT and ACT requirements, arguing that they measure privilege as much as they do ability. Others push back, noting that standardized tests, for all their flaws, offer one of the few common benchmarks across wildly different high schools and grading systems, and some research suggests that they might identify strong students who are otherwise overlooked due to their school’s inconsistent grading.
What’s harder to dispute is the mismatch itself. Whether or not the SAT should carry as much weight as it does, students are still taking it by the millions, and most are walking in undertrained for the specific focus it demands.
My friend retook the SAT after months of targeted practice– she didn’t gain new math knowledge, but practiced tricks and learned how to decode word problems. Her score jumped significantly, but she hadn’t necessarily gotten smarter; she had learned the test.
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