When Senator Bill Cassidy recently questioned whether K–12 systems are adequately preparing students for college-level math, he touched a nerve in the national conversation. We see the symptoms everywhere: rising remediation rates, struggling freshmen, and a growing “readiness gap”–the chasm between student skills and college expectations.
However, if we only look at the gap through the lens of higher education, we are looking at the wrong end of the pipeline. The readiness gap isn’t a failure of student ability; it is a predictable outcome of K–12 systems that aren’t intentionally designed around how students actually learn.
Solving this doesn’t require finger-pointing between colleges and K–12 districts. Instead, it requires us to acknowledge that the readiness gap is a systems design problem. If our foundational instruction is fragmented or misaligned, college readiness will remain elusive.
Much like the science of reading movement required a massive shift in how we prepare educators and invest in professional development, math requires comparable commitment. We must address the reality that many K–6 educators graduate from preparation programs without the deep math content knowledge or pedagogical training needed to foster true mathematicians. To bridge the gap, we must rebuild our systems upon three essential pillars.
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