MIT has turned its attention to a long‑standing gap in U.S. secondary education: roughly half of high schools do not offer calculus, according to the National Survey of Science and Mathematics Education covering 13,000 districts. Without a calculus class, students lose a de‑facto prerequisite for elite STEM programs, effectively narrowing their college and career pathways. The gap deepens college‑admissions inequity and shrinks the engineering pipeline.

To address the shortage, the institute launched the MIT4America Calculus Project in fall 2025 with backing from the Siegel Family Foundation. Developed by the STEP Lab, the initiative trains MIT undergraduates and alumni to deliver weekly remote tutoring to under‑resourced schools. Early rollout involves 30 tutors working with 14 districts, aiming to expand to about 20 by summer. Tutors gain training and MIT digital tools.

The first cohort helped students prepare for AP calculus exams, citing persistence and the tutors’ patience as decisive factors. By pairing MIT talent with schools lacking formal calculus instruction, the project creates a scalable model for bridging curriculum gaps. Metrics will track exam scores and college enrollment to gauge long‑term impact.