A new initiative from the Massachusetts Institute of Technology is connecting undergraduate volunteers with high school students across the United States to provide support in calculus, a subject widely considered a gateway to careers in science, technology, engineering, and mathematics. The effort, known as the MIT4America Calculus Project, pairs MIT undergraduates and alumni with school districts to tutor students through weekly online sessions and other educational activities, tells MIT News.
The program launched in 2025 and currently collaborates with 14 school districts across the country, including locations in Montana, Texas, and New York. In one example highlighted by MIT News, a student in a rural Montana district taking calculus without classmates receives weekly virtual tutoring from an MIT undergraduate. The goal is to ensure students studying advanced mathematics—often with limited local resources—have access to expert guidance and encouragement.
Calculus plays a critical role in preparing students for STEM fields, yet many U.S. school districts struggle to offer strong instructional support. About half of the nation’s more than 13,000 school districts offer calculus courses, but many lack sufficient teachers, funding, or specialized resources. By leveraging the expertise of MIT students, the program aims to strengthen existing calculus offerings rather than replace them, working closely with local teachers and administrators to coordinate tutoring sessions.
The tutoring initiative was inspired in part by computer scientist and entrepreneur David Siegel and supported by the Siegel Family Endowment. MIT President Sally Kornbluth described the project as an example of the university’s commitment to public service and expanding educational opportunity.
Beyond improving academic outcomes, the program emphasizes mentorship. Tutors undergo training in teaching methods and communication before working with students, and they often serve as role models who help high school learners imagine futures in STEM fields. Educators involved in the program report that students have gained confidence and become more engaged in their coursework.
Organizers hope to expand the project to around 20 school districts in the near future while continuing summer calculus camps and developing online learning tools. Ultimately, the initiative seeks to widen access to advanced mathematics and open pathways to higher education and technical careers for students nationwide.