MIT Launches National Education Initiative With AI Skills and Hands-On Learning

Teachers and students across the United States are the intended beneficiaries of a new MIT effort to bring AI skills, mathematics and hands-on learning to more classrooms. Launched on October 6, 2026, MIT for America aims to strengthen science, technology, engineering and mathematics education from kindergarten through community college, with direct guidance alongside programs designed for national reach.

MIT President Sally Kornbluth announced the institute-wide initiative in a letter to the university community. The effort will develop new programs and extend existing projects, drawing on MIT's education and outreach work rather than starting every component from scratch.

Three routes into STEM learning

• Mathematical thinking and problem solving: Build on MIT's calculus tutoring project, which connects school students with MIT student and alumni volunteers.
• Living, learning and working with AI: Help teachers integrate AI into classroom learning and develop AI skills in technical-vocational schools and community colleges.
• Designing, making and innovating: Develop hands-on design and fabrication programs, including work in fabrication labs and makerspaces, sometimes through national design challenges.

AI lessons include a say for students

MIT RAISE, short for Responsible AI for Social Empowerment and Education, is a leading program in the initiative's AI work. It provides materials and teacher training intended to help students use AI in ways that complement the skills they are developing.

It's about understanding how AI works and discussing what the values are in your school. It has to be active, involving the students. If you try to force things, about AI one way or the other, that will fail.

Eric Klopfer, faculty co-director of MIT for America, speaking to MIT News

National reach, face-to-face support

The initiative's leaders want programs that can grow nationally without losing direct, face-to-face guidance for learners and educators. The calculus project, launched a year ago, offers one model: MIT undergraduates and alumni volunteer as tutors through partnerships with a growing number of school districts.

The AI work also has an existing route to large audiences. Faculty co-director Cynthia Breazeal says about 1 million students participated in RAISE's Day of AI event earlier this year. That figure describes participation in an existing event, not the number reached by the newly announced initiative.

Hands-on learning has another foundation to build on. The Fab Foundation, which grew out of MIT's Fab Lab program, already offers tools and curriculum at 300 fabrication labs across the United States. Klopfer emphasizes places where people can work together, mentor one another and learn by example.