Boston is launching a districtwide AI literacy program for high school students, a public-private partnership announced March 26, 2026, that officials said makes the city the first major U.S. school system to set proficiency in artificial intelligence as a goal for every graduate. The initiative will start in 20 of Boston Public Schools' high schools in September 2026 and is supported by a $1 million seed grant from tech entrepreneur and BPS graduate Paul English.
Boston's AI literacy plan
UMass Boston's Paul English Applied Artificial Intelligence Institute will develop the curriculum and provide teacher training, according to the city's announcement. Training for educators begins in summer 2026 at the university. Mayor Michelle Wu said the curriculum will be grounded in ethics and critical engagement, teaching students to tell when AI is inaccurate, and that the program will not substitute for existing learning nor share student data with outside entities. The initiative includes AI ambassador positions, professional development for teachers, industry-informed content, college-level AI coursework at UMass Boston for some students, and hands-on experiences such as hackathons and internships.
Superintendent Mary Skipper said BPS already has nearly 30 teachers qualified as AI fellows from prior work. A new Boston Public AI Advisory Board, co-chaired by English and Ellen Rubin, will review curriculum and connect students with industry mentors.
State-level action on AI literacy
Boston's move comes as state legislatures across the country consider similar mandates for AI education. While no state has yet enacted a standalone AI graduation requirement, several bills are advancing.
- Hawaii HB 1887, if passed, would require all public school students in grades 11 and 12 to complete an AI literacy course as a graduation condition beginning in the 2027-28 school year, with a minimum six-week duration covering definitions, machine learning, generative AI, and ethics.
- Florida SB 1694 would amend state law to require that high school computer science courses include instruction on AI, including how AI systems use data and the benefits, limitations, and risks.
- Arizona HB 4005 would require instruction on ethical, moral, and educational uses of AI in grades 3, 6, 8, 10, and 12 starting in the 2027-28 school year, covering prompt writing, ethical considerations, and potential threats.
- Iowa SF 2094 would require all high school students in the graduating class of 2030-31 to complete one semester of computer science and artificial intelligence, with standards covering what AI is, how it works, how to design it, and societal impact.
- Connecticut's 2025 AI law adds computer science, including AI and emerging technologies, to the required curriculum beginning in the 2026-27 school year, but districts retain flexibility to integrate the material into existing courses rather than creating a standalone requirement.
These legislative efforts, all in progress as of spring 2026, show a range of approaches. Some bills propose specific grade-level mandates and graduation conditions, while others embed AI into existing computer science or general coursework.
Unresolved details and funding questions
Despite the ambitious announcement, several key details remain unspecified. WBUR reported, and a city spokesperson later clarified, that the goal is AI proficiency for graduates but the program is not yet a formal graduation requirement. It is unclear what the course will look like and which grades will have access when the program rolls out.
Erik Berg, president of the Boston Teachers Union, expressed guarded optimism, supporting professional development for educators but questioning whether a one-time $1 million private grant will sustain the program once the money runs out. He also emphasized the need for data security safeguards, which city officials have said the program will include.
The initiative builds on AI guidance released by the Massachusetts state education department ahead of the 2025-26 school year, which included principles for ethical use and a framework for districts integrating AI in the classroom. Implementation details, including the full curriculum and any future steps toward a formal graduation requirement, are expected to be developed as the program expands districtwide.