Many school leaders approach this conversation by leading with policy: here are our rules, here is what students are and are not allowed to do. Policy matters, but it is the wrong starting point with parents who may not yet know what generative AI is or how their child is already using it.
A more useful opening frames the situation plainly. According to a February 2026 Pew Research survey of U.S. teens, a majority are now using AI chatbots, with about 1 in 10 reporting that chatbots help with all or most of their schoolwork.2 The same survey found that 16% of teens use chatbots for casual conversation and 12% turn to them for emotional support or advice. Parents deserve to know what the landscape looks like before you ask them to engage with a policy.
Lead with the facts, not the rules. This approach builds trust and positions the school as a source of honest information rather than institutional cover.
Most parents, when they hear 'AI and students,' immediately think cheating. That concern is real and worth addressing. But a Harvard Graduate School of Education report found that when teens were asked what they most wanted adults to understand about how they use AI, the most common answer was: it is not only used to cheat.
3 Students reported using these tools to brainstorm, get unstuck on problems, and explore creative work.
At the same time, a December 2025 RAND survey of over 1,200 students found that 67% of middle and high schoolers who use AI for homework worry it is harming their critical thinking skills.4 Students themselves are ambivalent about the technology. Parents who understand this are better equipped to have useful conversations at home, which is exactly the outcome schools should want.
A productive parent communication addresses both sides: here is where AI can genuinely help your student, and here is where the risks are real and worth paying attention to.
The single most useful thing a school can give parents is not a list of prohibited tools or a glossary of AI terms. It is a conversation starter they can use at home tonight.
Research from education experts recommends a straightforward approach: sit with your child in front of a device, ask an AI chatbot a question together, and then talk about the output. Is it accurate? How would you check? Does anything sound off? Marc Watkins, a University of Mississippi lecturer who researches AI and education, frames the principle this way: 'Bans don't generally work, especially with teens. What works is having conversations with them, putting clear guidelines and structure around these things and understanding the do's and don'ts.'5
Schools can model that approach. A short parent workshop, a brief video, or even a one-page guide that gives families three questions to try at home is more likely to produce lasting behavior change than a policy document families file away and never read.
A useful parent communication on AI covers four things. First: what the most common tools are and roughly what they do, without going into technical detail. Second: how students at your school are using them, based on whatever information you have. Third: where the school's policy stands and how families can ask questions. Fourth: two or three specific things parents can do or discuss at home.
What to skip: extended technical explanations of how large language models work, long lists of AI tools, predictions about where AI is headed, and anything that sounds like a legal disclaimer. Parents are not looking to become AI experts. They are looking for enough context to be a useful presence in their child's digital life, and for confidence that the school is paying attention.
Most families can absorb this in a single well-run meeting or a brief written communication. When the conversation involves a student who has already run into a specific problem with AI, whether it be a disciplinary issue, a safety concern, or a more complex question about a particular tool, that is when it becomes worth bringing in outside expertise to ensure the response is both accurate and appropriate.
We do not believe this problem is unsolvable. But solving it starts with knowing what it is. The students at Westfield High School did not encounter something exotic or theoretical. They encountered tools their classmates downloaded on a phone. That is the scale of the problem, and it calls for a response that matches it.
