How to set clear AI expectations for your own classroom — and protect student data — when your school hasn't handed you a policy yet.

Students are already using AI. Many schools still have no clear classroom rules. That leaves teachers in a difficult position: ignore it, ban it, or build practical expectations of their own.

The case for acting is real — as of 2026, about one in five U.S. districts still has no AI guidelines, and barely a third of teachers say their school has formal rules for student AI use. But "acting" has limits worth naming up front. You can set classroom expectations immediately: how students may use AI on your assignments, how they disclose it, and what counts as misuse. Tool approval and student-data decisions are different — those usually should follow your school or district's process, not your own judgement alone. This guide covers both halves: the rules you can set today, and the privacy questions you should route through your institution.

A note on scope: the legal specifics below are for the United States and Canada, where most of our readers teach. The principles travel anywhere, but if you teach elsewhere, check your own jurisdiction's equivalents.

The use policy: what students may do

A good classroom AI policy isn't a ban or a free-for-all. The frameworks that work — from the U.S. Department of Education's school toolkit to widely-used scales built by assessment researchers — share the same handful of components.

The components every use policy needs:

  • Permitted-use levels, set per assignment. The single most useful idea. Rather than one blanket rule, you tell students for each task how much AI is allowed.

  • The most-cited version is the AI Assessment Scale, which runs from "no AI" through to "full AI," each level defined clearly.

  • A disclosure rule. Require students to say when and how they used AI, and to cite it. Disclosure is far easier to teach and enforce than a ban, and it turns a hidden behaviour into a visible one.

  • A link to academic integrity. Misuse of AI should be handled the same way as any other integrity issue — not as a mysterious new category.

  • Clear consequences. State what happens when the rule is broken, tied to your existing code of conduct.

  • Communication. A policy nobody reads does nothing. Put it in writing and say it out loud in week one.

A model class policy you can adapt

Sample — read aloud in week one:

"For each assignment, I will tell you whether AI use is (a) not allowed, (b) allowed for brainstorming, (c) allowed for feedback, or (d) allowed more fully. Unless I say otherwise, the work you submit must be your own words and thinking. If you use AI, disclose which tool you used and how. Misuse of AI will be handled like any other academic-integrity issue."

This four-level shape mirrors what real schools publish. One U.S. high-school handbook, for example, puts the responsibility squarely on the teacher to "provide students with notice of whether AI use is permitted on a particular assignment," and defines specific tiers like "AI-assisted editing." Borrow the structure; adjust the levels to your subject. And align with your district where you can: if there's any official guidance, your class policy should sit inside it, not contradict it.

The framework behind the levels: the AI Assessment Scale

The four-level shape above is a simplified version of a published framework worth knowing by name: the AI Assessment Scale (AIAS), developed by Mike Perkins, Leon Furze, Jasper Roe, and Jason MacVaugh. Its premise is simple — a binary "use it / don't use it" rule is too blunt, so it gives you a scale of permitted AI use that you set per assignment based on what you're trying to measure. The original scale has five levels:

  • Level 1 — No AI. Completed entirely without AI; students rely on their own knowledge and skills.

  • Level 2 — AI Planning. AI allowed for brainstorming, structuring, and generating ideas — but the work itself is the student's.

  • Level 3 — AI Collaboration. AI may improve the clarity or quality of the student's own work; no new content created by AI.

  • Level 4 — Full AI (with commentary). AI completes parts of the task, and the student critically discusses and evaluates what it produced.

  • Level 5 — Full AI. AI is used freely to meet the assessment's goals, as a genuine co-pilot.

(The authors released a revised version in 2025, refined for K-12 and reframing the top level as "AI Exploration." The core idea — pick a level per task by your learning goal — is unchanged.)

This isn't only theory. In one single-institution pilot, AIAS adoption coincided with fewer AI-related misconduct cases and improved attainment and pass-rate measures (the authors report a 5.9% rise in attainment and a 33.3% increase in module pass rates). Treat it as encouraging rather than conclusive — but the logic is sound: when expectations are explicit, far fewer students cross a line they didn't know was there.

What the levels look like in two real assignments

The scale only clicks when you see it applied. Here's the same assignment set at different AIAS levels — once in language arts, once in math.

A persuasive-essay assignment (language arts):

  • Level 1 (No AI): Students write the essay in class, from texts you read together. You're assessing their own argument and voice.

  • Level 2 (AI Planning): Students may ask AI to help brainstorm angles or outline — then write every word themselves, and submit their AI brainstorm alongside the essay.

  • Level 3 (AI Collaboration): Students write the essay, then use AI to tighten clarity and grammar — no new arguments generated by AI.

  • Level 4 (Full AI + commentary): Students have AI draft a counter-argument, then write a critique of where the AI's reasoning is weak.

A problem-solving assignment (math):

  • Level 1 (No AI): Students solve the problem set in class, showing every step.

  • Level 2 (AI Planning): Students may ask AI to explain the concept or suggest which method fits — then solve on their own.

  • Level 3 (AI Collaboration): Students solve the problems, then use AI to check their work and explain any step they got wrong.

  • Level 4 (Full AI + commentary): Students have AI solve a problem, then must find and explain an error in its solution.

Notice that the higher levels don't mean "less learning" — they move what you're assessing from production toward judgement. Label the level on the assignment itself, and students never have to guess.

The data-privacy half teachers usually miss

Here's the part most class AI policies skip entirely: the moment you put an AI tool in front of students, you're making a data-privacy decision, and you're doing it inside a legal framework whether you know it or not.

The one rule to remember:

Do not require students to enter identifiable personal information, schoolwork, or education records into any AI tool unless the tool has been approved by your school or district. If you remember nothing else from this section, remember that.

This is not legal advice. Treat the rest of this section as a practical checklist of questions to raise with your school, district, or privacy officer — not as an interpretation you should make on your own. The laws below set the stakes for why that approval process exists.

The laws that set the stakes (US & Canada)

  • COPPA (Children's Online Privacy Protection Act). Governs online services collecting data from children under 13. The FTC allows a school to consent on parents' behalf when a service is used "solely for the benefit of" the school — but recommends that schools, not individual teachers, decide whether a tool's data practices are appropriate. Don't unilaterally sign your under-13 class up for a consumer chatbot; route it through your school.

  • FERPA (Family Educational Rights and Privacy Act). Protects "education records." Its "school official" exception lets you share student information with a vendor without separate parental consent — but only when that vendor uses the data for the school's purposes and under its control. A free chatbot with no agreement doesn't meet that bar.

  • State student-data-privacy laws. Most states now have one, often modeled on California's SOPIPA, which bars using students' data for targeted advertising or non-educational profiles. Check your own state's law.

  • For Canadian teachers. PIPEDA sets the federal baseline; schools are also governed by their province's public-sector privacy law. The takeaway is identical: before a tool touches student data, know who controls it, where it lives, and what they may do with it — and route the decision through your school.

This isn't theoretical

The FTC has actually enforced this. In its order against the ed-tech company Illuminate Education — after a breach exposed the data of millions of students — the company was required to implement a data-security program and limit the data it collects and retains. Student data is regulated, and the regulators are watching.

A 30-second check before you adopt any tool

  • Is it district-approved? If you're not sure, ask before you assign it.

  • Is there an education or enterprise version? Education/enterprise tiers often provide stronger contractual protections than consumer versions (e.g. ChatGPT Edu, Gemini for Education, Microsoft 365 Copilot). Check current terms — they change often.

  • Is there a data-protection agreement? Schools rely on standardized ones — the Student Data Privacy Consortium's National Data Privacy Agreement and 1EdTech's TrustEd Apps certification exist so you don't vet every tool from scratch.

  • Never require identifiable student data in a consumer tool. No real names, addresses, or personal details typed into a free chatbot.

The bottom line — and where to start

Your classroom AI rules are a promise to your students: here's how you may use this tool, and here's how I'm protecting your information while you do. The first keeps learning honest. The second is mostly about routing data decisions through the people whose job it is to make them. You can set the rules today; the privacy half is a set of questions to raise, not calls to make alone.

Start with one paragraph in your syllabus: when AI is allowed, how students disclose it, what happens when they misuse it, and which tools are approved. Then add the privacy line: no student data goes into unapproved tools. That paragraph — said out loud in week one — gives your students something most schools still haven't.

📎 Free download: "Classroom AI Policy Starter Kit" — a ready-to-adapt policy + privacy checklist for your syllabus.

Sources

  1. "Most Teachers Receive No Formal Guidance on AI Use." Gallup, 2026-05-27. https://news.gallup.com/poll/710534/teachers-receive-no-formal-guidance.aspx

  2. "AI Guidance for Schools Toolkit." TeachAI, 2025-05-05. https://www.teachai.org/toolkit-guidance

  3. "The Artificial Intelligence Assessment Scale (AIAS)." Journal of University Teaching and Learning Practice, 2024-04-30. https://doi.org/10.53761/q3azde36

  4. "Complying with COPPA: FAQ." Federal Trade Commission, 2020. https://www.ftc.gov/business-guidance/resources/complying-coppa-frequently-asked-questions

  5. "Responsibilities of Third-Party Service Providers under FERPA." Protecting Student Privacy, 2015-08. https://studentprivacy.ed.gov/sites/default/files/resource_document/file/Vendor%20FAQ.pdf

  6. "National Data Privacy Agreement." Student Data Privacy Consortium, 2025-11-19. https://privacy.a4l.org/national-dpa/

Disclosure: Hossein works in AI and builds AI-related products. AI by Age takes no AI-vendor sponsorships. Full disclosure on our About page.

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