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AI Ethics Case Court
Educators put fictional AI uses in grading, proctoring, detection, and monitoring on trial, then issue rulings with conditions that could become real policy.

All activities Professional learning
Teachers read a mock app privacy policy the way a 12-year-old would, then audit the real tools in their own classroom and decide what to keep, change, or replace.
Every app, extension, and AI tool we put in front of students collects something: names, voices, writing, clicks, sometimes location. Teachers are often the first, and last, person to decide whether a tool is used, yet few of us have read the policies. In this session, participants first experience a mock privacy policy for a fictional AI story app from a student's point of view, then use a 12-item audit to review two real tools they use, and leave with a plan to teach students the same habit of asking "What does this app know about me?"
Hook
Each person writes every tool students used in the last two weeks on sticky notes, one per note, and stacks them. Ask the room to call out their counts. Then say: "Each note is a place your students' information may live. Today we find out what those places know, and whether we'd be comfortable if our own child's name were in each one."
Facilitator noteCounts vary widely. Don't shame anyone with a tall stack; the goal is awareness, not guilt.
Explore
Participants read Handout A as a sixth grader who just wants to make a story. First pass (2 minutes): "Would you click 'I agree'?" Everyone would. Second pass, as teachers: highlight in one color what the app collects, in another where it goes (sharing, training, retention). In pairs, list the three things they'd most want a parent to know.
Facilitator noteLook-for: pairs catch that stories and voice recordings may be used to train AI models (paragraph 4), that "partners" is undefined (paragraph 5), and that data is kept "as long as necessary" with no clear end (paragraph 6).
Model
Project Handout B and walk through it for StoryBuddy AI, narrating each decision. "Item 1: is it on our district's approved list? I'd check that first, because the district may already have a data privacy agreement that changes what the vendor may do. Item 5: can I turn off using student content to train AI? The policy says 'you may contact us to opt out.' That's a No for an easy setting." Briefly name the relevant federal laws: FERPA protects the privacy of student education records, and COPPA governs how online services collect personal information from children under 13. Then say: "You don't need to be a lawyer. You need to know when to ask your tech department."
Facilitator noteKeep the legal part short and accurate. Participants should leave knowing who in the district answers these questions, not trying to interpret law themselves.
Apply
Each person chooses two tools from their sticky-note stack: one they use often and one AI tool or free app they're unsure about. On devices, they check the district list, open each tool's privacy policy (often linked at the bottom of the home page), and look in account or admin settings for data, sharing, and AI options. They complete Handout B for each tool, then log the result on Handout C with an action: keep, change settings, replace, or ask the tech department. Partners check each other's highest-risk tool together.
Facilitator noteMany people find a tool they love has a setting they never knew about, such as whether student work is visible publicly. That discovery is the win. If a policy is impossible to understand, that's a finding: record it as a question for the tech department.
Debrief
Go around quickly: each person names one tool and one action. Chart the actions in four columns. Ask: "What surprised you? What would students need to know to protect themselves in these same tools?" Close by connecting to students: "Our students will spend their lives clicking 'I agree.' The habit we want them to have is the one you just practiced: ask what it collects, where it goes, and whether you can say no."
Facilitator noteIf a tool turns out to be unapproved and collecting student data, remind people to follow district procedures rather than posting about it publicly.
Transfer
Each person sketches a 15-minute student lesson on the back of Handout C: students look at one tool the class uses and answer three questions in their own words: "What does this app know about me? Who else might see it? What can I choose not to share?" Younger students do it with the teacher reading the policy aloud; older students read it themselves.
Facilitator noteFor students, center actions they control: using a nickname where allowed, not typing personal details into AI tools, checking what is public, and asking a trusted adult before signing up for anything.
Run Hook, Explore, and Model entirely on paper with Handout A. For the audit, participants complete Handout B from memory and mark every item they can't answer as "Don't know." Those unknowns become a written question list to send to the district technology department, which is itself a useful product. The student lesson can also run unplugged with a printed, read-aloud policy excerpt.
Participants audit live: the district approved-app list, each tool's actual privacy policy, and its account and AI settings. Handout C can be a shared spreadsheet so a campus sees its whole tool inventory in one place, which helps the technology department prioritize. In a virtual session, use breakout pairs and share screens during the audit.
Does it need a screen? Reading the real policy and clicking through real settings is the only way to find what your own tools actually do. The mock policy teaches the questions, but the live audit is where teachers find the setting they didn't know existed. That discovery produces changed practice.
What you should be able to see or collect if it worked.
Teachers audit the privacy policies of tools they use and plan a student lesson on asking what an app knows, the privacy-and-security substrand.
Complete audits for your remaining tools over the next month and share your inventory with your campus technology contact. Teach the three-question student lesson with one tool your class already uses, and collect students' answers as evidence of what they understand about their own data.