Course

AI Literacy for Students

Teach your students to use AI honestly, critically and safely — with classroom-ready lessons for every stage.

Modules

Each module: clear learning outcomes → what to teach students → a classroom-ready activity (often using the Lessio generator) → interactive knowledge checks. Mapped to the Australian Professional Standards for Teachers.

Click a module to read it.

1. 1

   Why AI literacy — and what it actually means

   Why this can't wait, the four capabilities of an AI-literate student, and how it changes from K–6 to 7–12 — embedded in your teaching, not a new subject.~45 min

   By the end of this module you'll be able to:

   • Explain why building students' AI literacy is now part of your role.
   • Describe the four capabilities of an AI-literate student.
   • Identify where AI literacy fits inside your existing teaching, and how it differs by stage.

   Standards2.6 Information and Communication Technology (ICT)1.1 Physical, social and intellectual development of students4.5 Use ICT safely, responsibly and ethically

   Why this can't wait

   Your students are already using AI — for homework, for curiosity, for connection. The Australian Framework for Generative AI in Schools makes building students' AI literacy an explicit goal under its Teaching & Learning principle: schools should help students use AI to support their learning, creativity and critical thinking — not just consume it. If we don't teach it, students learn AI habits from each other and from whatever tool they found first. That's the gap this course closes.

   What "AI literate" actually means

   A teachable definition — four capabilities a student should leave school with:

   Capability	The student can…
   Understand	explain, simply, what generative AI is and isn't — a pattern-predictor, not a knower
   Use	use AI effectively for the right tasks, with a clear prompt
   Question	critically evaluate outputs — spot errors, bias, and things that sound right but aren't
   Act ethically & safely	use AI honestly, protect their privacy, and know its limits

   This course gives you the content and classroom-ready activities for each — adapted for primary and secondary.

   Age matters — K–6 vs 7–12

   • K–6 / younger: mostly learning about AI, with the teacher driving — what it is, that it can be wrong, that it isn't a person. Direct student use is limited; note that NSWEduChat is available to students from Year 5, so younger students generally don't have school access.
   • 7–12: students use AI directly — so honesty, critical evaluation, privacy and (for seniors) HSC/RoSA integrity move to the front.

   Teach the same four capabilities at every stage; change the depth and how much the students drive.

   It's embedded, not a new subject

   AI literacy isn't a standalone mandated syllabus — you build it inside your existing teaching: a critical-evaluation moment in a research task, an integrity conversation before an assessment, a "how does this actually work?" aside in any subject. This course shows you where it naturally fits.

   Activity — map where it fits (10 min)

   Take a unit you teach next term. Find two natural moments to build one of the four capabilities (e.g. a research lesson → Question; an assessment briefing → Act ethically). Note them — you'll build one into a lesson in the capstone.

   Knowledge check

   1What are the four capabilities of an AI-literate student?

   Show answer

   2From which year do NSW public-school students get NSWEduChat, and why does that shape your teaching?

   Show answer

   3Is AI literacy a separate subject you must timetable?

   Show answer

   Mark this module complete
2. 2

   Teaching students how AI works (and where it's wrong)

   A plain-English model you can explain, stage-appropriate explanations for students, a live 'catch the mistake' demo, and the three limits every student needs.~50 min

   By the end of this module you'll be able to:

   • Explain, in plain terms, how a generative AI model works and why it can be wrong.
   • Deliver a stage-appropriate explanation and a live demonstration to students.
   • Teach the three limits — hallucination, bias and no real understanding.

   Standards2.6 Information and Communication Technology (ICT)3.3 Use teaching strategies3.4 Select and use resources

   A teacher's plain-English model

   Generative AI predicts the next word from patterns in a huge amount of text. It produces plausible language, not verified truth. It doesn't know things or understand your student — and when it doesn't know, it often makes something up that sounds right (a hallucination). Three ideas your students need: it predicts, it can be confidently wrong, and it carries bias from the text it learned from.

   A student-ready explanation (adapt by stage)

   • Primary: "It's like the world's biggest autocomplete. It guesses what word comes next from everything it has read. It can be wrong — and it never says 'I'm not sure'."
   • Secondary: "It's a prediction engine trained on huge amounts of human writing. It models how language usually goes, not what's true. That's why it can write a confident, beautiful, completely wrong answer."

   Show, don't tell — a classroom demo

   Ask the tool something your students can check — a local fact, a maths problem, a made-up book — and let them catch the error. The lightbulb moment — "it sounded so sure, and it was wrong" — teaches more than any slide.

   Name the three limits, with examples

   Limit	What students see	Teach them to…
   Hallucination	confident, made-up facts, quotes or sources	check against a trusted source
   Bias	a narrow or stereotyped view	ask "whose perspective is missing?"
   No real understanding	misses context, nuance, their situation	bring their own judgement

   Activity — generate a student explainer (12 min)

   Use Lessio (or NSWEduChat) to draft a one-page, stage-appropriate "How AI works" explainer for your class, then edit it into your own words. Keep it for the capstone lesson.

   Knowledge check

   1In one student-friendly sentence, what does a generative AI do?

   Show answer

   2Why is a live 'catch the mistake' demo more powerful than just explaining hallucination?

   Show answer

   3Name the three limits students must understand.

   Show answer

   Mark this module complete
3. 3

   Using AI honestly — integrity students can understand

   The green/amber/red line students actually struggle with, what NESA expects (especially seniors), and building a class AI-use agreement instead of just policing.~50 min

   By the end of this module you'll be able to:

   • Make the line between honest and dishonest AI use explicit for students.
   • Explain what NESA expects of students using AI, especially in senior years.
   • Co-create a class AI-use agreement and design tasks that make process visible.

   Standards4.5 Use ICT safely, responsibly and ethically7.1 Meet professional ethics and responsibilities3.3 Use teaching strategies

   The line students actually struggle with

   Students usually aren't trying to cheat — they're unsure where the line is. Your job is to make it explicit. A frame they can hold:

   • Green (usually fine): using AI to explain a concept, check their understanding, brainstorm, or get feedback on their own work — and learning from it.
   • Amber (ask / disclose): using AI to draft or structure something they'll submit — it depends on the task and the teacher's rules; disclose it.
   • Red (not okay): submitting AI work as their own, or using it when a task forbids it. That's misrepresentation — a form of malpractice.

   What NESA expects (especially seniors)

   Schools decide whether AI is permitted for a given task, and students must uphold integrity. For the HSC and RoSA, malpractice — including presenting AI-generated work as their own — can jeopardise a student's results. Teach seniors this explicitly; don't assume they already know where the line sits.

   Build the norm, don't just police it

   Co-create a short class AI-use agreement: when AI is and isn't allowed here, how to disclose it, and why. Students follow rules they helped write. Pair it with task design that makes their process visible — drafts, in-class writing, talking through their thinking — which is far more reliable than "AI detectors" (which are not dependable).

   Model it yourself

   Tell students when you used AI — to draft a resource you then checked and improved. Your transparency makes theirs normal.

   Activity — draft a class AI-use agreement (12 min)

   Use the prompt library below to draft a stage-appropriate AI-use agreement, then plan how you'll co-create the final version with your class.

   Knowledge check

   1A Year 11 student submits an AI-written paragraph as their own work. What is that, and what's at stake?

   Show answer

   2Why co-create a class AI-use agreement rather than just issue rules?

   Show answer

   3Why rely on task design over 'AI detectors' to assure honesty?

   Show answer

   Mark this module complete
4. 4

   Thinking critically — teaching students to question AI

   The 'don't trust, verify' habit, classroom games that build it, and how critical evaluation of AI is the same muscle students already use for any source.~50 min

   By the end of this module you'll be able to:

   • Teach students a repeatable routine for evaluating AI outputs.
   • Run classroom activities that build critical evaluation as a habit.
   • Connect critical evaluation of AI to existing research and literacy skills.

   Standards2.6 Information and Communication Technology (ICT)3.3 Use teaching strategies4.5 Use ICT safely, responsibly and ethically

   The core skill: don't trust, verify

   The single most important habit: treat every AI output as a draft to check, not an answer. Teach students a quick routine they can use anywhere:

   1. Plausible isn't true — ask "how would I know if this is right?"
   2. Cross-check one key claim against a trusted source.
   3. Whose view is missing? — look for bias, stereotype, a single perspective.
   4. Does it fit my context? — the tool doesn't know their situation.

   Make it a game, not a lecture

   • "Catch the hallucination": hand students an AI answer with a planted error; they find and fix it.
   • "Two sources": they must verify an AI claim against one non-AI source before they use it.
   • "Whose story?": compare how AI describes an event or group from different angles — surface the bias.

   Tie it to what they already learn

   Critically evaluating AI is the same muscle as evaluating any source — reliability, perspective, evidence. Frame it as the research and literacy skills your students are already building, pointed at a new kind of source. That makes it teachable in almost any subject, today.

   Activity — build a "catch the mistake" task (12 min)

   Generate an AI answer in your subject, plant or find an error, and turn it into a 10-minute "catch and fix" activity for your class. Save it for the capstone.

   Knowledge check

   1What's the one habit at the heart of AI literacy?

   Show answer

   2How does critical evaluation of AI connect to existing skills?

   Show answer

   3Give one classroom activity that builds critical evaluation of AI.

   Show answer

   Mark this module complete
5. 5

   Staying safe — privacy, wellbeing and the lines students hold

   The privacy rule in student language, the 'AI is not a friend' wellbeing point, and framing AI safety inside your existing Child Safe and online-safety teaching.~45 min

   By the end of this module you'll be able to:

   • Teach students the privacy rule for AI tools in language they understand.
   • Address the wellbeing risks — over-reliance and AI as a substitute for a real person.
   • Frame AI safety inside your existing Child Safe and online-safety teaching.

   Standards4.5 Use ICT safely, responsibly and ethically1.1 Physical, social and intellectual development of students7.2 Comply with legislative, administrative and organisational requirements

   The privacy rule students must hold

   The same hard line you learned, in student language: never tell an AI tool private things about yourself or anyone else — full name, address, school, photos, passwords, or other people's personal details. Public tools can store and learn from what's typed. NSWEduChat is the school's safer, secured option (Year 5–12), but the habit of not over-sharing should hold everywhere.

   AI is not a friend, a counsellor, or always right

   A wellbeing point that matters — especially for younger and vulnerable students: AI can sound caring and human, but it isn't a person and shouldn't replace one. Teach students that for anything that worries or upsets them, they should talk to a trusted adult, not a chatbot — and name your school's actual support paths (year adviser, counsellor, a trusted teacher).

   The bigger safety picture

   Cyber-safety basics still apply: scams, inappropriate content, and deepfakes/manipulated media. Frame AI inside your existing Child Safe and online-safety teaching — calm and matter-of-fact — not as a separate, scary new thing. The eSafety Commissioner has age-appropriate resources you can draw on.

   Activity — a stage-appropriate "AI safety" mini-lesson (10 min)

   Draft (in Lessio or NSWEduChat) a short, calm "using AI safely" mini-lesson or poster for your stage — the privacy rule, the "not a person" point, and where to get help — then edit it into your voice.

   Knowledge check

   1State the AI privacy rule in student language.

   Show answer

   2What's the key wellbeing message about treating AI as a 'friend'?

   Show answer

   3How should AI safety be framed for students?

   Show answer

   Mark this module complete
6. 6

   Capstone — build and teach an AI-literacy lesson

   Pull the modules together into a real, classroom-ready AI-literacy lesson for your stage; self-assess, reflect, and log it as PD.~60 min

   By the end of this module you'll be able to:

   • Design a classroom-ready AI-literacy lesson that builds at least two of the four capabilities.
   • Make it age-appropriate and right for your students and context.
   • Self-assess, reflect, and record the learning as PD.

   Standards3.3 Use teaching strategies6.2 Engage in professional learning6.4 Apply professional learning and improve student learning

   The task

   Design — and plan to teach — a short AI-literacy lesson for a stage you teach. Pull together what you built across the modules:

   1. A stage-appropriate explanation of how AI works (Module 2).
   2. A critical-evaluation activity — "catch the mistake" or "two sources" (Module 4).
   3. A class AI-use agreement and/or a safety element (Modules 3 & 5).

   Use Lessio to generate the student resources, then edit them into your voice and your context.

   What good looks like

   A lesson you'd actually teach next term that builds at least two of the four capabilities, is right for your students' age (the balance of what they drive vs what you drive), and leaves them more capable and more careful — not more anxious.

   Self-assess & reflect

   • Which capability does my lesson build best — and which still needs work?
   • Is it genuinely age-appropriate?
   • One thing I'll change about how my class uses AI from now on.

   Log it as professional learning

   Keep your lesson and reflection as evidence of practice. Standards-relevant PD counts toward your 100 eTAMS maintenance hours (Standards 2, 3, 4, 6 & 7) — and the lesson is something to share with your faculty.

   Knowledge check

   1What makes an AI-literacy lesson 'good'?

   Show answer

   2How does this course count toward your NESA professional-development hours?

   Show answer

   Mark this module complete

Take-away prompt library

Ready, RICE-shaped prompts for common NSW teaching jobs (Module 3). De-identified — copy one, swap in your details, and use it today.

You are a NSW teacher creating a resource for a [stage/year] class. Write a one-page, age-appropriate explainer titled 'How AI works' that conveys three ideas: AI predicts likely words (it doesn't 'know'), it can be confidently wrong (hallucination), and it can be biased. Use a simple analogy, plain English and Australian spelling. End with two questions students could discuss. Flag anything I should simplify further.

You are a NSW [subject] teacher. Create a 10-minute 'catch the mistake' activity for a [de-identified class]: a short, mostly-correct AI-style answer about [topic] with two plausible factual errors planted in it, plus a separate answer key explaining each error and how a student could verify it against a trusted source. Plain English. Tell me exactly which two facts are wrong.

You are a NSW teacher. Draft a short, student-friendly 'class AI-use agreement' for a [stage/year] class, using a green/amber/red structure (when AI is fine, when to ask/disclose, when it's not allowed), how to disclose AI use, and why honesty matters. Keep it to one page, positive in tone, and leave space for the class to add their own rules. Australian context.

You are a NSW [subject] teacher. Create a short student checklist titled 'Before you trust it' that students can apply to any AI output: plausible isn't true; cross-check one claim; whose view is missing (bias); does it fit my situation. Write it for a [stage/year] reading level, four to six steps, as 'I' statements. Keep it to half a page.

You are a NSW classroom teacher. Write a brief, reassuring note to parents/carers (under 200 words) explaining how our class uses AI safely and honestly: what AI is, the privacy rule, that AI isn't a substitute for a real person, and how we teach students to check it. Warm, plain English, no jargon. Don't overstate or alarm.

You are a NSW teacher. Draft a short, calm 'Using AI safely' mini-lesson or poster for a [stage/year] class covering: never share personal information; AI can be wrong, so verify; AI isn't a person — talk to a trusted adult if something worries you; and who to go to for help. Age-appropriate, positive (not fear-driven), Australian spelling. Flag where I should add our school's specific support contacts.

Standards-relevant professional learning, mapped to the APST · content verified against national and NSW frameworks, June 2026 · self-log the hours in eTAMS.