Meta description: Practical, curriculum-aligned guidance for primary and intermediate teachers using AI safely for literacy, numeracy, differentiation and report writing across Aotearoa New Zealand classrooms.
Dr. Craig Hansen has trained more than 1,000 schools across New Zealand on AI in education, and the questions from primary and intermediate teachers always sound a little different to the ones leadership teams ask. Principals want a roadmap. Boards want a policy. Primary and intermediate teachers want to know something simpler: does this actually help on a Tuesday afternoon with twenty-eight six-year-olds, or eleven-year-olds, in front of them?
The honest answer is yes, in specific and fairly ordinary ways — but AI for primary teachers looks different from AI for a Year 12 economics class, and it should. Younger learners need more scaffolding, not less. Reports go home to whānau who read every word literally. And the refreshed New Zealand Curriculum, now rolling out across English-medium primary and intermediate schools, means many teachers are already rethinking how they plan, assess and report — AI is arriving at exactly the moment these processes are being rebuilt anyway.
Why primary and intermediate classrooms need their own AI conversation
Most of the AI-in-schools conversation in Aotearoa has been written for secondary teachers managing NCEA, or for principals managing whole-school strategy. AI in primary schools NZ gets far less attention, despite Years 1–8 making up the majority of New Zealand classrooms.
That gap matters because the use cases are genuinely different. A Year 4 teacher isn’t worried about AI-generated NCEA assessments. They’re worried about differentiating a reading group six ways, writing report comments for thirty students that don’t all sound the same, and explaining to a five-year-old why “the computer” isn’t always right. AI for intermediate teachers carries its own version of this: students are old enough to use AI tools themselves, sometimes with little guidance, right as they’re forming habits that will carry into secondary school.
“I found the lesson very informative. I was able to use it when usually it is something I would freak out about.” — Teacher, West Auckland school
That shift — from “something I would freak out about” to confident, considered use — is the whole point of AI PLD for primary schools done well.
Where AI already helps: literacy, numeracy and report writing
The most useful entry point for AI lesson planning in primary school is rarely the flashiest one. It’s the quiet, repetitive work: drafting a differentiated reading passage, building a bank of sentence starters, or turning a maths objective into three levels of practice questions.
Report writing is where many primary and intermediate teachers feel AI’s value most directly. A well-set-up AI assistant can turn rough notes — “good with fractions, needs more practice converting decimals, lovely effort in group work” — into a clear, warm comment a parent can actually read, while the teacher keeps full control over what’s said and edits every line before it goes home. This is exactly the kind of repetitive task where AI to reduce teacher workload makes the most difference, without taking the teacher’s voice out of the room.
This short walkthrough shows how to set up a Gemini Gem specifically for marking and feedback on writing samples against the refreshed New Zealand Curriculum, Years 0 to 10:
The same logic applies to numeracy planning. Rather than starting a unit from a blank page, teachers can use AI to structure a sequence of lessons against curriculum objectives, then adjust the output to fit their own class and pacing:
Used this way, AI for literacy and numeracy planning isn’t replacing a teacher’s judgement about what a class needs — it’s removing the blank-page problem so more time goes into the part only a teacher can do well: knowing the kids in the room.
Differentiation without losing the teacher’s voice
Differentiation is where AI for differentiated learning earns its keep in a primary or intermediate classroom — and where the biggest risk also sits: producing material so generic it could have come from anywhere.
The fix is straightforward but takes discipline. Use AI to generate a first draft of differentiated material — three reading levels, two writing scaffolds, an extension task — then edit every output through the lens of the actual students in the room: their interests, their cultural contexts, their specific learning needs. Te Tiriti o Waitangi and mātauranga Māori belong inside that editing step as a matter of course, not as an afterthought bolted on at the end.
This matters most for neurodiverse learners, where generic AI output can do real harm if teachers don’t adapt it. This summary sets out a practical blueprint for inclusive classroom practice that AI tools can support rather than undermine:
“Every time I come to one of your sessions I learn so much.” — RTLB, Auckland
Keeping it safe: privacy, age-appropriateness and culturally responsive practice
Safety looks different in a primary or intermediate classroom than it does in a secondary one. The conversation isn’t really about AI-assisted cheating — younger students aren’t typically submitting AI-written assessments. It’s about what data goes into these tools, what comes back out, and whether the content is age-appropriate for the students who’ll see it.
Three guardrails matter most for primary and intermediate settings:
- Never enter identifiable student information — names, photos, specific learning support details — into a public AI tool.
- Always review AI-generated content before it reaches students, checking for age-appropriateness, accuracy and cultural fit.
- Talk to students, even young ones, about what AI is and isn’t, in language they can understand — this is part of building AI literacy early, not something to leave until secondary school.
Digital devices and AI tools raise similar questions for younger learners, and they’re worth thinking about together. This video covers the practical side of managing devices safely in the classroom — purpose, protection and possibilities:
Ministry of Education guidance on AI in schools continues to evolve, and schools shouldn’t wait for a finished national policy before setting their own expectations for primary and intermediate staff. A short, plain-language position statement — even an interim one — gives teachers clarity now.
Three starting points to try this term
For a primary or intermediate teacher wanting to start without overhauling anything, three places to begin:
- Pick one piece of repetitive writing — report comments, a parent newsletter, a set of differentiated reading questions — and draft it with AI first, then edit it into your own voice.
- Build one differentiated resource for an upcoming unit, adjusted to three ability levels, and see how much editing it actually needs before it’s ready for your class.
- Run your school’s current (or draft) AI guidance through Dr. Craig Hansen’s AI Policy Creator and Reviewer to check it covers primary-specific concerns like report writing, parent communication and age-appropriate student use — available as a ChatGPT GPT (https://chatgpt.com/g/g-9RWHgaCa5-dr-craig-s-ai-policy-reviewer-upload-generator) and a Gemini Gem (https://gemini.google.com/gem/1vxfFeGPs93btyPamcIW-IypGyhzarFoZ).
None of these need a whole-school rollout or a finished policy. They’re small enough to try this week and judge for yourself.
Where to from here
“AI is the biggest equity move we can make in our generation.” — Dr. Craig Hansen, quoted by a principal, Far North school
That’s the line Craig hears repeated back most often after working with schools — and for primary and intermediate teachers specifically, it plays out in concrete ways: more time for the students who need it most, clearer communication home to whānau, and AI coaching for primary and intermediate teachers that builds confidence rather than confusion.
If you’d like support building AI confidence across your primary or intermediate staff — through practical, level-specific PLD rather than a generic AI overview — contact to schedule an introductory chat with Dr. Craig Hansen at craig@summitinstitute.ac.nz.
And if your school is still working out its AI guidance, the AI Policy Creator and Reviewer is available as a starting draft or a check against what you already have: the ChatGPT GPT (https://chatgpt.com/g/g-9RWHgaCa5-dr-craig-s-ai-policy-reviewer-upload-generator) and the Gemini Gem (https://gemini.google.com/gem/1vxfFeGPs93btyPamcIW-IypGyhzarFoZ).
About the author Dr. Craig Hansen is an AI in education specialist and founder of Summit Institute, a New Zealand private training provider. He works with teachers, school leaders and school boards across Aotearoa New Zealand — from primary through secondary — to develop practical, culturally responsive approaches to AI in education.
