Best for
Unit 7 mid-unit skills lesson — after students have the foundational understanding of LLMs from the introductory handout. Use this before any AI-assisted project work.
Digital Technologies & AI Ethics • Unit 7 • Years 9–11 • Skills
The quality of what you get from an AI depends almost entirely on the quality of what you ask. This handout teaches the four pillars of effective prompting — and why cultural awareness is part of the skill.
Want this adapted to the specific AI tools your students are actually using — Claude, ChatGPT, Gemini, or another — with examples from NZ history and te reo Māori contexts? Te Wānanga can build that version.
All skills content and practice exercises are provided. A live AI tool enhances the lesson but is not required.
This handout develops students' skills in human-computer interaction and responsible digital citizenship — connecting to the NZ Curriculum's Digital Technologies strand. The focus on clear communication, purpose, audience, and context also links to English/Literacy. The cultural sensitivity section connects to Te Ao Māori values and data sovereignty.
In Māori communication traditions, clarity and respect are foundational. When you speak to a kaumātua, you frame your request carefully — you explain who you are, what you need, and why. You don't demand; you invite. Prompting an AI well requires the same thoughtfulness: clear intent, respectful framing, and awareness that the words you use will shape what comes back. The skill of asking good questions is one of the oldest and most powerful human capabilities.
Each pillar makes your prompt more specific and useful. Use as many as fit your task.
When asking about Māori or other indigenous topics, the framing of your prompt shapes the cultural quality of the output. These guidelines apply whether you use AI for schoolwork or personally.
When asking about Māori topics, acknowledge cultural significance and ask for culturally appropriate responses. Example: "Please explain traditional Māori navigation methods with appropriate cultural respect and acknowledgment of mātauranga Māori."
Use inclusive framing. Example: "Explain this concept using examples relevant to students from diverse cultural backgrounds in Aotearoa."
For historical or contested topics, explicitly ask for multiple viewpoints. Example: "Present both Māori and Crown perspectives on this event, noting areas of agreement and disagreement."
Rewrite these weak prompts using the techniques you've learned. Aim to use at least two pillars in each rewrite.
"Tell me about climate change."
Which pillars will you use, and why?
Your improved prompt:
"Write a story."
Which pillars will you use, and why?
Your improved prompt:
Run through this before using an AI prompt for any real task. Check each box honestly.
Learn pillars 1 and 2 (specificity and context). Rewrite prompt 1 only using these two pillars. Complete three items from the ethics checklist.
Use all four pillars. Rewrite both prompts, each using at least two pillars. Complete the full ethics checklist and discuss your answers with a partner.
Write three original prompts for a real upcoming assessment or project. Evaluate each against all four pillars and the ethics checklist. Identify which pillar made the biggest difference and explain why.
Level 4–5: Develop computational thinking skills; design, test, and refine instructions for digital systems; evaluate how the framing of a question shapes the quality of AI-generated responses.
Level 3–4: Understand how technology shapes relationships, power, and identity within communities; evaluate the impacts of digital innovation on society and culture.
In Māori oratory and karakia, the precise choice of words matters deeply — form and content are inseparable. Prompt engineering echoes this whakaaro: the words we give to an AI system shape what we receive back. Students who learn to craft careful, specific, and culturally-grounded prompts are practising a form of digital rangatiratanga — asserting their voice and intention in a system that otherwise defaults to generic responses. Asking good questions has always been at the heart of Māori pedagogy.
Students will develop critical digital literacy by examining the ethical dimensions of AI systems, exploring how kaupeka matihiko (digital technologies) reflect and shape our values, and connecting concepts of tino rangatiratanga (self-determination) to digital sovereignty and data rights in Aotearoa.
Scaffold support: Provide worked examples of AI bias scenarios with entry-level sentence starters. Offer extension tasks requiring students to research and present a case study of algorithmic injustice affecting indigenous communities.
ELL / ESOL: Pre-teach key digital technology vocabulary (algorithm, bias, data, sovereignty). Allow students to discuss concepts in home language before writing in English.
Inclusion: Use accessible formats with clear headings and visual supports. Neurodiverse learners benefit from structured ethical frameworks (e.g. decision trees) to navigate complex AI ethics scenarios.
Mātauranga Māori lens: Connect AI ethics to tikanga Māori values — particularly kaitiakitanga of data (who owns and controls information about Māori communities) and the principle of manaakitanga in how technologies should serve people equitably. Discuss the risks of algorithmic bias replicating colonial harm.
Prior knowledge: Best used after introductory digital technology concepts. No specialist prior knowledge required for entry-level engagement.