Reading Assessment — Sustainable Technology in Aotearoa
Kōrero Tuku Iho — Structured Reading at Three Levels
Ngā Whāinga Akoranga · Learning Intentions
- Read an informational text for understanding at multiple levels
- Identify literal, inferential, and evaluative information in a text
- Use vocabulary in context to build subject knowledge
Paearu Angitu · Success Criteria
- I can find specific information stated in the text (literal)
- I can explain ideas not directly stated, using evidence from the text (inferential)
- I can evaluate an idea using evidence and my own reasoning (evaluative)
Hononga Marautanga · Curriculum Alignment
Curriculum alignment for this handout has not yet been verified against the live curriculum statements. A generated placeholder that stood here was removed on 2026-08-29 because it matched no real statement.
Tuhinga Pānui · Reading Passage
Read this text carefully before answering the questions.
Hapū Solar — When a Community Powers Itself
In a small coastal settlement north of Whangārei, the members of Ngāti Hāmoa hapū did something unusual in 2021. They installed a solar micro-grid — a small network of solar panels, battery storage, and shared cabling — that now powers eighteen homes, a wharekai, and the local kura. The project cost $340,000, was funded by a mix of government grants and hapū savings, and took two years to plan and eighteen months to build.
The idea came from a practical frustration. Power cuts during storms were common, and diesel generators were expensive and noisy. But the project grew into something larger than solving power problems. "We started thinking about what it means to be kaitiaki of our own energy," said Mere Tūhoe, the project's community coordinator. "If we generate our own electricity, we are not dependent on systems we cannot control. That is a form of rangatiratanga."
The solar micro-grid is not just a technical achievement. The community used a hui-based planning process: every household that would be connected had a voice in the design. Where panels would be placed, how costs would be shared, what would happen in a dispute about power use — all of this was worked through together. Engineers from the University of Auckland worked alongside kaumātua who understood the land and the weather patterns. "They knew things about the wind here that no instrument had measured," said lead engineer Dr. Priya Sharma. "That knowledge changed where we placed the arrays."
Since the grid came online, the eighteen households have reduced their electricity costs by an average of sixty percent. Surplus energy is sold back to the national grid, and that income funds a scholarship for hapū rangatahi studying engineering, environmental science, or community development. The project has been visited by six other hapū planning similar installations across the North Island.
Kuputaka · Vocabulary
Use the text to help you understand these terms. Write a brief definition in your own words.
| Term | What it means in my own words |
|---|---|
| micro-grid | |
| kaitiaki | |
| rangatiratanga | |
| surplus | |
| rangatahi |
Pātai Ā-Kupu · Literal Questions
Find the answer directly in the text.
1. How many homes does the solar micro-grid power?
2. How much did the project cost, and where did the funding come from?
3. What practical problem did the micro-grid first set out to solve?
Pātai Ā-Whakaaro · Inferential Questions
Read between the lines — the answer is not directly stated.
4. Why do you think the community used a hui-based planning process rather than letting experts decide everything?
5. Dr. Sharma says the kaumātua "knew things about the wind here that no instrument had measured." What does this suggest about the value of mātauranga Māori in technology projects?
Pātai Aromātai · Evaluative Questions
Use evidence from the text AND your own thinking to judge the idea.
6. Mere Tūhoe says that generating your own electricity is "a form of rangatiratanga." Do you agree? Use evidence from the text and your own reasoning.
7. The surplus energy income funds a scholarship for rangatahi studying engineering or environmental science. What does this suggest about how the community thinks about the future? Is this a good use of the income? Explain.
Aronga Mātauranga Māori
Before written text existed in Aotearoa, all knowledge was transmitted orally — this is the practice of kōrero tuku iho (knowledge passed down through speech). Whakapapa, environmental knowledge, tikanga, navigational skill — all of this was encoded in language spoken across generations, with extraordinary accuracy. Communities who relied on oral transmission developed deep listening practices, narrative structures that preserved precision, and systems of checking and cross-referencing knowledge through community recitation.
What does this mean for how we evaluate written sources? A text can be published without being true. An oral account passed down for twenty generations through careful practice may be more reliable than a recent article. As you read, ask not just "Is this in the text?" but "Who made this knowledge? How was it checked? Who benefits from this story being told this way?"
Ngā Rauemi Tautoko · Support Materials
Resources already provided:
- Reading level glossary (Unit 3 vocabulary resource)
- Question stem reference card (literal / inferential / evaluative)
- Sentence starters for evaluative responses
Aronga Rerekē · Differentiated Pathways
Tīmata · Entry Level
Focus on Questions 1–4. Use the vocabulary table to help you. For Question 4, you may discuss with a partner before writing your answer.
Paerewa · On Level
Complete all questions. Aim for at least 2 sentences per evaluative question, including one piece of evidence from the text.
Tūāpae · Extension
Research another hapū-led sustainability project in Aotearoa. Write a paragraph comparing it to the Ngāti Hāmoa solar project using at least two criteria from the text (e.g. community process, connection to tikanga, long-term benefit).
Curriculum alignment
- NZC (2007) · Science essence statement: Science is a way of investigating, understanding, and explaining our natural, physical world and the wider universe. It involves generating and testing ideas, gathering evidence – including by making observations, carrying out investigations and modelling, and communicating and debating with others – in order to develop scientific knowledge, understanding, and explanations.
- Pairing chosen by this resource: This resource chooses to teach that science alongside mātauranga Māori, which stands as a knowledge system in its own right — the pairing is this resource's own approach, not a quotation from the curriculum.
- Focus of this resource: Understand how different knowledge systems — including mātauranga Māori — shape how communities relate to the natural world.