Engineering Te Winika

Overview

Lesson 6 of 6 in Te Ara o te Hau. Students investigate how Māori woodcraft, tools, materials and aerodynamic design made waka effective, using evidence connected to Te Winika, Maniapoto waterways, trade routes and waka comparisons. They prepare a short museum-style briefing for the Waikato Museum experience.

Learning intentions

• WALT ask and investigate how Māori engineering made waka effective.
• WALT connect evidence about tools, materials and design to waka construction.
• WALT explain how innovation and adaptation responded to place, purpose and movement.
• WALT communicate historical and technological thinking in an engaging format.

Success criteria

• I can ask three relevant “how” or “why” engineering questions.
• I can link each question to waka construction, tools, materials or design.
• I can use evidence from the unit to explain innovation and adaptation.
• I can present my thinking clearly as a briefing, model, poster or short kōrero.

Curriculum links

• Social Sciences: understand how people, places and environments influence each other, and how Māori communities used knowledge and resources to meet needs.
• Social Sciences inquiry: ask questions, select and interpret evidence, and communicate conclusions.
• Technology: understand how technological outcomes are developed for particular users, purposes and contexts.
• Te Mātaiaho capabilities: thinking, communication, participation and contribution, with opportunities to show manaaki, aroha, niwha and atamai.

Lesson structure (45 minutes)

1. 0–5 minutes – Hook and retrieval Open with the hook and retrieval slides. Show a detailed image or drawing of Te Winika and ask: “What problems did the builders need to solve for this waka to travel safely and effectively?” Students silently write one observation and one inference, then share with a partner.

2. 5–11 minutes – Reconnect with unit evidence Use the evidence recap slides to revisit the Maniapoto waterways, movement along trade routes, waka comparisons, Māori tools and suitable timber. Briefly clarify that engineering includes solving practical problems through materials, shaping, joining and design. Emphasise that students should distinguish what the evidence shows from what they predict.

3. 11–16 minutes – Model strong inquiry questions Distribute the Te Winika inquiry planner. Model changing “What is Te Winika made from?” into “Why might the choice and shaping of timber have mattered for Te Winika’s strength and performance?” Identify the features of a strong question: it begins with how or why, is answerable through evidence, and links to a design decision. Invite students to improve one weak example together.

4. 16–28 minutes – Collaborative investigation In groups of three or four, students use the worksheet and unit evidence to develop three questions. Suggested stems include: “How might ___ have helped the waka…?”, “Why would Māori carvers choose…?”, and “How did the design need to adapt to…?” Each student must contribute at least one idea. Circulate, prompting: “What evidence supports that?” and “Is this about construction, tools, materials or design?” Groups may sketch a labelled feature or create a simple paper model to help explain their thinking.

5. 28–38 minutes – Mini museum briefing preparation Groups choose one presentation format: a 60–90 second kōrero, labelled poster, small model with explanation, or museum briefing card. Use the presentation instructions and success criteria to remind students to present all three questions, link each to evidence, and explain one example of innovation or adaptation. Rehearse once, with a partner group giving one strength and one useful suggestion.

6. 38–43 minutes – Presentations and peer response Groups present to the class as museum guides. After each presentation, two listeners record or state: “One engineering idea I heard was…” and “One question I still have is…” Encourage respectful attention and feedback that reflects manaaki and aroha.

7. 43–45 minutes – Individual exit reflection Finish with the Success Criteria exit ticket slips. Students identify which criteria they met and complete the reflection: “The strongest evidence for Māori innovation and adaptation was…” Collect slips to identify questions needing follow-up before the museum experience.

Resources

• the complete Te Winika lesson deck
• the Te Winika inquiry planner
• Image or teacher-approved photograph/drawing of Te Winika
• Prior unit notes and evidence about Maniapoto waterways, trade routes and waka
• Pencils, coloured pens, A3 paper and cardboard or paper for optional models
• Māori engineering vocabulary bank: waka, hull, hull shape, timber, carving, adze, paddle, stability, buoyancy, propulsion, waterways, adaptation, innovation, evidence
• the Success Criteria exit ticket slips

Assessment

• Observe group questioning and use of evidence during investigation; note whether students make relevant links to construction, tools, materials or design.
• Assess the mini briefing informally against the success criteria: three questions, accurate evidence links, explanation of innovation/adaptation, and clear communication.
• Review exit slips to identify individual understanding and misconceptions before the Waikato Museum experience.

Differentiation

• Support learners with the question stems, vocabulary bank, a completed exemplar, visual prompts and teacher or peer scribing. Accept oral responses, labelled diagrams or a model instead of extended writing.
• Pair students strategically and assign manageable roles such as question finder, evidence checker, designer and speaker. Provide chunked evidence cards or reread key unit notes with learners who need support.
• For EAL learners, pre-teach key words with images, allow rehearsal with a partner, and accept a mixture of English and familiar te reo Māori terms where meaning is clear.
• Extend confident learners by developing a testable prediction about Te Winika’s performance or construction, then justifying it with evidence from the Maniapoto waterways, trade route and waka comparisons. Ask them to explain what evidence would test the prediction.