Lesson at a Glance | He Tirohanga Whakamua
Ngā Whāinga Ako | Learning Intentions
Students will know
- Maramataka, rāhui and papakāinga carry real, practical knowledge about timing, restraint and shared living — they are not decorative motifs to be borrowed for a look. They are also not simply “systems” to be extracted for engineering use: each sits inside relationships and obligations this lesson does not attempt to teach.
- How indigenous resource management frameworks enforce long-term sustainability through adaptive constraint.
- How to convert a cultural value into a testable engineering/design constraint.
Students will demonstrate
- By selecting one traditional concept and writing a precise Kaitiakitanga Design Constraint for their product redesign.
- By completing Design Journal Section 6: Kaitiakitanga Framework — the foundational section for Lesson 7's Design Brief.
Do Now | Tīmatanga Whakaaro (10 min)
Critical Analysis Prompt:
"If a company puts a koru pattern on a disposable plastic bottle, is that Te Ao Māori technology design? Why or why not?"
Unpack: Putting a Māori design pattern on a single-use plastic item that pollutes the moana is decorative co-optation — it uses cultural symbols to mask environmental harm. Genuine Te Ao Māori technology design is defined by how the system functions (kaitiakitanga, whakawhanaungatanga, long-term stewardship), not how it looks on the surface.
3 Traditional Systems as Design Inputs (15 min)
🌙 1. Maramataka (Timing & Yield)
The lunar-environmental calendar aligns harvesting and planting with natural energy cycles. Design Constraint: Operate or manufacture only when natural energy systems permit; avoid artificial continuous overload.
🌊 2. Rāhui (Adaptive Restriction)
Temporary restriction placed on a area or resource to allow ecological recovery. Design Constraint: Build automated cooling/rest periods into technology systems to prevent resource depletion.
🏡 3. Papakāinga (Communal Design)
Traditional village design where infrastructure is shared, modular, and built for multi-generational utility. Design Constraint: Shared ownership models rather than individual single-user devices.
Activity: Formulating the Constraint (15 min)
A design constraint is a rule that limits your design choices to ensure a non-negotiable outcome. Students practise turning an environmental obligation into a measurable design rule. The contrast to learn is between borrowing a look and accepting a limit:
"My phone design will respect kaitiakitanga and look like a greenstone pendant."
"My phone design must contain ZERO toxic rare-earths mined without land restoration guarantees, and must be 100% disassemble-able by hand so no hazardous waste reaches landfill."
📓 Design Journal — Section 6: Kaitiakitanga Framework
Students open their Design Journal and write Section 6 (this directly feeds into Lesson 7's formal Design Brief):
🪶 What this section asks — and what it deliberately does not
An earlier version of this task asked ākonga to pick one of [Maramataka / Rāhui / Papakāinga / Whakawhanaungatanga], explain how it “traditionally protected ecological or social balance”, and then write a rule in the form “my redesign MUST X because kaitiakitanga requires Y”. Three problems: those four are not four versions of one thing (a lunar calendar, a restriction placed by authority, a settlement form, and the work of building relationship); a worksheet cannot hand a student the authority to state what kaitiakitanga requires; and a menu invites students to reach for whichever concept fits their product.
The task now asks for the same rigour — a specific, testable constraint, named harm, named people — without asking ākonga to speak for te ao Māori. Kaiako: if your kura has a relationship with local iwi or hapū, that is where the fuller meaning of these concepts should come from. Bringing a kaiako Māori or local knowledge-holder into this lesson is the version of it worth teaching.
Section 6 Requirements:
1. The environmental obligation you are designing to: [name the specific harm your redesign must prevent — e.g. hazardous waste reaching landfill, a waterway degraded, a resource taken faster than it recovers]
2. Who carries the cost if you get it wrong: name the people, the place and the timeframe. "The environment" is not an answer; "the awa this factory discharges into, and whoever fishes it in thirty years" is.
3. Formal Design Constraint: Write your exact design rule in the format: "My product redesign MUST [X], so that [named harm] does not happen to [named people or place]." It must be specific enough that someone could test whether your design meets it.
Exit Constraint | Ka Mutu Hoki (5 min)
Exit Ticket Constraint Readout:
"My design constraint: 'My redesign MUST [Design Rule], so that [named harm] does not happen to [named people or place].'"
Teacher Planning & Curriculum Alignment
NZ Curriculum Alignment (Technology — Phase 4 / Years 9–10):
- Brief Development: Identify how societal and cultural values (including mātauranga Māori) define essential specifications and constraints for technological outcomes.
- Nature of Technology: Critique the ethical and cultural responsibilities of technologists in Aotearoa New Zealand.
Vocabulary: Kaitiakitanga, maramataka, rāhui, papakāinga, design constraint, functional vs decorative integration.