DGT 1.4: Sustainable Tech

Ngā Whāinga Akoranga — Learning Intentions

• Teach students to move from a broad sustainability issue toward a workable brief, researched stakeholder needs, and a defensible conceptual design.
• Use technological practice to connect environmental impact, social wellbeing, and economic viability instead of treating sustainability as a surface-level theme.
• Help learners justify design decisions with evidence about materials, users, context, and long-term consequences.

Hononga Marautanga — Curriculum Alignment

Curriculum alignment: NCEA Level 1 Digital Technologies / Technological Practice requires students to undertake development to make a conceptual design for an outcome. This unit strengthens brief development, stakeholder thinking, conceptual modelling, and evaluation against authentic constraints.

Assessment pathway: Students need explicit checkpoints for defining the issue, testing ideas against sustainability criteria, and justifying why one concept should move forward.

Teacher Planning Snapshot

• Year level: NCEA Level 1 Digital Technologies | Internal assessment preparation and completion.
• Teaching focus: Keep students in iterative design mode. Require evidence of stakeholder voice, annotated concept refinement, and decisions grounded in sustainability rather than aesthetic preference alone.
• Mātauranga Māori: Sustainable technology links naturally to kaitiakitanga because design choices affect whenua, wai, and community wellbeing over time. Students should see that tikanga, manaakitanga, and long-horizon thinking can shape how they define a worthwhile outcome, choose materials, and evaluate impact.
• Entry support: Start with one tightly-scaffolded design brief, model how to unpack user needs, and use exemplars that separate vague green language from measurable sustainability criteria.
• On-level: Most learners can compare several concept directions, gather user feedback, and justify one preferred design when the success criteria and context constraints are visible throughout the process.
• Extension: Students aiming for Excellence can evaluate trade-offs between environmental, social, and economic factors, defend material choices with lifecycle reasoning, and refine the concept after more than one round of critique.

Inclusion and Accessibility

• ESOL / ELL: Pre-teach design vocabulary such as stakeholder, criteria, iteration, prototype, and lifecycle. Sentence frames help students explain how a concept meets user needs and sustainability goals.
• Accessibility: Offer multiple ways to communicate conceptual design, including sketches, labelled diagrams, physical mock-ups, or short recorded walkthroughs, so drawing confidence is not mistaken for design quality.
• Neurodiverse learners: Students with ADHD, dyslexia, or executive-function challenges benefit from staged deadlines, visible design checklists, and frequent conferencing so large open-ended tasks do not become overwhelming.