A Message from Kaitiaki Pūtaiao: Greetings, data-gatherers! I am Kaitiaki Pūtaiao. I like to observe, analyse, and understand systems. And the most amazing system you will ever encounter is your own body. It's a highly advanced sensor array, constantly giving you data. Today, we will learn to read that data. We will investigate how our digital world physically interacts with our biological systems. Let's begin the experiment.
Knowledge (Māramatanga)
- Identify at least three ways digital device usage can affect the body (e.g., eye strain, posture, stress).
- Understand that the body sends physical signals in response to digital stimuli.
- Define ergonomics as the science of designing for human well-being.
Skills (Pūkenga)
- Practice mindful observation of their own physical state.
- Map physical sensations to specific digital activities.
- Analyse and interpret data gathered from a short physical experiment.
Values (Wairuatanga)
- Value their body as an important source of information.
- Develop a greater sense of responsibility for their physical health (Taha Tinana).
- Appreciate the connection between the digital world and their physical selves.
Media Anchor | Watch & Discuss (10 minutes)
Video Anchor: The significance of Te Whare Tapa Whā - Sir Mason Durie
Use the model as a body-awareness framework while students track digital use signals.
- What body signals tell you your digital balance is slipping?
- Which simple intervention could you trial immediately after noticing that signal?
Whakatūwhera | The Experiment Begins (15 minutes)
Main Activity: The "Device Hold" Experiment
- Setup (5 mins): Students are asked to hold their phone or a school device as if they were using it (texting, watching a video). They must hold this pose.
- Observation (5 mins): While holding the pose, the teacher (guided by Kaitiaki Pūtaiao's voice) asks them to notice things: "Scan your body. What do you feel in your neck? Your shoulders? Your thumbs? Your eyes? Don't change anything, just notice. You are gathering data."
- Debrief (5 mins): Students relax and share their observations. What did they notice? Most will mention strain in their neck, shoulders, or hands. This provides a direct, physical entry point to the lesson.
Main Learning | Mapping the Body's Signals (30 minutes)
Main Activity: Body Sensor Map
- Introduction (5 mins): The teacher introduces the 'Body Sensor Map' handout. "Kaitiaki Pūtaiao reminds us that scientists record their data. This is our lab notebook."
- Mapping Activity (20 mins): Students use the handout to map the physical feelings they associate with different digital activities. They will connect specific activities (e.g., "scrolling TikTok," "playing Roblox," "doing homework on the laptop") to different parts of the body and describe the sensation.
- Analysis (5 mins): Students answer the analysis questions on the handout, looking for patterns in their data.
- Support: Provide a word bank of "sensation" words (e.g., tense, relaxed, sore, tired, energised, strained, calm).
- Extension: Challenge students to add a "solution" to one of their negative sensation points. If their neck feels sore, what is a practical, ergonomic solution?
Consolidation | Building a Stronger Wall (25 minutes)
Main Activity: Taha Tinana Solutions Lab
- Group Brainstorm (15 mins): In small groups, students choose one common physical issue identified in the class (e.g., "sore eyes," "hunched back"). Their task is to design three practical solutions to strengthen this part of their Taha Tinana wall.
- Sharing Solutions (10 mins): Each group shares their best solution. The teacher or a student scribe can compile these into a "Taha Tinana Toolkit" poster for the classroom.
Whakakapi | The Data is Clear (5 minutes)
Main Activity: Final Hypothesis
- The teacher concludes with Kaitiaki Pūtaiao's voice: "The data is clear. Our digital lives are physical. The first step to building a strong Taha Tinana wall is to listen to the data your body is giving you. In our next experiment, we will investigate the why behind these feelings—the science of how our brains react to screens."
Curriculum alignment
- Ecosystems — Knowledge: Human activity and technology impact the environment.
📋 Teacher Planning Snapshot
Ngā Whāinga Ako — Learning Intentions
Students will engage with this resource to explore digital kaitiakitanga — applying tikanga Māori principles of guardianship, manaakitanga, and whanaungatanga to their digital lives, spaces, and technologies.
Ngā Paearu Angitū — Success Criteria
- ✅ Students can explain how kaitiakitanga applies to digital environments and online communities.
- ✅ Students can connect tikanga Māori values to ethical decision-making in digital contexts.
Differentiation & Inclusion
Scaffold support: Provide sentence starters and visual frameworks to scaffold access at the entry level. Offer extension tasks that deepen ethical analysis — for example, comparing digital tikanga principles to international AI ethics frameworks.
ELL / ESOL: Pre-teach key kupu (kaitiakitanga, manaakitanga, whanaungatanga, tikanga) with bilingual glossaries. Allow students to express ideas in their home language first before translating to English.
Inclusion: Chunk tasks and provide clear visual instructions. Neurodiverse learners benefit from structured choice in how they demonstrate understanding (e.g., verbal, written, or visual). Affirm diverse digital experiences as valid starting points.
Mātauranga Māori lens: Digital kaitiakitanga frames technology through Te Ao Māori — our digital spaces are extensions of our marae, our data is part of our whakapapa, and our online behaviour reflects our mana. Tikanga Māori provides a powerful ethical compass for navigating the digital world.
Prior knowledge: No specialist digital technology knowledge required for entry-level engagement. Best used after introductory lessons on tikanga Māori or as part of a digital technologies unit.
Curriculum alignment
- Te Mātaiaho (2025) · Technology · Phase 4 (Years 9–10) · Design, Make, and Innovate (Knowledge): “Digital content and data must be created, stored, and shared ethically and legally, respecting privacy, attribution, intellectual property, and local cultural considerations.”
- NZC (2007) · Technology · Level 4: “Understand how technological development expands human possibilities and how technology draws on knowledge from a wide range of disciplines.”