Ākonga describe and perform reflections, translations, and rotations on 2D shapes in purposeful contexts.
How this handout aligns
For kaiako, this resource makes the transformation language explicit before students create anything. That helps the maths stay central rather than disappearing inside a generic art task.
Especially useful when teachers want geometry to feel purposeful and culturally grounded.
Ākonga use mathematical vocabulary to explain structure, repeat, balance, and pattern.
How this handout aligns
The analyse-then-design sequence creates visible evidence of student reasoning. Learners are asked to name what they notice and justify their own design choices.
Good for formative assessment where teachers want more than a finished picture to assess.
Ākonga recognise that visual story forms such as tukutuku and other patterned arts carry knowledge, values, and identity.
How this handout aligns
The companion keeps mātauranga Māori visible by reminding kaiako to teach observation and respect alongside the geometry. That avoids flattening the patterns into “interesting shapes from another culture”.
Strongest when local examples or approved exemplars are available and discussed with care.
Use this as a teacher-facing bridge between Te Mātaiaho transformation progressions and culturally responsive mathematics pedagogy.
How to use this resource
Model one example together, jointly identify the transformations, and only then move to the student task. That sequence supports ako, keeps cognitive load manageable, and improves the quality of mathematical explanation.
Best used before teaching so the task stays mathematically explicit and culturally responsible.