This is the learn-by-doing summative. A fresh user attempts the project without coaching. The maker logs evidence, completes one justified revision, retests and gives a two-minute explanation beside the working outcome.
Ngā Whāinga Ako | Learning Intentions
Evaluate function, accessibility and usability with a real user.
Revise code or design in response to evidence.
Explain how computational decisions serve purpose and audience.
Do Now: Turn specifications into tests
5 min
For each project specification, write one action a user can perform and one observable pass result. Example: “A new user starts the quiz within 20 seconds without verbal help.”
Activity 1: Silent user test
15 min
Maker
Reset the project, hand over controls, stay silent and record actions or hesitations.
User
Think aloud. Attempt the purpose honestly. Say what you expect before each input.
Observer
Record one function result, one accessibility/usability result and one question.
Run the full start-to-finish task once without maker coaching.
Resources already provided:project record and rubric, devices, saved projects, headphones where required and a visible timer.
📊 Assessment and Success Criteria
Paearu Angitu | Success Criteria: The project runs; another user can operate it; the log links evidence to a revision and retest; the maker explains core code and one design decision. Use the rubric in the assessment brief, with code, log and explanation as triangulated evidence.
♿ Inclusion, entry and extension
Entry: Permit a teacher or peer to operate while the learner points, narrates and explains decisions. On-level: Require all four evidence components. Extension: Compare two user groups or justify a trade-off between accessibility and complexity. Offer quiet showcase stations, recorded explanations, written scripts and reduced audience size for neurodiverse learners.
📋 Teacher Planning Snapshot
Protect at least 18 minutes for revision; a showcase without improvement misses the assessment spine. Pair users across different project types. Assess the evidence and reasoning, not polish or prior coding experience. Manaakitanga applies to feedback, privacy and cultural permissions.
📚 Sources and teaching basis
Scratch for Educators. Constructionism makes the working artefact the site of learning. Ako, whanaungatanga and manaakitanga shape reciprocal testing and respectful public explanation.