Context Triage for Science — Years 1–3 | Tomorrow Ready
Tomorrow Ready · Credibility and Verification
Young learners sort information every day. What they rarely do is sort it before it shapes what they think. Context Triage gives Years 1 to 3 students a simple three-pile sorting task at the start of any science inquiry: this helps, this does not help, I am not sure. The not-sure pile is where the learning begins. Sorting is the first act of scientific thinking, and it belongs to the student before any answer arrives.
1Introduce the setTeacher provides a small, curated set of images, objects, or statements related to the inquiry
2Sort into three pilesHelps, Does not help, Not sure — physical or drawn sorting by the student
3Talk about the not-sure pileTeacher-led discussion: what would we need to find out to move these?
4Record one keep and one questionEach student names one thing they will use and one thing they still need to check

The Strategy

Context Triage at Years 1 to 3 is a physical sorting activity. The teacher provides the set; the student does the sorting. The act of sorting is itself the thinking. No writing is required at Year 1. By Year 3, students record one decision in their own words.

  1. Prepare a small curated set. Four to six items: printed images, drawn cards, physical objects, or short spoken statements the teacher reads aloud. The set should include items that clearly help answer the inquiry question, items that are interesting but irrelevant, and one or two items that are genuinely uncertain. The teacher does not tell students which is which before the sort begins.
  2. Students sort into three physical piles. Label three spaces on the mat or desk: Helps, Does not help, Not sure. Students place each item in a pile. At Year 1 and 2, this is done as a whole class or in pairs with the teacher observing. At Year 3, students complete their own sort before sharing. No item is right or wrong at this stage; the reasoning matters more than the placement.
  3. Talk about the not-sure pile. The teacher leads a short discussion: what would we need to find out to move these items to Helps or Does not help? This step makes the not-sure pile productive rather than a sign of failure. It is the entry point for the next stage of inquiry and often generates the most useful student questions of the lesson.
  4. Record one keep and one question. Each student (or pair at Year 1) names one item from the Helps pile that they will use, and one thing from the Not-sure pile that they still need to check. At Year 1, this is spoken and the teacher records it. At Year 2 and 3, students draw or write their own record. This two-part record is the triage artefact.

In the Classroom

Year 1 — Living world inquiry

Inquiry question: what do insects need to survive? The teacher provides six picture cards: a leaf, a bowl of water, a toy car, a flower, a rock, and a spider's web. Students sort the cards on the mat as a class. The toy car goes quickly to Does not help. The rock and spider's web go to Not sure. The teacher asks: "What would we need to find out about the rock?" One student says insects might hide under it. That observation becomes the class's first inquiry question, recorded by the teacher on a shared chart. Each student points to one card they want to keep and one they are not sure about.

Year 2 — Material properties

Inquiry question: which materials keep water out? Students sort five physical samples (plastic bag, paper, fabric, foil, sponge) into three piles before any testing begins. Pairs discuss each item before placing it. The sponge reliably lands in Not sure and generates genuine disagreement. After sorting, pairs draw their keep item and write or dictate one sentence: "I think [material] will help because..." Testing follows. The triage record is compared against the test result at the end of the lesson.

Year 3 — Planet Earth and beyond

Inquiry question: why does the moon look different each night? Students sort six statement cards (teacher-prepared, simple language) independently before any shared discussion. After sorting, each student writes one sentence: "I kept [statement] because..." and one question: "I am not sure about [statement] because..." The not-sure responses are collected by the teacher and used to plan the next lesson's focus. Students' individual records show their starting point before instruction shapes their thinking.

Implementation Notes

Decision Checkpoint

The sort must happen before any teaching input on the inquiry question. If the teacher has already explained the science, the triage becomes a recall activity rather than a thinking activity. Prepare the card set in advance so the activity can open the inquiry session, not follow it. At Year 1 and 2, ten minutes is sufficient for the full sequence. At Year 3, allow fifteen minutes including the individual record step.

Teacher Judgement Note

Some students will place items in ways that reflect their cultural or home knowledge rather than school-science reasoning. These placements are valid starting points. Before redirecting, ask the student to explain their thinking. The explanation often reveals genuine prior knowledge that enriches the inquiry. The goal of the triage is to make that prior knowledge visible, not to correct it before the inquiry begins.

Related Frameworks

Context Triage (core): the foundational strategy this resource applies to Science at Years 1 to 3.

Teaching Students to Pause Before They Trust — Science Years 4 to 6: the next year-band strategy, extending triage into written verification habits.

What Do You Already Think? — Social Sciences Years 1 to 3: the same strategy applied to Social Sciences, useful for cross-curriculum planning at this year band.