formative assessment is a core education mechanism because schools need to know not only what was taught, but what students can now do, under which conditions, and what should happen next. For readers searching for formative assessment, assessment for learning, assessment of learning, curriculum design, evidence of learning or how education works, this guide focuses on how evidence gathered during learning changes the next teaching or learner action before the learning sequence is over. The central mechanism is goal → task → evidence → interpretation → decision → later check.
A score, task or curriculum document is never the learning itself. It is a representation from which teachers, students and institutions make inferences. Good educational design therefore asks whether the representation samples the intended capability, whether conditions are fair enough to interpret, whether uncertainty is acknowledged and whether the resulting decision serves the next legitimate educational purpose.
This world-facing guide develops formative assessment across mathematics, science, reading, vocabulary, English, creative writing, homework, study, teaching, examinations and transfer. Adrian, Jo, Ben, Aisha, Ryan, Mira, Clara and Ethan appear only as fictional eduKateSG residents in invented teaching scenarios. They are not testimonials. The practical frameworks are teaching constructions; official curriculum, examination and institutional rules remain authoritative where applicable.
Quick Read: evidence is useful only when the inference is bounded
Adrian gives a task designed to reveal one capability. Jo records the support conditions and inspects the learner’s reasoning, not only the final mark. The next decision follows the evidence that the task can actually support. A short quiz can reveal a retrieval gap; it cannot by itself establish everything a student knows, values or may later become capable of doing.
A robust loop is define the claim → design the evidence → inspect conditions → interpret cautiously → act proportionately → retest where needed. This protects assessment and curriculum from becoming administrative theatre. Evidence should make education more answerable to learning.
For the wider architecture, begin with How Education Works. Use Learning Goals for the intended capability, Diagnostic Teaching for bottlenecks and Learning Progressions for development across time. This article owns how evidence gathered during learning changes the next teaching or learner action before the learning sequence is over.
1. Start with the claim you want to make
Before choosing a test, rubric, project or sequence, state the educational claim. Is the learner expected to retrieve, explain, select, perform, create or transfer? The evidence must fit the claim, and the claim must remain narrower than the evidence can justify.
Formative assessment is defined by use, not by format. A quiz becomes formative when evidence changes teaching or learning while there is still time to improve the target.
2. Define the claim
For define the claim, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
3. Learning goal
For learning goal, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
4. Success criteria
For success criteria, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
5. Prior knowledge
For prior knowledge, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
6. Prerequisites
For prerequisites, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
7. Curriculum intent
For curriculum intent, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
8. Task design
For task design, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
9. Evidence
For evidence, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
10. Observation
For observation, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
11. Questioning
For questioning, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
12. Retrieval
For retrieval, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
13. Quiz
For quiz, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
14. Exit ticket
For exit ticket, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
15. Assignment
For assignment, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
16. Project
For project, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
17. Performance task
For performance task, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
18. Examination
For examination, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
19. Rubric
For rubric, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
20. Mark scheme
For mark scheme, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
21. Worked response
For worked response, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
22. Open response
For open response, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
23. Multiple choice
For multiple choice, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
24. Distractors
For distractors, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
25. Sampling
For sampling, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
26. Coverage
For coverage, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
27. Depth
For depth, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
28. Validity
For validity, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
29. Reliability
For reliability, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
30. Fairness
For fairness, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
31. Accessibility
For accessibility, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
32. Accommodations
For accommodations, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
33. Standardisation
For standardisation, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
34. Moderation
For moderation, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
35. Teacher judgment
For teacher judgment, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
36. Scoring
For scoring, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
37. Grades
For grades, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
38. Cut scores
For cut scores, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
39. Rankings
For rankings, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
40. Uncertainty
For uncertainty, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
41. Measurement error
For measurement error, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
42. Conditions
For conditions, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
43. Time limits
For time limits, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
44. Language demand
For language demand, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
45. Technology
For technology, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
46. AI
For ai, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
47. Data
For data, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
48. Privacy
For privacy, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
49. Feedback
For feedback, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
50. Diagnostic teaching
For diagnostic teaching, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
51. Misconceptions
For misconceptions, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
52. Error
For error, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
53. Correction
For correction, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
54. Revision
For revision, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
55. Practice
For practice, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
56. Spacing
For spacing, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
57. Transfer
For transfer, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
58. Retention
For retention, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
59. Memory
For memory, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
60. Learning progressions
For learning progressions, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
61. Prior knowledge
For prior knowledge, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
62. Cognitive load
For cognitive load, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
63. Learning environment
For learning environment, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
64. Productive struggle
For productive struggle, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
65. Academic confidence
For academic confidence, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
66. Help-seeking
For help-seeking, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
67. Student independence
For student independence, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
68. Motivation
For motivation, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
69. Student choice
For student choice, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
70. High expectations
For high expectations, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
71. Classroom routines
For classroom routines, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
72. Teacher modelling
For teacher modelling, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
73. Scaffolding
For scaffolding, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
74. Classroom discussion
For classroom discussion, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
75. Collaborative learning
For collaborative learning, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
76. Peer feedback
For peer feedback, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
77. Homework
For homework, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
78. Study skills
For study skills, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
79. Mathematics
For mathematics, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
80. Science
For science, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
81. History
For history, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
82. Geography
For geography, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
83. Reading
For reading, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
84. Vocabulary
For vocabulary, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
85. English
For english, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
86. Creative writing
For creative writing, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
87. Oral communication
For oral communication, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
88. Research
For research, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
89. Projects
For projects, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
90. Interdisciplinary learning
For interdisciplinary learning, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
91. Primary learners
For primary learners, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
92. Secondary learners
For secondary learners, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
93. Advanced learners
For advanced learners, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
94. Multilingual learners
For multilingual learners, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
95. Parents
For parents, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
96. Tutors
For tutors, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
97. Teacher teams
For teacher teams, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
98. Curriculum teams
For curriculum teams, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
99. School leaders
For school leaders, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
100. Lesson sequence
For lesson sequence, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
101. Unit sequence
For unit sequence, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
102. Year sequence
For year sequence, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
103. Cumulative review
For cumulative review, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
104. Milestones
For milestones, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
105. Transition
For transition, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
106. Vertical alignment
For vertical alignment, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
107. Horizontal alignment
For horizontal alignment, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
108. Assessment alignment
For assessment alignment, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
109. Instruction alignment
For instruction alignment, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
110. Resource alignment
For resource alignment, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
111. A six-week implementation
For a six-week implementation, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
112. Measuring quality
For measuring quality, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
113. Failure: score as learner
For failure: score as learner, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
114. Failure: task-goal mismatch
For failure: task-goal mismatch, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
115. Failure: feedback too late
For failure: feedback too late, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
116. Failure: over-testing
For failure: over-testing, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
117. Failure: under-sampling
For failure: under-sampling, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
118. Failure: curriculum coverage only
For failure: curriculum coverage only, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
119. Failure: disconnected units
For failure: disconnected units, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
120. Failure: hidden prerequisites
For failure: hidden prerequisites, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
121. Failure: false precision
For failure: false precision, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
122. Failure: no transfer
For failure: no transfer, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
123. Research base
For research base, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
124. The final mechanism
For the final mechanism, formative assessment begins by stating the educational claim and the evidence that could reasonably support it. Ask what capability is being sampled, what conditions shape performance and what decision will follow. Avoid collecting information simply because it is easy to count or administratively familiar.
In the fictional eduKateSG classroom, Adrian compares the intended learning with the actual demand of the task. Jo records important support conditions and inspects patterns rather than treating one response as a complete portrait. When evidence is ambiguous, the next move is another discriminating task or a narrower claim, not greater certainty in the wording.
The action should remain proportionate. If the evidence reveals a prerequisite gap, repair it. If the task samples too little, gather more evidence. If the curriculum introduces a later demand without an earlier dependency, repair the sequence. If performance is secure only under familiar conditions, add delay or transfer before broadening the conclusion.
Finally, inspect what happens after the decision. Did teaching change? Did the learner improve? Did later performance confirm the inference? Did the curriculum make subsequent learning easier to build? Formative assessment becomes trustworthy when its representations remain correctable by the learner’s return.
110. Original story: The Question Before the Next Question
Jo asked the class to choose which of three claims the source could support. Most selected the strongest claim. She did not record the percentages and continue. She asked one follow-up: “Which word makes that claim stronger than the evidence?”
The answers revealed that students could locate evidence but were not controlling scope. Jo changed the next ten minutes. Two contrast cases replaced the planned worksheet. At the end, students answered a new source question individually.
111. Formative means the evidence can still change the route
The first response matters because it changes teaching while the learning remains open. The final individual response shows whether the adjustment improved the targeted decision.
112. Connected routes
Use Diagnostic Teaching to locate the gap, Feedback Loops to change the next action and Learning Goals to define the evidence sought.
113. Evidence should move teaching
Formative assessment earns its name when evidence reaches the learner or teacher in time to alter what happens next. Without that return path, the same task may still measure something, but it is not doing the same educational job.