Student self-assessment…
…for deeper learning.
Hello all. Welcome to the 184th edition of TEPS Weekly!
When students get a graded paper back, what do they look at first? Usually, the marks. And that makes sense. But often, their attention stays just there, and they may not go back through the paper to see where they’ve lost marks, what they misunderstood, or what they should work on next. This is useful information and also the point of an assessment. So how can we get students to look more closely at their own work rather than only at the final marks? One way is to deliberately involve them in the assessment process itself. This is where student self-assessment comes in.
Self-assessment is the process of students reviewing their own work against a clear answer key, marking scheme, rubric or set of success criteria. Instead of only receiving a judgement at the end, students are asked to look closely at their own responses, notice gaps and make sense of what the result actually means for their learning.
“What does self-assessment add if I am already giving feedback?”
It makes it easier for the students to connect the correction to the original mistake they made: Self-assessment reduces feedback latency (the gap between giving the feedback and receiving the marks). When teachers are marking the assessment, the feedback latency tends to be high and rightfully so, since they have to go through 40-50 answer sheets. By the time students get their corrected answer sheets back, they no longer remember clearly what they were thinking when they made the mistake, and they may not be as motivated to know the feedback.
Example: A student uses the wrong formula in a Maths quiz. If they check the solution soon afterwards, they may still remember why they chose that formula. Several days later, they may only see that the answer was wrong.
It reduces ego-involvement and increases task-involvement: Ego-involvement is when students focus mainly on the marks, how they compare with others and what the result says about their ability. This can make mistakes feel personal rather than useful. Task-involvement is when students focus on the work itself – what the task required, where they went wrong, and what they need to improve. Self-assessment increases task-involvement because the student is engaged with the answer, the criteria and the gaps before thinking about the final marks. On the other hand, for teacher-assessed work, they see the marks first. This can immediately trigger reactions such as pride, disappointment, comparison or worry attention shifts towards “How did I do?” or “What does this say about me?”
It can support retention: When students revisit their own mistakes, they have to retrieve what they were thinking, compare it with the correct idea and revise it. This repeated retrieval and correction helps strengthen the connections in long-term memory, making the corrected understanding easier to recall later because they are actively working through the mistake rather than only reading the correction.
It builds ownership: Students practise judging their own work and deciding what to work on next. Over time, they become less dependent on the teacher to tell them what went wrong. They begin to notice patterns in their own mistakes and take more responsibility for deciding how to improve.
“Can I trust students to assess their own work accurately and responsibly?”
Trust can be built through structure: Research across Grades 3-12 shows that students’ self-assessments can align quite closely with teacher judgements. But this is more likely to happen when teachers provide clear rubrics, model how to use them and give students practice.
Students may sometimes give themselves higher marks than a teacher would. But this overestimation is not always about dishonesty. Sometimes students with less domain specific knowledge may have more difficulty in judging the quality of their own work and they may not notice what is missing from their answers.
For example: If the question is about why sweating helps cool the body and a student answers, “Because sweat evaporates from our skin.” The student knows that evaporation is involved, so they may think the answer is complete. But they may not know that evaporation requires energy, which is taken as heat from the skin, causing the body to cool. Because that part of their conceptual knowledge is missing, they may also fail to recognise that it is missing from their answer.
However, through repeated calibration – comparing their judgement with clear criteria, exemplars and teacher feedback – students can gradually develop a more accurate understanding of what good work looks like. The aim is therefore to teach students how to assess accurately as well by having well-defined structures in place.
Here is an example structure you can try to help students assess accurately and honestly:
Plan the self-assessment task:
Choose a short, formative task with answers that can be judged against clear criteria.
Prepare a simple answer key or rubric that shows exactly what earns each mark.
Decide what students should do after identifying an error – for example, correct it, classify it or write a next step.
Example: Class 7 Science
Question: Why does our breathing rate increase after running?
Criteria |
Muscles work harder and need more energy |
Respiration releases energy from food |
Increased respiration requires more oxygen |
Breathing faster brings in more oxygen/removes more carbon dioxide |
Show students how to use the criteria
Before students assess their own work, use a sample response.
Apply the rubric together.
Sample response: “We breathe faster because our body needs more oxygen after exercise.”
Rubric criterion | Met? | Why? |
Muscles work harder and need more energy | ✗ | Not mentioned |
Respiration releases energy from food | ✗ | Not mentioned |
Increased respiration requires more oxygen | ✗ | Oxygen is mentioned, but it is not connected to increased respiration |
Breathing faster helps take in more oxygen | ✓ | The response connects faster breathing with the body's need for more oxygen |
Then ask students:
What did you get right? I recognised the need for more oxygen.
What is missing? The link between muscle activity, energy, respiration and oxygen.
What would make the answer more complete? Explaining why more oxygen is needed and how the ideas are connected.
Students assess their own work
Students complete the task using a blue pen.
Once everyone has finished, the teacher shares the rubric.
Students switch to a different-coloured pen, like black.
They compare their answer with each criterion and award marks.Example:A student may realise: “I wrote that more oxygen is needed, but I did not explain why.”
Students diagnose and correct the error
Ask students to add what is missing in the second colour.
Then, students identify the type of error:
Careless – I knew it but missed/skipped something.
Procedural/Computational – I knew the method but made an error while doing it.
Conceptual – I did not fully understand the idea.
Example: The student may identify it as a conceptual error because they had not connected oxygen to respiration and energy release.
Students identify the next step
Ask them to reflect on the pattern behind the error, not just the missing answer. Example: “Next time, I need to explain why more oxygen is needed, not just say that it is needed. I tend to state the correct idea, but I need to explain the link between ideas more clearly.”
Teacher spot-checks and responds
Check a random sample rather than re-marking every paper, for example 10-15% of the class.
Look for:
whether students applied the rubric accurately;
large differences between student and teacher judgement;
common misconceptions across the class.
Example: If many students mention oxygen but do not connect it to respiration, that tells the teacher what needs reteaching.
“When do I use this strategy, and for which grades is it appropriate?”
Use self-assessment mainly for formative work: It works best for practice tasks, short quizzes, homework, lab reports and exam preparation, where the goal is to help students notice gaps and improve. It should not replace teacher judgement in high-stakes assessments or final exams
Avoid using it when students do not yet have clear criteria: If the content is completely new, or the task is very open-ended and there is no clear rubric, students may not have enough information to judge their work accurately.
Classes | What self- assessment can look like | Example | Main purpose |
Balvatika–Class 2 | Smiley faces, simple prompts, teacher-led reflection | After a phonics activity: “Could I read all 5 words on my own?” Yes, it was easy No, I needed help | Build the habit of reflecting on learning |
Classes 3–5 | Yes/No checklists, simple criteria | After paragraph writing: “Did I use a capital letter? Full stop? At least 2 describing words?” | Check clear, observable features |
Classes 6–8 | Rubrics, partial marks, error categories | After a science answer: use a 4-mark rubric, award marks, then label the error careless / procedural / conceptual | Analyse mistakes and understand what is missing |
Classes 9–12 | Marking schemes, step-by-step checking, post-test error analysis | After a Maths practice question: Compare each step with the board marking scheme and note where marks were gained or lost. | Understand how marks are awarded and improve exam responses |
The form of self-assessment changes across grades and with enough structure and practice, students gradually become better at engaging with their own work and taking ownership of it. It is not about replacing teacher assessment or asking students to decide their own official marks. It is about helping students play a more active role in understanding their own learning.
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Edition: 5.39
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