Review of Summative Tests

A post-assessment strategy where learners analyse their test performance to identify patterns in their understanding, turning a summative assessment into a formative learning opportunity.

Assessment for learning
Review of Summative Tests diagram

What is review of summative tests?

  • Return marked tests with detailed feedback, not just a score
  • Learners categorise their errors: careless mistakes, gaps in knowledge, misunderstood concepts
  • Identify patterns across the test: which topics or question types caused the most difficulty
  • Set specific targets for improvement based on the analysis

How it works

Most summative tests are returned, scored, and filed away. The review of summative tests turns this routine into a genuine learning activity. Instead of simply noting the mark, learners analyse their performance to understand what went wrong and why.

The first step is error categorisation. Learners sort their mistakes into types: careless errors (they knew the answer but made a slip), knowledge gaps (they did not know the content), and conceptual misunderstandings (they thought they understood but applied the wrong reasoning). Each type requires a different response. Careless errors need better checking strategies. Knowledge gaps need revision. Misunderstandings need reteaching.

The second step is pattern identification. Are the errors clustered in one topic? One question type? One part of the test (suggesting fatigue or time pressure)? These patterns reveal systemic issues that a single score cannot show.

The third step is target-setting. Based on their analysis, learners write specific targets for their next assessment. These targets are more meaningful than generic "revise more" goals because they are grounded in evidence from their own performance.

This approach reframes assessment as a tool for learning rather than a final judgement. It teaches learners that a test score is not an endpoint but a diagnostic that tells them where to focus next.

Classroom example

A Year 10 Science and Technology class in a Rhondda Cynon Taf school reviews their end-of-unit test on chemical reactions. One learner scored 62%. Her analysis shows: two careless calculation errors (she forgot to convert units), strong performance on balancing equations, but poor answers on rate of reaction questions. She categorises the rate questions as conceptual misunderstanding, not knowledge gap, because she revised the content but applied it incorrectly. Her target: "Practise rate of reaction graph interpretation questions before the next test."

Curriculum for Wales connection

Review of summative tests develops the "Reflect" strand of thinking skills by building metacognitive awareness about learning and performance. It supports cross-curricular numeracy and literacy through data analysis and reflective writing, and works across all AoLEs wherever summative assessment is used.

Rainbow Curriculum's Thinking Tools lens helps you plan where assessment analysis is embedded across your curriculum, ensuring that every summative assessment serves a formative purpose.

Tips

  • Provide time in class for the analysis. If it is set as homework, many learners skip it.
  • Model the error categorisation process with an anonymous example first.
  • A common pitfall: returning tests with only a score and no feedback. Without specific marking, learners cannot analyse their errors effectively.
  • Keep the targets visible. Stick them in the front of the book or folder where they are seen regularly.
  • Combine with peer marking: learners swap tests and categorise each other's errors before discussing.

Source: Adapted from "How to develop thinking and assessment for learning in the classroom", Welsh Assembly Government, Guidance 044/2010.