Explain how the feedback is directly tied to the lesson goal (e.g., “accurately explain photosynthesis”).
Describe how students recognize what they are trying to improve.
Example:
“After receiving feedback on their lab reports, focus students revised their conclusions to better align with the objective of explaining cause-and-effect relationships in chemical reactions.”
Describe how students think about or respond to feedback.
Include whether they ask questions, self-assess, or discuss feedback.
Example:
“Focus students reviewed teacher comments and identified specific errors in their data interpretation, demonstrating reflection on their understanding of variables.”
Highlight what students actually do with the feedback (revise, retry, correct, extend).
Be concrete and observable.
Example:
“Students corrected their diagrams of cell structures by adding missing organelles and labeling them accurately after receiving feedback.”
Show how student work improves as a result of feedback.
Compare before-and-after performance.
Example:
“Initially, students struggled to use scientific vocabulary correctly, but after feedback, they incorporated terms like ‘diffusion’ and ‘concentration gradient’ accurately in their explanations.”
Note how students engage with feedback (confidence, independence, persistence).
Example:
“One focus student independently revisited their experiment setup after feedback, adjusting measurements to improve accuracy without prompting.”
Show how students use feedback to meet rubrics or success criteria.
Example:
“Students used rubric-based feedback to ensure their lab reports included a clear hypothesis, method, and evaluation, aligning with success criteria.”
Mention if students use feedback from peers or themselves, not just the teacher.
Example:
“During peer review, students used a checklist to give feedback and then revised their models to better represent energy transfer.”
Describe feedback as a continuous process, not one-time.
Example:
“Across multiple lessons, students iteratively improved their experimental designs based on ongoing feedback, showing deeper understanding of fair testing.”
Show how feedback helps address misunderstandings.
Example:
“Feedback helped students correct the misconception that heavier objects fall faster, leading to more accurate predictions in subsequent experiments.”
Include data, scores, or clear indicators of progress when possible.
Example:
“After acting on feedback, 4 out of 5 focus students improved their quiz scores on forces and motion by at least 20%.”