Guiding Students to Receive Feedback as Information to Improve Their Skills

When students receive feedback from teachers, they tend to internalize it in one of two ways: as information to improve their skills, or as a judgment about who they are. The distinction matters.

Consider a moment of misbehavior. Saying, “That behavior is inappropriate in this class. You need to keep your hands to yourself,” communicates the expectation while keeping the focus on the action. In contrast, “You are being inappropriate in this class. You need to keep your hands to yourself,” is less about behavior and more about identity. Both statements clarify the next step, but only the first keeps the feedback anchored to an idea, rather than the student.

The most impactful feedback makes it clear that students are more than their current ideas, and their work is always open to improvement. When feedback targets the work—the reasoning, the strategy, the evidence, or the process—then students have something concrete to evaluate and revise.

Consider a hypothetical academic situation from a seventh-grade math class. Marcus shares his solution to a math problem, and the teacher invites peers to give feedback. One classmate responds, “You’re really good at math, Marcus.” Another classmate says, “In step two, the unlike terms were combined—consider checking whether both terms had the same variable first.”

The second piece of feedback isn’t about Marcus, and it doesn’t boost his confidence. It does, however, build his capacity—it points him to a specific decision in his process, offers a next step, and preserves his sense of self. It’s more useful for his learning. Marcus looks at his answer, compares it with his classmate’s feedback, and begins editing his work.

Below are two strategies for educators who want to sharpen their feedback, as well as a strategy to enhance peer feedback between students.

Describe the Work, Not the Student

Language matters. Removing pronouns can dramatically change the tone of a teacher’s feedback. Instead of this:

• “You didn’t explain your reasoning.”
• “You’re really clear here, but you lost focus later.”

Try this:

• “The reasoning is incomplete. The link between evidence and claim is missing.”
• “The first paragraph establishes a clear argument, but later sections drift into summary.”

Notice how the second set of feedback is about the text, the solution, and the graph—not about “you.”

This matters because students often fuse feedback with self-worth. “You’re careless with details” can easily be interpreted as a character trait. Descriptive feedback, on the other hand, comes across as a correctable habit: “The solution omits units. Adding them would make the answer precise.”

Ensure That Every Student Gets Feedback

Time is a challenge for teachers, who often give rich, detailed feedback to a few students while others wait. To make feedback equitable, teachers and students need strategies that guarantee everyone receives useful input. Two routines stand out:

Blind feedback with success criteria: Students first complete a brief task—solving a math problem, drafting an introductory paragraph, sketching a diagram, etc. Only after finishing do they see the success criteria. Then, they self-assess: Where does my work meet expectations? Where does it fall short?

This flips the order of operations. Students aren’t waiting passively for teacher comments. They’re immediately engaging in socially directed and self feedback. The teacher can then circulate and add targeted notes, but every student has already received feedback from the criteria themselves.

Dot protocol: Instead of marking errors or circling strengths, place a small dot on a specific part of a student’s work. The dot isn’t labeled as “good” or “bad.” It simply signals a place to look. The student then interprets: Does this section align with success criteria? Does it need revision?

This routine quickly distributes feedback across the room. Every student has a marked area to reflect on, but no one feels judged or singled out.

Encourage Students to Use Work-Centered Protocols

Without structure, feedback conversations between students blur the lines between identity and ideas. Students may default to vague positive remarks (“It’s good”) or personal comments (“You’re a great writer”). Protocols act like guardrails, keeping attention on the work itself.

One powerful approach is the tuning protocol, often used in project-based learning or writing workshops. In this structure, classmates are instructed to follow clear steps:

1. The author presents their work without commentary.
2. Classmates respond with “I notice…” and “I wonder…” statements.
3. The author reflects on which bits of feedback to apply.

This process directs attention to observable features of the work, clarity of thesis, precision of evidence, or logic of steps, as opposed to attributes of the student. In a high school English class, feedback like “I notice the evidence is strong, but it doesn’t clearly connect back to the claim” is more effective than “You didn’t explain yourself well.”

Even simpler protocols like sentence stems (“The solution is clear because…” or “One part that could improve is…”) help train students to give work-centered feedback. Over time, these habits normalize critique as a collective examination of ideas.

Why This Matters

When students confuse feedback of their work with judgments about themselves, they often withdraw. Without some degree of course correction, this dynamic can lead to learned helplessness (I’m just bad at math) or fragile confidence (I’m only good if I get it right immediately).

But when teachers help students separate identity from work, feedback becomes liberating. Students learn:

• Errors are not personal failures.
• Ideas are malleable.
• Revision is expected, not exceptional.
• Feedback is for everyone, not just for the students who raise their hands or make big mistakes.

In a middle school science class that I sat in on, a teacher ended each lab by asking students to post one piece of data on the board. Classmates gave feedback using success criteria for accuracy and clarity. Because the feedback focused on the data, participation increased and risk-taking followed. As one student explained, “If the numbers are wrong, I can fix them. It doesn’t mean I’m bad at science.”