Design Feedback for Learning

Effective feedback is less about the amount of information you provide and more about whether students can make sense of it and use it to improve their learning. Useful feedback is focused, connected to clear criteria or expectations for quality, and provided at a point when students can act on it. Selecting when and how to provide feedback can help direct instructor and teaching assistant time toward the places where feedback will be most useful.

Start with the Purpose

Choosing among automated, rubric-based, collective, peer, self-assessment, and individualized feedback allows you to match the type of feedback to the learning you want to support and the time available to provide it.

Before deciding how to give feedback, consider:

  • What do students most need to know? Focus feedback on the most important areas for improvement rather than commenting on everything.
  • When will students be able to use it? Feedback has greater value when students can apply it through revision, practice, or a subsequent task.
  • How much feedback can students realistically use? A few clear priorities are often more actionable than extensive comments.
  • Where could useful feedback come from? Feedback can come from multiple sources, including instructors, TAs, peers, students themselves, or automated systems.
  • How will students be supported to use it? Consider what opportunities, guidance, or follow-up will help students interpret and act on feedback rather than assuming comments alone will lead to improvement.
  • What might make the feedback easier to access, understand, and use? Consider whether the tone, language, format, technology, or mode of feedback may create barriers to students engaging with it.

Choosing a Feedback Approach 

No single feedback approach works equally well in every context. Choose and combine approaches based on the learning you want to support, student needs, the assessment task, class size, and the time and resources available. For example, students might receive rubric-based feedback from a peer, automated feedback on a quiz, and collective feedback from the instructor on common patterns across an assignment. 

Feedback approach: Automated (in Canvas quizzes)

Best suited for: 

  • All class sizes 
  • Frequent low-stakes practice; concept checks; foundational knowledge; exam preparation
  • Example: a quiz explains why a selected answer is incorrect and points students to a concept for review

Effective use:

Workload considerations: Requires upfront setup but can provide immediate, repeated feedback with little additional grading

Learning considerations: 

  • Supports timely feedback and repeated practice, especially when students receive an explanation rather than only a score 
  • Works best when automated feedback gives students something useful to review or reconsider

Feedback approach: Rubric-based feedback

Best suited for: 

  • All class sizes
  • Multi-criteria assignments, repeated tasks, skills development, or multiple graders
  • Example: an instructor marks criteria on a Canvas rubric to highlight achievements reserving written comments for targeted areas of revision

Effective use:

Workload considerations: 

  • Can reduce repetitive comments and support greater consistency across graders
  • Tip: Review the rubric with teaching assistants before they use it to grade student work

Learning considerations: 

  • Makes expectations visible and helps students understand how judgments about their work were made
  • Has the greatest impact when it comes with targeted notes for nuanced work

Feedback approach: Individual narrative (text, audio, video)

Best suited for: 

  • Small classes 
  • Drafts, complex work, reflections, or situations requiring nuanced guidance
  • Example: An instructor records a short video to share their impressions of a group project outline, with clear next steps and adjustments to make.

Effective use: Focusing on a small number of meaningful strengths and next steps rather than commenting on everything.

Workload considerations: Can be time-intensive; audio or video may be more efficient for some kinds of feedback

Learning considerations: 

  • Provides personalized guidance where students need explanation, questioning, or individualized direction.
  • Can also help students understand the reasoning behind an instructor’s judgment

Feedback approach: Collective feedback

Best suited for: 

  • Larger classes 
  • Common misconceptions, recurring strengths or challenges, and large classes
  • Example: Noticing that many students struggled with control variables, an instructor posts a short Canvas video debriefing common lab report errors

Effective use: Identifying patterns across student work and addressing them through a debrief, an exemplar, a Canvas announcement, an FAQ, or a short video

Workload considerations: Avoids repeating the same comments individually.

Learning considerations: 

  • Shows students which patterns are common across the class and gives them an opportunity to compare approaches to the task 
  • Normalizes shared learning struggles

Feedback approach: Peer feedback

Best suited for: 

  • All class sizes 
  • Formative work such as early drafts, iterations, comparing approaches, and developing evaluative judgment
  • Example: students review a peer's draft against a rubric and provide two actionable suggestions for revision before final submission

Effective use: 

  • Preparing students to make judgments using the same criteria they will apply to their own work
  • Model or practice how to apply the criteria and provide useful feedback before students review one another's work
  • Encouraging human interaction skills and evaluative judgment
  • Learn more: Peer review with Feedback Fruits

Workload considerations: Requires upfront structure and facilitation but can complement instructor feedback

Learning considerations: 

  • Develops students’ ability to recognize quality, interpret criteria, and make judgments about their own and others’ work
  • Exposes students to different ways of approaching the same task

Feedback approach: Self-assessment

Best suited for: 

  • All class sizes 
  • Preparing for submission, reflection, goal setting, or checking work against criteria
  • Example: After quizzes, students log misunderstood concepts to identify what they need to revisit

Effective use: Using criteria, exemplars, checklists, or guided questions to support students’ judgments

Workload considerations: Requires some upfront design but little ongoing instructor time

Learning considerations: Helps students practice monitoring and evaluating the quality of their own work

For more tips on reducing your grading load, we suggest this tip sheet: "Grading in less time with greater impact.

Time Feedback for Impact

The amount and type of feedback you provide should depend less on whether an assessment is formally labeled formative or summative and more on whether students will have an opportunity to use the feedback.

During learning

When students have opportunities to revise, practice, or complete a related task, focus feedback on what they should do next. More detailed feedback is often most useful here because students still have an opportunity to act on it.

For example

  • identify one or two priorities for improvement;
  • ask students to revise part of an assignment;
  • provide feedback on an early component of a larger project;
  • use patterns from a quiz or assignment to determine what needs to be revisited in class;
  • ask students to apply previous feedback when completing the next task.
At the end of a learning cycle

When students have limited opportunity to revise or apply feedback within the course, focus on helping them understand how their work was judged and what they should carry forward into later work.

This may include concise comments explaining:

  • key strengths
  • the most significant areas for development
  • how the assessment criteria were applied
  • learning that may transfer to subsequent courses, professional practice, or related work

Help Students Use Feedback

Feedback contributes to learning when students have opportunities to make sense of it and use it to improve subsequent work or learning strategies. Consider building a small feedback activity into the assessment process rather than assuming students will automatically know what to do with your comments.

Students might:

  • identify the two most important changes they will make on their next assignment
  • revise a section of their work using the feedback
  • compare their work with an exemplar and identify what it reveals about quality
  • explain how feedback from an earlier task influenced a later one
  • categorize comments into strengths, questions, and next steps; or
  • use feedback to develop a short learning or revision plan

These activities also help students develop feedback literacy: understanding their active role in feedback, making judgments about quality, managing their responses to feedback, and deciding how to act on it.

Using AI for Student Feedback

If you are considering using generative artificial intelligence (GenAI) for student feedback, use it to complement rather than replace instructor judgment. GenAI can provide timely feedback at scale, but instructors remain important for context, dialogue, and nuanced disciplinary judgment.

GenAI tools come with clear trade-offs. They can quickly produce detailed guidance and step-by-step corrections, but overly prescriptive feedback may reduce students' opportunities to reflect, make judgments, and decide how to improve their own work.

GenAI can generate feedback, but instructor involvement remains important for context, dialogue, and nuanced judgment, especially for complex or higher-stakes work. Khayer and Mirzaei recommend a “hybrid” approach, grounded in their synthesis of 29 studies:

  • Use GenAI selectively for lower-stakes feedback: AI may help provide rapid, criteria-aligned guidance on early work, while students still have opportunities to review, question, and act on it.
  • Focus instructor attention where it adds the most value: Prioritize context, dialogue, and nuanced disciplinary judgment, especially for complex or higher-stakes work.

When evaluating student work, you can safely use institutionally approved tools like Google Gemini. Under the U of A’s AI Data Safety Guidelines, student submissions are classified as "protected" data, and the university's license ensures that tool providers will not retain or use student work to train AI models. 

But if you incorporate GenAI into your grading workflow, lead by example. Be open with your students about how and when you use these tools. Transparency is a core principle of the U of A Framework for the Responsible Use of AI.

Putting it into practice

  1. Timing: Where do students most need feedback to improve before their next significant assessment? 
  2. Use: What do students need to do with the feedback you provide — revise, practice, or apply it to a subsequent task? 
  3. Approach: Which time-intensive, narrative comments could be replaced with automated, rubric-based, or group feedback without sacrificing student development?
  4. Patterns: Where are you repeatedly writing the same comments? Could those patterns become collective feedback, a rubric criterion, an exemplar, or an instructional resource?
  5. Peer Feedback: Where in your course could peer feedback help students develop evaluative judgment and draw inspiration from each other before submitting major work?

Learn more

Carless, D., & Winstone, N. (2023). Teacher feedback literacy and its interplay with student feedback literacy. Teaching in Higher Education, 28(1), 150–163.

CAST (2024). Universal Design for Learning Guidelines version 3.0. 

Centre for Teaching and Learning, University of Alberta. (2026, March 31). Ask the CTL scholar: Getting students to use instructor feedback.

Henderson, M., Boud, D., Molloy, E., Dawson, P., Phillips, M., Ryan, T., & Mahoney, P. (2018). Feedback for learning: Closing the assessment loop – Final report. Australian Government Department of Education and Training.

Khayer, B., & Mirzaei, S. (2025). Enhancing feedback personalisation with AI-generated analytics: A narrative review. Learning Letters, 5, Article 50. 

Lee, S. S., & Moore, R. L. (2024). Harnessing Generative AI (GenAI) for automated feedback in higher education: A systematic review. Online Learning, 28(3).