How Do Great Teachers Create Summative Assessments?
by Michael Keany
August 2026
A summative assessment should do more than produce a grade. It should provide credible, useful evidence of what students understand and can do after a period of learning. Great teachers design that evidence deliberately. They build assessments that are aligned, appropriately challenging, transparent, fair, and useful.
Begin With the Learning Destination
Effective assessment design starts by identifying the most important standards, concepts, and transfer goals. Wiggins and McTighe’s backward-design framework asks educators to determine desired results, decide what evidence would demonstrate those results, and then plan learning experiences. This sequence keeps the assessment connected to the curriculum rather than treating it as an activity added at the end.
Teachers should translate standards into claims: What should students know? What should they be able to explain, analyze, create, or apply? Not every lesson objective deserves equal weight. A strong summative assessment emphasizes enduring learning instead of trivia or details.
Match the Evidence to the Goal
Different goals require different forms of evidence. Selected-response questions can sample knowledge and misconceptions. Constructed responses reveal reasoning. Performances, projects, presentations, and portfolios can demonstrate application and transfer. Great teachers often combine formats so no single method carries the judgment.
The task must require the thinking named in the learning goal. If students are expected to evaluate evidence, a recall quiz is insufficient. If fluent calculation is the goal, an elaborate presentation may introduce irrelevant demands. This alignment is central to validity: Scores should support the interpretation teachers intend to make, as emphasized in the Standards for Educational and Psychological Testing.
Create an Assessment Blueprint
Before writing individual items, teachers map content, cognitive demand, format, and point value. A blueprint prevents one topic from dominating simply because it generates easy questions. It also reveals whether the assessment samples learning broadly enough and gives complex goals appropriate weight.
Teachers then review every item for clarity, accuracy, and necessity. Directions should state what students must produce. Questions should avoid accidental clues, confusing negatives, unnecessary reading load, and cultural knowledge unrelated to the target. Colleagues can strengthen quality by taking the assessment, checking the answer key, and identifying ambiguous language.
Make Success Criteria Visible
Students should encounter the assessment’s expectations before assessment day—not its exact questions, but the criteria for quality. Brookhart describes a rubric as a coherent set of criteria accompanied by descriptions of performance levels. Effective rubrics focus on evidence of learning rather than neatness, effort, or vague impressions.
Teachers can analyze exemplars, use criteria during practice, and invite students to self-assess. Transparency does not reduce rigor. It directs effort toward the intended learning and makes scoring more consistent.
Design for Fairness and Access
Fair assessment does not mean lowering expectations. It means removing barriers that are irrelevant to the construct being measured. Teachers should examine whether language complexity, time limits, visual layout, technology, background knowledge, or response format could distort results. Required accommodations should be built into planning rather than added hurriedly later.
Great teachers also check for bias in names, contexts, images, and assumptions. They provide multiple opportunities to demonstrate goals when appropriate, while keeping the same essential criteria.
Plan What Happens Afterward
A summative assessment ends a unit, but it should not end learning. Teachers analyze patterns, return actionable feedback, allow purposeful correction when appropriate, and revise instruction or assessment items that did not function as intended.
Ultimately, great summative assessments make an honest promise: The grade will reflect the learning that mattered. When goals, evidence, criteria, and access are aligned, assessment becomes more than a final event. It becomes a trustworthy account of student achievement and a guide for what comes next.
References
American Educational Research Association, American Psychological Association, and National Council on Measurement in Education. (2014). Standards for Educational and Psychological Testing. American Educational Research Association.
How Do Great Teachers Create Summative Assessments?
by Michael Keany
on Friday
How Do Great Teachers Create Summative Assessments?
by Michael Keany
August 2026
A summative assessment should do more than produce a grade. It should provide credible, useful evidence of what students understand and can do after a period of learning. Great teachers design that evidence deliberately. They build assessments that are aligned, appropriately challenging, transparent, fair, and useful.
Begin With the Learning Destination
Effective assessment design starts by identifying the most important standards, concepts, and transfer goals. Wiggins and McTighe’s backward-design framework asks educators to determine desired results, decide what evidence would demonstrate those results, and then plan learning experiences. This sequence keeps the assessment connected to the curriculum rather than treating it as an activity added at the end.
Teachers should translate standards into claims: What should students know? What should they be able to explain, analyze, create, or apply? Not every lesson objective deserves equal weight. A strong summative assessment emphasizes enduring learning instead of trivia or details.
Match the Evidence to the Goal
Different goals require different forms of evidence. Selected-response questions can sample knowledge and misconceptions. Constructed responses reveal reasoning. Performances, projects, presentations, and portfolios can demonstrate application and transfer. Great teachers often combine formats so no single method carries the judgment.
The task must require the thinking named in the learning goal. If students are expected to evaluate evidence, a recall quiz is insufficient. If fluent calculation is the goal, an elaborate presentation may introduce irrelevant demands. This alignment is central to validity: Scores should support the interpretation teachers intend to make, as emphasized in the Standards for Educational and Psychological Testing.
Create an Assessment Blueprint
Before writing individual items, teachers map content, cognitive demand, format, and point value. A blueprint prevents one topic from dominating simply because it generates easy questions. It also reveals whether the assessment samples learning broadly enough and gives complex goals appropriate weight.
Teachers then review every item for clarity, accuracy, and necessity. Directions should state what students must produce. Questions should avoid accidental clues, confusing negatives, unnecessary reading load, and cultural knowledge unrelated to the target. Colleagues can strengthen quality by taking the assessment, checking the answer key, and identifying ambiguous language.
Make Success Criteria Visible
Students should encounter the assessment’s expectations before assessment day—not its exact questions, but the criteria for quality. Brookhart describes a rubric as a coherent set of criteria accompanied by descriptions of performance levels. Effective rubrics focus on evidence of learning rather than neatness, effort, or vague impressions.
Teachers can analyze exemplars, use criteria during practice, and invite students to self-assess. Transparency does not reduce rigor. It directs effort toward the intended learning and makes scoring more consistent.
Design for Fairness and Access
Fair assessment does not mean lowering expectations. It means removing barriers that are irrelevant to the construct being measured. Teachers should examine whether language complexity, time limits, visual layout, technology, background knowledge, or response format could distort results. Required accommodations should be built into planning rather than added hurriedly later.
Great teachers also check for bias in names, contexts, images, and assumptions. They provide multiple opportunities to demonstrate goals when appropriate, while keeping the same essential criteria.
Plan What Happens Afterward
A summative assessment ends a unit, but it should not end learning. Teachers analyze patterns, return actionable feedback, allow purposeful correction when appropriate, and revise instruction or assessment items that did not function as intended.
Ultimately, great summative assessments make an honest promise: The grade will reflect the learning that mattered. When goals, evidence, criteria, and access are aligned, assessment becomes more than a final event. It becomes a trustworthy account of student achievement and a guide for what comes next.
References
American Educational Research Association, American Psychological Association, and National Council on Measurement in Education. (2014). Standards for Educational and Psychological Testing. American Educational Research Association.
Brookhart, S. M. (2013). How to Create and Use Rubrics for Formative Assessment and Grading. ASCD.
Wiggins, G., and McTighe, J. (2005). Understanding by Design, expanded second edition. ASCD.
------------------------------
Prepared with the assistance of AI software
OpenAI. (2026). ChatGPT (5.2) [Large language model]. https://chat.openai.com