Category: Assessment & Feedback

A standards based grading gradebook stores evidence by learning target instead of by assignment. Each row is a standard. Each entry is a piece of evidence a student produced for that standard. That one structural change is what makes a gradebook readable to a student, a parent, and the teacher who inherits the class next year. It is also what creates every hard decision you will spend the semester making.

Most of what gets written about standards-based grading is about philosophy. This is not that. This page is about the file — what goes in the columns, what happens when a kid takes a quiz three times, what you do when the office needs a letter grade by Friday, and what the research says happens when you get those choices wrong.

I will say up front that the evidence here is thinner and more mixed than the professional development usually admits. That is covered honestly below, because a teacher about to rebuild a semester of records deserves to know what they are buying.

Key Takeaways

• The structure is the whole idea. Rows are standards, not assignments. If your gradebook still reads as a chronological list of tasks with points attached, you have changed the labels and not the system.
• One randomized trial found a real gain. A cluster RCT across 29 schools of a proficiency-plus-reassessment program in ninth-grade algebra and geometry reported a 0.33 standard deviation improvement on end-of-course mathematics tests — roughly the 50th to the 63rd percentile.
• But no grading system improves learning by itself. Guskey and Link put it plainly: grading does not change curriculum or instruction, and there is no evidence that standards-based grading on its own raises achievement. What it reliably does is make the grade mean something specific.
• Taking practice work out of the grade has a measurable cost. A two-year study of a policy change in secondary mathematics found that when practice stopped counting, completion of practice fell and achievement declined on several standards.
• Students object on fairness grounds, and their objections are specific. In a survey of 478 high school students, the complaints were not about rigor. They were about inconsistent reassessment rules between teachers and about losing credit for work they had done.
• The five decisions below are where implementations live or die: how many standards, what scale, how repeated attempts combine, what counts as evidence, and where behavior goes.

What is a standards based grading gradebook?

It is a gradebook whose primary axis is the standard rather than the assignment. A traditional gradebook answers “what did this student turn in and what was it worth?” A standards-based gradebook answers “what can this student do, and how do we know?”

In practice that means a column per learning target instead of a column per task. A single test might feed six different columns, because a single test usually assesses six different things. Three separate assignments over a month might all feed one column, because they were all evidence for the same skill. The assignment does not disappear — it becomes the container for the evidence rather than the thing being measured.

If you want the underlying rationale and the arguments for and against the approach as a whole, that is covered in the main standards-based grading guide. This page assumes you have already decided, or been told, and now have to build the thing.

Does a standards based grading gradebook actually improve learning?

The honest answer: one good randomized trial says a specific version of it helped, a large review says grading systems do not improve learning on their own, and at least one comparison found worse outcomes. Anyone who tells you the evidence is settled has not read it.

The positive result

The strongest evidence for this approach comes from a cluster randomized controlled trial of the PARLO program run by Kramer and colleagues and published in the Journal of Research on Educational Effectiveness. Twenty-nine schools were randomized — 14 treatment, 15 control — with the intervention in ninth-grade algebra and geometry classrooms. Students were rated not-yet-proficient, proficient, or high-performance on each learning outcome, and could reassess any outcome for full credit after further study. The program produced a 0.33 standard deviation improvement on end-of-course mathematics tests, moving the average student from roughly the 50th to the 63rd percentile. The effect was strongest among students who were already more motivated.

Two caveats on that one. First, PARLO is a defined program with mastery definitions and reassessment built in, not a gradebook layout — the trial tested the whole package. Second, the full published article was not accessible to me, so the figures above come from the study summary published by the Society for Research on Educational Effectiveness rather than from the paper itself. I am citing what I actually read.

The sobering results

Laura Link and Thomas Guskey, writing in Theory Into Practice, argue that standards-based grading is best understood as a communication tool and not as an achievement intervention. Their sentence is the one worth keeping: no grading system by itself improves student learning, because grading does not alter curriculum or instruction. They note that the practice remains largely unstudied, that emerging research shows it produces a stronger relationship between grades and external measures, and that no evidence indicates it improves achievement.

Matt Townsley and Matt Varga compared two demographically similar Midwestern high schools of about 450 students each, one using standards-based grading and one traditional, across the graduating classes of 2015 and 2016. They found no significant difference in math, English, or cumulative GPA — and ACT scores roughly 2.2 to 2.7 points higher at the traditional school. That is a quasi-experimental comparison of two schools with all the confounding that implies, and the authors flag the rural, low-diversity sample themselves. It is not proof that the gradebook caused it. It is also not a result anyone should skip past.

The broadest context comes from A Century of Grading Research in the Review of Educational Research, an eight-author review of the whole field. Two findings from it matter for anyone building a gradebook. Teachers mix achievement with work habits whether or not their system says they should — even teachers who report supporting standards-based reform report using practices that blend effort and improvement into academic marks. And grades, messy as they are, consistently predict educational persistence and completion better than standardized tests do. The multidimensionality that standards-based grading tries to strip out may be part of what makes a grade useful.

The five decisions every standards-based gradebook has to make

Make these five on purpose, write them down, and do not change them midyear. Every failed implementation I have read about failed at one of these, usually by leaving it to be decided case by case.

On decision three specifically: students in one large survey complained that a reassessment score replaced a higher earlier score even when it was worse. That is a defensible rule and an indefensible surprise. The rule is not the problem; discovering it after the fact is.

Should practice work count in the grade?

The evidence says be careful, and it points the opposite direction from the standard advice.

The usual argument is that practice is formative, so it should not be graded — students will do it because it helps them. A two-year study by Huey and colleagues in Studies in Educational Evaluation tested exactly that policy change with 122 eighth graders and 123 ninth graders in year-long geometry courses. When practice work was removed from grade computations, completion of practice work decreased overall, and student achievement declined on several of the standards being assessed. The authors concluded that process grades are likely essential to maintaining achievement in that population, and noted their result contradicts reform advocates who claim engagement holds regardless.

That is one study of high-achieving students in one subject, and it should not be read as a verdict on the whole question. But it is a direct test of a specific gradebook decision, and it came out against the conventional answer. If you take practice out of the grade, put something else in its place that makes the practice visibly matter, and watch your completion rates rather than assuming.

Students see the same thing from the other side. In a study of 478 students at one high school, the most common complaint about standards-based grading was that homework should count — not because they wanted easy points, though some did, but because with few graded items the whole grade rested on two or three assessments. “There are so few points available on quizzes and tests” is a fairness objection, and it is a reasonable one.

How do you convert to a letter grade when the office needs one?

Publish the conversion rule before the first grade goes in, and use the same one every time.

Most secondary teachers running this system do not control the report card, so the standards-based gradebook feeds a traditional one. That translation is where trust gets lost, because a student who sees a row of 3s and receives a B wants to know how. Three workable approaches:

1. A published crosswalk. A fixed table — all 4s and 3s with no 2s is an A, and so on. Simple, transparent, and slightly blunt at the boundaries.
2. A proficiency threshold. The grade is determined by the proportion of standards at proficient or above, with a stated floor of standards that must be met regardless.
3. A weighted composite with named priority standards. More precise, harder to explain, and worth it only if you will actually explain it.

Whichever you choose, the parent-facing version has to be one paragraph long. Brookhart and colleagues found that many parents attempt to interpret standards-based labels by translating them back into letter grades regardless of what the school intends. Give them the translation rather than letting them invent one.

What breaks, and when

Reassessment load, teacher-to-teacher inconsistency, and midyear rule changes — in that order.

• Unlimited reassessment. Guskey and Link warn directly that unlimited retakes create burdensome workloads, and that retaking a poorly aligned assessment does not produce learning regardless of how many attempts you allow. Cap attempts, require evidence of new study before a retake, and put reassessment in a fixed window rather than on demand.
• Different rules in different rooms. Students in the 478-student survey said it repeatedly: nobody communicates the same, there is no standardization, some teachers appear to make reassessment deliberately difficult. Within a department, the five decisions above should have one answer, not six.
• Changing the rule in January. A grading rule changed midyear is functionally retroactive, because the evidence already in the book was produced under the old one. If a decision is wrong, finish the term and change it at the semester line.
• A gradebook nobody opens. Fifteen standards with one entry each in November is not a standards-based gradebook, it is a spreadsheet. The system only pays off if there is enough evidence per row to make the row mean something.

Before you do this alone: what it costs beyond your own room

A standards-based gradebook inside one classroom in a traditional building is a bigger undertaking than it looks, and four things will bite you.

• The transcript is not yours. Whatever you do internally, a letter grade and a GPA leave your room and go on a document that affects class rank, scholarship eligibility, and athletic eligibility. Confirm with your counseling office how your marks will be recorded before you change how you produce them, not in May.
• Your software may not support it. Most district gradebooks are built around assignments with point values. Some can be bent into standards; some can only fake it with categories. Find out which you have before you design a system it cannot hold, because a parallel spreadsheet you maintain by hand is a system that dies in November.
• Students transfer. A student who arrives in week twelve arrives with points, and a student who leaves takes your proficiency levels into a building that will not know what they mean. Have a stated rule for both directions.
• Reassessment is the real labor cost. Be concrete about it before you promise anything. If 20% of 140 students reassess one target a week, that is 28 additional items to write, administer, and score every week, on top of everything else. That number is why reassessment windows and attempt caps exist, and it is why Guskey and Link warn that unlimited retakes become burdensome.

There is an instructional point buried in that last one that a coach would raise immediately. Reassessment only works if you have more than one assessment item per target that genuinely measures the same thing. If the retake is the same quiz, you are measuring memory of a quiz. If the retake is harder, you are punishing the student for needing it. Building a second and third form for each priority standard is the unglamorous prerequisite, and it is most of the actual work of this system.

None of this is an argument against doing it. It is an argument for doing it with the department and the counseling office rather than in private, and for starting with one course rather than a schedule.

A setup checklist you can work through in an afternoon

1. List the course’s learning targets and bundle them down to 8–15 per semester. Write each one in student-facing language. If you cannot say it in a sentence a fifteen-year-old understands, it is still a standards document and not yet a target.
2. Pick the scale and write the descriptors. Not just the numbers — what a 3 actually looks like in this course. Rubric templates are the fastest way in.
3. Write the five decisions on one page. Granularity, scale, how attempts combine, what counts as evidence, where behavior goes. Date it.
4. Build the columns before the semester, not during it. Retrofitting a gradebook in week six means hand-remapping every entry already in it.
5. Decide the reassessment window and the entry requirement now. Which days, how many attempts, what a student must show to earn one.
6. Write the one-paragraph explanation for families. What the numbers mean, how they become a letter, and when. Send it in the first two weeks rather than after the first complaint — the same front-loaded contact that works for everything else works here.
7. Pick your check date. A day in week eight when you open the gradebook and ask whether any row has too little evidence to defend, and whether your conversion rule still produces grades you believe.

What to tell students, and what to tell families

Tell students the rules before the first entry, and show them the gradebook. Most of the recorded student resistance to this system is not resistance to rigor. It is the experience of being graded by a machine whose rules nobody explained.

Grades 6–12 students can handle the actual explanation, and they deserve it. Say what the scale means. Say how repeated attempts combine, including the case where a retake scores lower. Say which standards carry the most weight. Say what happens to homework. Then hold to it, because the fastest way to lose a room under this system is to make an exception for one student and get caught.

For families, lead with the translation and the one thing that changed. If your building is also making the shift, the arguments against are worth knowing as well as the arguments for — the case that standards-based grading does not work is an honest summary of the objections, and a teacher who can state the objection fairly is more persuasive than one who cannot.

What to do next

Before you rebuild anything, write the five decisions on one page and show it to one colleague who teaches the same course. Most of the damage in a standards based grading gradebook happens because a decision was never made explicitly — it just emerged from whatever the software defaulted to and whatever felt fair in the moment.

Then build one unit, not one semester. Run it, look at how many entries each row actually accumulated, and see whether your conversion rule produced a grade you would defend to a parent. Adjust once, at the unit boundary. That is a slower start than a summer rebuild and it is the version that is still running in April. When the unit is done, a short structured reflection on what the rows told you is worth more than another round of reorganizing the columns.

Frequently Asked Questions

Sources

• Link, Laura J., and Thomas R. Guskey. “Is Standards-Based Grading Effective?” Theory Into Practice, 2022. Full text (PDF).
• Brookhart, Susan M., Thomas R. Guskey, Alex J. Bowers, James H. McMillan, Jeffrey K. Smith, Lisa F. Smith, Michael T. Stevens, and Megan E. Welsh. “A Century of Grading Research: Meaning and Value in the Most Common Educational Measure.” Review of Educational Research, vol. 86, no. 4, 2016, pp. 803–848. Full text (PDF).
• Townsley, Matt, and Matthew Varga. “Getting High School Students Ready for College: A Quantitative Study of Standards-Based Grading Practices.” Journal of Research in Education, vol. 28, no. 1, 2017, pp. 93–112. Full text (PDF).
• Huey, Maryann E., Peter R. Silvey, Amanda G. Vaughan, and Anne L. Fisher. “Assessing the Impact of Standards-Based Grading Policy Changes on Student Performance and Practice Work Completion in Secondary Mathematics.” Studies in Educational Evaluation, vol. 75, 2022, article 101211. Journal listing.
• Peters, Randal, Jerrid Kruse, Tom Buckmiller, and Matt Townsley. “‘It’s Just Not Fair!’ Making Sense of Secondary Students’ Resistance to a Standards-Based Grading.” American Secondary Education, vol. 45, no. 3, 2017, pp. 9–28. Full text (PDF).
• Kramer, Karen, Jill Posner, Alexander Browman, Rebecca Lawrence, Jennifer Roem, and Kathryn Krier. “The Impact of a Standards-Based Grading Intervention on Ninth Graders’ Mathematics Learning.” Journal of Research on Educational Effectiveness, 2024. Figures cited here come from the Society for Research on Educational Effectiveness study summary, which is what was read; the full article was not accessible.

A note on the evidence. Five of the six sources above are peer-reviewed, and they do not agree with each other. That is the accurate state of this field, and a gradebook decision made on the assumption that the research is settled is a decision made on something that is not true.

A 1–4 standards-based grading scale reports how well a student has met a standard, not how many points they accumulated. Four means beyond the standard, three means meeting it, two means approaching it, one means not yet. Three is the target, not four — which is the single thing most families and a fair number of teachers have wrong about it.

The scale itself is not hard. What is hard is the part nobody puts on the poster: turning those numbers back into a letter grade, because almost every school that adopts a four-point scale still has to file a percentage at the end of the term.

This page covers what each level means, why four levels rather than a hundred, and the conversion problem — including why the neat conversion chart your district hands out is a convention rather than a measurement.

Key Takeaways

• 3 is proficient and it is the goal. A 4 is not “an A” — it is work beyond the grade-level standard, and a student can have an excellent year without many of them.
• Four levels exist because a hundred do not work. Asked to grade one paper, 90 trained high-school teachers produced scores from 50 to 96.
• Nearly two-thirds of a 100-point scale describes failure. That is an accident of arithmetic nobody designed on purpose.
• The zero is the clearest case. Recovering from one zero in a percentage system takes perfect scores on at least nine other assignments.
• There is no validated conversion from 1–4 to letters. Every chart is an institutional convention — and the published ones converge on 3 = B, which is exactly the message problem rather than a confirmation.
• Do not average the levels. Averaging reintroduces exactly the precision the scale was built to remove, and it punishes students who improved.
• Decide what a 3 means before September, in writing, with the department. Most scale arguments are definition arguments wearing a number.

What Each Level on the 1–4 Scale Means

There is no national definition, which is worth saying out loud before anyone quotes one at you. Schools write their own descriptors, and they vary. The shape is consistent though, and this family-facing version from Gateway Public Schools is about as standard as it gets:

A 4 “consistently exceeds expectations” for skills and understanding. A 3 consistently meets them. A 2 meets some of them. A 1 meets few.

Read the word consistently in the first two. It is doing more work than the numbers. A student who produced one brilliant analysis in October and nothing like it since is not a 4, and a student who has hit the standard on the last three attempts is a 3 even if the first attempt was dreadful. The scale is a claim about where a student is now, not a summary of everything they have ever handed in.

The 4 causes most of the trouble at home, because families read four levels and assume A/B/C/D. It is not that. A 4 is work that goes past the grade-level standard — a different kind of task, not a tidier version of the same one. A student can meet every standard in your course, be entirely successful by any honest account, and collect very few 4s. If your reporting language does not say that plainly, you will spend October explaining it one parent at a time.

Why Four Levels and Not a Hundred

Because nobody can tell the difference between an 84 and an 86, and pretending otherwise has a cost.

Thomas Guskey has made this case more carefully than anyone. In The Case Against Percentage Grades he points out that with a pass mark around 60, nearly two-thirds of the percentage scale describes levels of failure — sixty-odd gradations of failing and about forty of succeeding. No one chose that. It is what happens when you inherit a scale and never ask what it is for.

On reliability he cites a 2011 replication of a study first run in 1912. Ninety high-school teachers, given twenty hours of training, scored the same paper. The scores ranged from 50 to 96. More levels do not produce more accuracy; Guskey’s phrase for it is the illusion of precision, and his point is that with more levels more students are simply misclassified.

Then the zero, which is the cleanest arithmetic in the whole argument. To recover from a single zero in a percentage system, a student must earn a perfect score on at least nine other assignments. On a 0–4 scale the same missing piece of work costs about what it should. Guskey recommends integer scales for exactly this reason, and notes they line up with the GPA scale and with state assessment levels that already use four.

Worth being honest about what this evidence is. It is an argument about measurement and reliability, not a trial showing that four-point scales raise achievement. What the outcome evidence on standards-based grading actually shows is a separate and more mixed question. The case for four levels is that the number you report means something. That is a real benefit and it is not the same as a test-score claim.

The Conversion Problem

Here is the part the training day skips. Almost every school running a 1–4 scale still has to produce a letter grade, a GPA, or a transcript percentage — and there is no validated way to get from one to the other.

If you came here for the chart, here it is — three real ones, from schools that publish their conversion rule. Read the row for 3 before anything else. All three land a proficient student on a B, and the two Vermont schools are reproduced in the state Agency of Education’s own guidance, which declines to endorse them and calls the symbols “arbitrary” next to the learning they stand for (Vermont Agency of Education, Vermont Proficiency-Based Grading Practices, rev. February 2021; EAS Standards-Based Grading Conversion Chart, Lake Washington School District).

Look at where they part company. Champlain Valley fails a student below 1.0; Montpelier fails one below 1.50, so the same body of work is a D− in one building and an F in the other. EAS puts a 2 as high as a B. The convergence on 3 = B is not evidence that B is correct — it is evidence that everyone inherited the same habit of hanging the new scale on the old one. That is the problem this page is about, not the solution to it.

Districts generally pick one of three approaches. A direct map assigns a letter to each level: 4 is an A, 3 a B, and so on. It is simple and it quietly tells every proficient student they are a B student, which is both demoralising and false. A weighted map puts 3 at an A or A− and reserves the top only for consistent 4s, which fixes the message and compresses everything below into very little room. A decision-rule approach sets conditions instead of arithmetic — an A requires 3s on all standards and 4s on some, a B requires 3s on nearly all — which is the most defensible and the hardest to explain on a progress report.

None of those is discovered. They are all chosen. If you are looking for the correct conversion chart, stop: what you are actually choosing is what your school wants a letter grade to mean, and the arithmetic follows from that decision rather than producing it.

The question underneath the family anxiety is usually GPA, and it deserves a straight answer. A transcript still has to carry letters or a grade point, so the conversion your district picks is the thing that reaches a college — not your levels. A direct map that makes proficient students into B students will pull a GPA down relative to a neighbouring district doing it differently, and that is a real consequence rather than a misunderstanding to be explained away. If your school is adopting a four-point scale, someone should model what it does to the GPA distribution before it goes live, and should be able to tell families the answer. “It all works out” is not an answer.

Which is why the one genuinely portable rule is a negative one.

Do not average the levels

Averaging is the default in every gradebook and it undoes the scale. Three reasons, in order of how much damage they do.

It reintroduces false precision. A student with levels of 2, 3 and 3 averages to 2.67, and 2.67 is not a thing. The scale has four values because four is roughly what professional judgement can reliably distinguish. Producing two decimal places from it is the exact error the scale was adopted to stop.

It punishes the students who improved. A student who goes 1, 2, 3, 3 has learned the thing. Their average says 2.25 — approaching. Their most recent evidence says 3. One of those numbers is a description of a student and the other is a description of their history, and only one of them is what a grade is supposed to report.

It hides the pattern that matters. Two students both averaging 2.5 — one going 3, 3, 2, 2 and one going 2, 2, 3, 3 — need opposite conversations. The average erases the only information that would tell you which is which.

The usual alternatives are the most recent evidence, the mode, or professional judgement with the pattern in front of you. All three are defensible; all three require you to be able to say why. That is a feature, and it is also why this works far better when a department agrees the rule together rather than each teacher inventing one, which is the same failure mode as most of the ways standards-based grading goes wrong.

Two practical warnings. The first is that your gradebook will fight you: most systems average by default, several will not store a non-numeric level at all, and a few will happily average your levels behind the scenes while displaying something else. Find out which yours does before you trust a term’s worth of data to it.

The second is about the scale’s own reliability, and it would be dishonest to leave out. Fewer levels reduce disagreement between teachers; they do not remove it. Two teachers in the same department, marking the same essay against the same descriptors, will still hand back a 2 and a 3 often enough to matter to the student sitting between them. The fix is not a better rubric, it is moderation — a department periodically marking the same three pieces of work and arguing until the descriptors mean the same thing to everyone. An hour a term does more for grading accuracy than any conversion chart.

Let Them Argue Their Own Level

The most useful thing I do with this scale is not marking with it. It is making students say a number out loud and defend it.

In a project check-in the question is not how is it going — that gets you fine. The question is which level the work is currently at and what would move it up one. They have the descriptors. They have their own draft. They have to make the case, and I get to hear the reasoning rather than guess at it.

What happens is consistently more interesting than the grade. Students undersell by about a level and can usually name precisely what is missing, which means the gap was never that they did not know — it was that nobody had asked them to say it. A student who can tell you they are at a 2 because their evidence is thin in the second section has just written their own next step, and they will do it because it was theirs.

It also does something to the scale itself. A number a student has argued for is a number they understand. A number that arrives on a report card is a verdict, and teenagers treat verdicts the way anyone does — as something to contest or absorb, but not as information. If you want a structure for this rather than an improvised conversation, a short self-assessment form does most of the work — and it is worth being clear first about what student self assessment actually asks of a teenager.

One thing the scale should never become is a label. A 1 or a 2 is a statement about a piece of work at a point in time and it is supposed to trigger something — a re-teach, a conference, a second attempt that actually counts. If a student sits at 2 for six weeks and the only consequence is that the 2 keeps being recorded, the scale has stopped doing its job and become a slower way of writing a D. The number is a prompt for the adult, not a verdict on the child.

If Your District Requires Percentages Anyway

Most teachers reading this do not get to choose the reporting system. That is fine and the scale is still worth using; you just have to keep the two jobs separate — which is mostly a question of how the columns are set up before the first unit is graded.

• Assess in levels, report in whatever they require. The conversion happens once, at the end, as a deliberate act rather than a running total.
• Keep the level in front of students all term. They should see 1–4 on returned work even if the portal shows a percentage, because the level is the part they can act on.
• Write your conversion rule down before you need it and give it to students and families in September. A rule published in advance is a policy; the same rule produced in May is an argument.
• Never convert a single assignment. Convert the body of evidence for a standard, once. Converting each task and then averaging the percentages is the worst of both systems.
• Expect the first term to be rough and say so. Families are fluent in percentages and your scale is new to them.

And if you are the person choosing the system rather than living inside it, the honest brief is: a four-point scale buys you numbers that mean something and costs you a conversion argument you will have every year. That is usually a good trade. It is not a free one, and schools that present it as free are the ones that abandon it in year two.

Frequently Asked Questions

Sources

• Guskey, T. R. The Case Against Percentage Grades. Read the paper (PDF) — source for the two-thirds-of-the-scale-is-failure point, the 2011 replication in which 90 trained high-school teachers scored one paper from 50 to 96, the nine-assignments-to-recover-from-one-zero figure, and the recommendation to use integer 0–4 scales. This is an argument from measurement and reliability research; it is not a trial of student outcomes, and it should not be cited as one.
• Gateway Public Schools. Grading and the four-point scale: an overview for families. Read the overview (PDF) — source for the level descriptors quoted above. One school’s definitions, used here because they are clearly written and representative; there is no national standard, and your district’s wording governs in your building.
• Vermont Agency of Education. Vermont Proficiency-Based Grading Practices, revised February 9, 2021. Read the guidance (PDF) — source for the Champlain Valley Union HS and Montpelier HS rows in the conversion table. A state agency reproducing two local charts, not endorsing them: the document calls the choice between 1–4, descriptor labels and A–F “arbitrary” relative to the learning they represent, and frames conversion as a communication bridge during transition rather than an equivalence.
• Lake Washington School District. EAS Standards-Based Grading Conversion Chart. Read the chart (PDF) — source for the percentage column. Note the population: EAS is a 5–8 school and the chart exists to translate a percentage-based gradebook back into proficiency levels, which is the reverse of the direction most readers need. It is included because it is a real published percentage mapping, not because it is a model to copy.

Links checked September 17, 2026; the two conversion-chart sources added and checked October 4, 2026. The three conversion approaches described in this article are common practice observed across published district policies, not findings from a study — there is no validated conversion between a four-point scale and letter grades, which is precisely the argument this page is making.

Standards-based grading fails in practice more often than its advocates admit, and almost never for the reason its critics give. The objection is rarely that measuring proficiency against standards is a bad idea. It is that schools adopt a system requiring absolute consistency, deliver it inconsistently, and then discover that students, teachers and families all noticed.

This article takes the objections seriously rather than dismissing them as resistance to change. Several of them are correct.

If you want the case for it and what the evidence shows, that is a separate piece: what standards-based grading is and what the research supports. This one is the other half.

Key Takeaways

• Teachers are not marginally opposed to some of this. In a survey of nearly 1,000, 81 percent called no-zero policies harmful.
• Students object on specific, checkable grounds — inconsistency between teachers above all, not a general dislike of change.
• Reassessment can be socially costly. Some students said it made them appear stupid, which no policy document accounts for.
• Piecemeal adoption is the norm and the problem. These practices were designed as a connected system; almost nobody implements them that way.
• The most common failure is sequencing. Changing the report card before agreeing the standards produces a form nobody can complete consistently.
• None of this makes it a bad idea. Most of it makes it a bad idea right now, in a specific building, under specific conditions.

What Teachers Actually Say

The Thomas B. Fordham Institute, working with RAND, surveyed nearly a thousand K–12 teachers about grading policies commonly bundled with standards-based and equitable grading reform. The results are not close.

Eighty-one percent rated no-zero policies as harmful, with the consensus holding across demographic groups. Fifty-six percent said the same about removing late penalties. Unlimited retakes were the most accepted of the five policies studied, and even there the split was 41 percent helpful against 37 percent harmful.

A leader looking at those numbers has two options. Conclude that most of the profession is wrong, or take seriously that the people delivering the policy think it damages engagement.

There is a detail in that survey which matters more than the headline. Only 6 percent of teachers worked in districts using four or more of these policies, and just 2 percent had all five. Researchers flagged that piecemeal adoption as a concern, because the practices were designed as an interconnected system rather than standalone interventions.

Which means a large share of the teachers rating these policies harmful were rating them as they experienced them — one piece, bolted onto a system built on different assumptions. A no-zero policy inside a traditional points gradebook really is incoherent. That is not a misunderstanding on the teacher’s part. It is an accurate reading of a half-finished reform.

Writing for Fordham, Meredith Coffey makes a related argument: doing this well depends on school-level adaptation rather than district mandate, on standards rigorous enough that “meeting expectations” means something, and on students having genuine opportunities to demonstrate competency. Her named failure modes are a low bar, a top-down mandate without buy-in, and large schools with high teacher turnover.

What Students Say — and Why They Are Mostly Right

The most useful study here is secondary-specific, which is rare in this field. Peters, Kruse, Buckmiller and Townsley analysed over 500 critical statements from students at one high school during its first year of standards-based grading, published in American Secondary Education.

Inconsistency came first. As one student put it, “some teachers do it sometimes, others all the time, and some don’t do it at all.” Reassessment timelines, eligibility and limits all varied by classroom.

Read that as a finding rather than a complaint. A student is describing, accurately, a system that promises objectivity and delivers a different rule in every room. Their conclusion — that it is unfair — is a reasonable inference from the evidence available to them.

Homework counting for nothing came second. Students had done the work and watched the grade not move. The theory is sound: effort is a work habit, not evidence of proficiency. But if that has not been explained repeatedly, what a fifteen-year-old experiences is the school announcing that their effort was pointless.

Reassessment carried social cost. Some students said it made them “appear stupid.” This one rarely appears in implementation plans at all, and it is the one I find most persuasive, because no amount of policy design removes it. If reassessing is visible, it is a public statement about who did not get it the first time.

Motivation shifted early. Students reported studying less at first, reasoning they could just reassess later. That is rational behaviour in response to the incentives as they understood them.

The limitations, which the authors state: one high school of about 500 students, predominantly white and economically advantaged, during a first year of implementation when inconsistency would be at its peak, with the analysis deliberately focused on critical comments in order to understand resistance. Three of the four authors were university professors who use standards-based grading themselves. So this is not a representative picture of how students feel everywhere — it is a detailed picture of what goes wrong in year one.

The Reassessment Problem, and What I Do About It

When I need to redirect a student, I do it quietly, at close range, rather than announcing it to the room. It takes the same number of seconds and it costs the student nothing in front of thirty people.

The reassessment stigma finding is the same problem wearing different clothes. A student who has to publicly identify as someone who did not meet the standard has been handed a cost the policy never intended and never accounted for.

Most of the fix is logistical rather than philosophical. Reassessment that happens quietly, at a normal time, in a way that does not mark anyone out — scheduled during work everyone is doing, arranged in a two-word conversation at the table rather than announced, with more than one student doing it at once wherever possible. None of that changes the grading system. All of it changes whether a fifteen-year-old will use it.

A reassessment policy nobody will be seen using is not a reassessment policy. It is a line in a handbook.

The Objections That Do Not Hold Up

Not every criticism survives contact with the detail, and it is worth separating those out rather than treating all resistance as equally well founded.

• “It lowers standards.” It can, if “meeting expectations” is set at a trivial bar — Coffey names exactly that as a failure mode. But that is a decision about rigour, not a property of the system. A traditional gradebook with generous partial credit lowers standards just as effectively and less visibly.
• “Students will game the retakes.” Some will, early on, and the student data confirms it. It is also the objection most easily fixed by a written rule about what a student must do to earn a reassessment. “Unlimited” is not a policy.
• “It does not prepare them for the real world.” Most work outside school involves revision, feedback and redoing things until they are right. The single-attempt model is the unusual one.
• “Colleges do not use it.” Students raised this and it is a genuine anxiety, but it is a transcript-conversion question rather than an argument about grading. It has an answer; schools just have to give it before the first report card rather than after.

The pattern across all four: each is a real risk that a school can design against, and each becomes a genuine failure when nobody does.

When Standards-Based Grading Is the Wrong Move Right Now

Five conditions under which the honest recommendation is “not yet.”

The first is the one that sinks most rollouts. If the standards themselves are not written in language a student could read, there is nothing to grade against, and every teacher will invent their own — which produces precisely the inconsistency students identified as the core injustice.

The second is structural and largely outside a teacher’s control. A district mandate with no buy-in is the documented failure mode, and Coffey’s argument is that school-level adaptation is what makes this work. A staff told to implement something they do not understand will implement five different versions of it.

And the last one is the cheapest to fix and the most often skipped. Families will ask about transcripts and college on day one. Not having an answer does not make the question go away; it just means the first person to answer it will be someone on a parents’ group who has guessed.

What to Do Next

If your school is considering this, the most useful meeting you can have is not about the report card. It is about whether every teacher in a department would give the same proficiency level to the same piece of work. Test it — take one student’s work, have four teachers score it independently, and compare.

If the answers diverge, you have found the actual problem, and it is the same problem whether you are grading by standards or by percentages. Standards-based grading did not cause it. It just makes it visible to students, who will then tell you it is unfair, and they will be right.

Fix the agreement first. The free proficiency-level rubrics are a reasonable place to start that conversation, no email required.

The conversion objection deserves its own answer rather than a footnote. Turning proficiency levels back into a percentage is the point where most of these arguments actually stall.

Frequently Asked Questions

Sources

• Peters, R., Kruse, J., Buckmiller, T., & Townsley, M. (2017). “It’s just not fair!” Making sense of secondary students’ resistance to a standards-based grading. American Secondary Education, 45(3), 9–28. Full text (PDF) — one high school, first year of implementation, predominantly white and economically advantaged; analysis focused deliberately on critical statements.
• Geduld, A. (2025, September 17). A thousand teachers were asked about “equitable” grading. Most didn’t like it. The 74. Read the article — reporting on a Thomas B. Fordham Institute survey conducted with RAND. The survey itself was not read directly; this article is the source for the figures quoted above.
• Coffey, M. (2025, October 2). Standards-based grading can benefit students — in the right context. Thomas B. Fordham Institute. Read the commentary — the source for the conditions for success and the named failure modes.
• Marsh, V. L. (2023, November). Standards-based grading: History, practices, benefits, and challenges. Center for Urban Education Success, University of Rochester. Read the brief (PDF) — context on the implementation dip and stakeholder resistance.

Every link above was checked on September 12, 2026. Two of these sources are advocacy or commentary rather than primary research, and the text says which is which.