Teachers, Not AI: The Key to Better Grading and Learning

teacher-led assessment – Misryoum spotlights how strong diagnostics, targeted feedback, and human teaching help students master foundations—and why AI can’t replace that job.
Walk into any classroom and you can usually tell what kind of learning is happening by how students are treated during feedback and assessment. Misryoum reports on one teacher’s argument that teachers—not AI—are what make grades meaningful.
The focus is simple but urgent: as more educators use AI for grading and lesson planning. fewer people ask a harder question—how do we know students are actually learning?. Masheika Allgood. a lawyer-turned-teacher-turned AI ethicist. describes her most formative teaching year in seventh-grade language arts in South Florida. and she frames her approach as a defense of human judgment.. For Misryoum. the lesson is that assessment isn’t only a measurement tool; it’s a teaching system. built by someone who understands learners as people.
Allgood’s starting point was diagnostic testing—choosing specific foundational skills tied to the curriculum’s learning goals.. She argues that students can “look” ready while still missing underlying concepts. and that assumptions about low achievers can hide real potential.. In her view. diagnostics are like opening the cabinets before you design a plan: if you don’t check what’s there. you build lessons on guesses.. For instance. she ties reading analysis to earlier skills. emphasizing that students can’t meaningfully compare and contrast without that groundwork.
She then describes how she used assessment mapping to visualize where students were across her classes. and how the information shaped instruction week by week.. Even though she taught the same fundamentals to everyone, she “leaned in” differently depending on what each group needed most.. Misryoum readers may recognize what makes this approach distinctive: the assessments weren’t treated as a one-time event or a compliance task.. They were used to coach students into the next level of understanding.
After several weeks, the class reassessed foundations using multiple formats—creative outputs as well as quizzes.. Students composed a song to explain grammar. built crossword puzzles around key reading points. and practiced identifying audio foreshadowing using movie clips.. The goal was not entertainment for its own sake; it was practice that helped concepts stick.. By the start of winter break. Allgood says her students had mastered the seventh-grade fundamentals—positioning the second half of the year for higher-order work.
In the spring, the classroom shifted from building skills to applying them.. Students read a fiction book cover to cover and turned discussion into projects: drawing timelines of events. writing letters from older versions of the characters. and staging a formal debate that even reached into legal reasoning.. Allgood recounts one student who researched federal code on mailbox tampering and cited it during the debate—an example she presents as a marker of confidence and capability.. Misryoum interprets this as a key point for education policy and classroom practice: when foundations are taught intentionally. students who have been underestimated can perform at advanced levels.
That inclusive success also matters to the human impact story behind the grading debate.. Allgood describes students with learning and behavioral disabilities. hearing and speech difficulties. and students who spent significant time in disciplinary settings.. Her claim is that they “flew” because early diagnostics and targeted support closed gaps before higher-level expectations arrived.. For educators wrestling with workload and the promise of automated feedback. Misryoum highlights the implication: the most powerful interventions often happen before the grade. not after it.
The article then widens the lens to the AI moment in education.. Misryoum notes that many learning management systems already enable automated grading and assessment workflows. and the classroom reality is that AI features are becoming embedded in the tools teachers use every day.. Among teachers using AI at work. research cited in the piece suggests most report improvements in grading quality and open-ended feedback.. But Allgood’s central concern is different: she questions what happens when AI becomes the primary judge of student learning rather than the support tool for a teacher’s judgment.
Privacy and labeling risks add pressure to the argument.. The discussion includes examples of early warning system data being used in ways that can stigmatize students. including cases where “at-risk” labels were applied broadly and with demographic influences.. Misryoum sees an important editorial thread here: when data-driven systems are treated as neutral. they can amplify bias—or at minimum. they can shape students’ opportunities based on predictions rather than performance.. In Allgood’s framing, that’s why diagnostics need a human teaching purpose, not just analytics dashboards.
There’s also a classroom observation detail that sharpens the stakes.. Allgood describes an end-of-year moment when an observing teacher couldn’t tell the difference between honors and other classes because the students were performing at an advanced level.. She says the surprise wasn’t just that students improved. but that the trajectory was invisible to an observer until it was too late to miss.. For Misryoum. that kind of outcome points to an educational truth: grades and labels can hide growth unless someone designs a learning path where assessment drives instruction.
The final question Allgood leaves hanging for Misryoum readers is a test of systems design: in an era of ubiquitous learning platforms. how do diagnostics and assessments actually show learning—and how do they change the lesson plan in real time?. Her answer is grounded in teaching practice: start with carefully selected fundamentals. reassess frequently with multiple ways of demonstrating understanding. and use teacher judgment to personalize feedback and make content relevant.. AI may accelerate parts of grading and lesson prep. but it doesn’t replace the core responsibility of education—building conditions where students can truly master what comes next.
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