The Great Education Rebrand: From Common Core to the Science of Reading, Why Does Every New Solution Come With the Same Old Promises?
Education reform frequently commercializes legitimate research, packaging evolving strategies like the Science of Reading into costly, standardized mandates that promise effortless academic transformation. However, purchasing these structured systems and demanding strict implementation fidelity often masks a disconnect from real classroom conditions and diverse student needs. Educators are pressured to follow rigid scripts rather than exercising professional judgment, effectively making teachers absorb the consequences of systemic shortcomings. Ultimately, true educational progress requires looking past marketing slogans and software packages to prioritize fidelity to the child over blind obedience to corporate curricula.
Reading Sage | Sean Taylor | 26 Years of Teaching and Reading Intervention Experience
When publishers sell the solution, administrators mandate fidelity, and teachers inherit the blame, who is actually accountable for student learning?
The New Education Revolution Looks Remarkably Like the Last One PRESENTATION SLIDES
Every few years, American education discovers a new revolution.
The vocabulary changes. The conference speakers change. The curriculum boxes change. The software dashboards become more sophisticated. The professional development slides acquire fresh graphics and new scientific terminology.
But the sales pitch remains remarkably consistent.
This is research-based.
This is evidence-based.
This is best practice.
This is what the science says.
Implement the program with fidelity, and student achievement will improve.
Yesterday, it was Common Core State Standards. Then came the latest generation of assessment platforms, Response to Intervention (RTI), Multi-Tiered Systems of Support (MTSS), data-driven instruction, personalized learning, and educational technology. Today, the Science of Reading and explicit instruction are frequently presented as the answer to America's persistent literacy problems.
Tomorrow, artificial intelligence will promise to make the entire system more efficient, more personalized, more measurable, and more scalable.
I have spent 26 years working in education, including reading intervention and special education. I have watched these promises arrive, reshape the professional development calendar, consume instructional budgets, generate new compliance requirements, and eventually give way to the next initiative.
The recurring problem is not that research has no place in education. It is not that phonics is unimportant, that explicit instruction is ineffective, or that teachers should ignore evidence.
The problem is that a legitimate body of educational research can be transformed into a commercial product, a statewide mandate, and an accountability system without proving that the entire package works for the children sitting in a particular classroom.
That is the great education rebrand.
We repeatedly confuse evidence that a teaching practice can work with evidence that a particular curriculum, software platform, implementation model, or statewide purchasing strategy will solve a complex educational problem.
Those are entirely different claims.
And after 26 years, I have one question for the people selling the next revolution:
Where is the proof that the entire system works in the classroom we actually have—not the classroom the marketing materials imagine?
1. Follow the Money: When Research Becomes a Sales Pitch
Publishers and educational technology companies operate in a competitive marketplace. They must differentiate their products, persuade districts to purchase them, and convince administrators that their offerings address urgent educational problems.
Research terminology is powerful marketing.
A product described as aligned with the Science of Reading sounds more authoritative than one described as a reading curriculum. A platform advertised as data-driven sounds more sophisticated than a spreadsheet. A program described as personalized, adaptive, evidence-based, and standards-aligned seems to offer a comprehensive solution.
Some products genuinely incorporate valuable research. Some provide useful instructional materials. Some help teachers organize information and identify students who need support.
But the label is not the evidence.
A program can contain scientifically supported components without having strong independent evidence that the complete program produces the advertised outcomes. A platform can measure performance without improving it. A curriculum can align with standards without making instruction developmentally appropriate. A product can generate enormous quantities of data without telling a teacher what a particular child needs next.
We must stop treating the presence of research terminology as proof of effectiveness.
Consider the difference between these two claims:
Research-supported component: Explicitly teaching a phoneme–grapheme relationship can help students develop foundational decoding skills.
Commercial promise: Purchase this particular curriculum, implement every lesson with fidelity, and the literacy crisis will be solved.
The first is an instructional claim that can be evaluated against a substantial research literature. The second is a much broader claim requiring evidence about the curriculum, its implementation, the students receiving it, the training teachers receive, the conditions in which it operates, its cost, and its outcomes.
One claim does not automatically validate the other.
Yet educational purchasing decisions often allow the credibility of the science to spill over onto the entire product.
The science may be legitimate. The marketing inference may not be.
The business model of perpetual reform
The commercial cycle is familiar:
Identify a genuine educational crisis.
Frame the crisis as evidence that existing practice has failed.
Introduce a new framework, curriculum, assessment, or platform.
Promote research alignment and the promise of measurable improvement.
Sell implementation training, subscriptions, materials, assessments, and support.
Require teachers to demonstrate fidelity.
If outcomes disappoint, examine implementation before questioning the product or the purchasing decision.
Introduce another intervention, upgrade, or initiative.
The cycle can continue even when the original promises remain only partially fulfilled.
Schools are left managing overlapping systems, training requirements, assessment calendars, and data meetings. Teachers are asked to implement each new solution while continuing to meet every existing obligation.
The vendors sell the future.
Teachers inherit the present.
And children receive whatever instructional time remains after the machinery of reform has been installed.
2. Common Core: A Lesson in the Difference Between Standards and Solutions
Common Core State Standards were intended to establish clearer expectations for what students should know and be able to do. Standards, by themselves, do not dictate a single curriculum or teaching method.
That distinction matters.
The problem emerges when standards alignment becomes a commercial selling point and districts are persuaded that purchasing aligned materials will produce the intended educational transformation.
Alignment is not effectiveness.
A curriculum can map every lesson to a standard and still fail to address the developmental needs of a student who cannot decode a simple word, sustain attention, understand oral language, or organize a written response.
A student does not become proficient because a lesson has been labeled grade-level appropriate.
Nor does a standards-aligned workbook automatically repair years of missing foundational skills.
The Common Core era illustrates a broader problem: educational reform can become a procurement strategy. A complex issue is translated into a list of requirements, the requirements become purchasing criteria, and the purchase is presented as evidence of progress.
But purchasing is not learning.
Implementation is not learning.
Standards alignment is not learning.
Learning occurs when students acquire, retain, retrieve, and apply knowledge and skills. Whether that happens depends on instruction, practice, feedback, prior knowledge, developmental readiness, language, relationships, attendance, opportunity, and numerous other factors.
If the goal is better reading, we must evaluate reading—not the number of standards listed in a curriculum guide.
3. The Science of Reading Is Not a Magic Wand
Let us be clear about something important: the Science of Reading is not a single curriculum, publisher, instructional script, or commercial brand.
It refers to a broad, evolving body of research concerning how reading develops and how instruction can support it. That research includes phonological and phonemic awareness, phonics, decoding, spelling, fluency, vocabulary, oral language, comprehension, background knowledge, and the relationships among these skills.
Explicit instruction can be particularly valuable when teaching unfamiliar skills, making important relationships visible, providing guided practice, and correcting errors before misconceptions become entrenched.
Students with dyslexia and other reading difficulties may benefit substantially from systematic, explicit, cumulative instruction delivered at an appropriate pace, with sufficient practice and opportunities to apply what they learn.
None of this should be dismissed.
But the existence of a scientific foundation does not justify every claim made in its name.
The Science of Reading is not synonymous with one packaged program. Explicit instruction is not synonymous with reading from a script. And fidelity to a curriculum is not synonymous with fidelity to a child.
A teacher can explicitly teach letter–sound relationships and then use decodable text, oral language, storytelling, word building, movement, games, discussion, and authentic reading to strengthen and extend learning.
A teacher can also deliver every scripted prompt correctly while failing to notice that a student is confused, disengaged, overwhelmed, or ready for something more challenging.
The question is not whether explicit instruction has a place in literacy.
The question is whether a particular instructional approach, in a particular context, meets the needs of the learner in front of us.
When a scientific principle becomes a commercial identity
Scientific research is strongest when it remains open to scrutiny, replication, revision, and competing explanations.
Commercial messaging often works in the opposite direction. It simplifies uncertainty, emphasizes confident outcomes, and turns a complex evidence base into a clear purchasing decision.
The result is a dangerous substitution:
Instead of asking, “What does this student need to learn next, and what evidence would show that the instruction is working?” we ask, “Which program are we required to use, and are we implementing it correctly?”
The first question is instructional.
The second is administrative.
Both can matter, but the second cannot replace the first.
4. The Origin Story Is Not the Evidence
One of the most persistent problems in education is the way a compelling origin story can become a substitute for rigorous evaluation.
A teaching model is introduced through a memorable anecdote, a successful demonstration, or an account of a small number of students making impressive gains. The story is repeated at conferences and in training sessions until the example begins to function as proof.
Direct Instruction provides a useful illustration of why we need greater precision.
The capitalized term Direct Instruction commonly refers to a specific instructional model associated with Siegfried Engelmann and colleagues. Its development involved more than an isolated professor teaching two students algebra. Its history includes carefully sequenced instructional design, attention to student responses, testing, revision, and substantial subsequent research.
It would be inaccurate to dismiss that entire tradition as nothing more than a comic-book origin story.
But it would be equally inaccurate to assume that the existence of successful Direct Instruction research validates every modern program marketed as explicit instruction.
These are separate questions:
Does a particular instructional design improve learning under specified conditions?
Which students benefit, and which students require additional or different supports?
What level of training and implementation is necessary?
How well does the model generalize to other classrooms, subjects, and student populations?
What are the effects on comprehension, independence, motivation, and the ability to apply knowledge beyond the lesson?
What are the financial and opportunity costs?
The correct response to a compelling origin story is not cynicism. It is a demand for evidence proportionate to the claim.
We should examine the research, the methods, the comparison groups, the effect sizes, the follow-up periods, and the limitations. We should distinguish independent evaluations from research conducted by program developers. We should ask whether results replicate under ordinary school conditions.
An origin story can inspire investigation.
It cannot finish it.
5. The Fidelity Trap: When Following the Script Becomes More Important Than Teaching the Child
Few words have traveled further through modern education reform than fidelity.
Fidelity to the curriculum.
Fidelity to the intervention.
Fidelity to the assessment protocol.
Fidelity to the instructional sequence.
Fidelity to the implementation model.
There is a legitimate reason to care about implementation. If an intervention has been studied under particular conditions, we need to know whether it was delivered sufficiently well for the research to be relevant. Consistency can also protect students from disorganized, incomplete, or poorly sequenced instruction.
But fidelity becomes dangerous when it turns into a prohibition against professional judgment.
Imagine a classroom of 36 students.
One student reads fluently but cannot explain what the passage means. Another can explain a story orally but cannot decode the words on the page. A third recognizes common words but struggles with unfamiliar multisyllabic words. A fourth has strong decoding skills but limited English vocabulary. A fifth is two years below grade level and has learned to avoid reading because every public attempt risks embarrassment.
Some students struggle with attention, transitions, emotional regulation, language processing, working memory, or planning. Others have inconsistent attendance. Some have not yet developed the prerequisite skills assumed by the lesson.
The teacher opens the curriculum.
The lesson is written for the expected grade-level sequence. The pacing guide says to proceed. The assessment calendar is approaching. The administrator expects the prescribed routine.
What happens when the children need something different?
Does the teacher slow down and reteach?
Does the teacher use manipulatives, movement, oral rehearsal, or a different text?
Does the teacher regroup students based on the skill they have actually mastered?
Does the teacher investigate why an error is occurring?
Or does the teacher continue through the lesson because fidelity has become the measure of professional competence?
The danger is not structure.
The danger is structure without responsiveness.
A lesson plan should help a teacher make better decisions. It should not make the decisions on the teacher's behalf when the evidence in front of that teacher contradicts the assumptions of the plan.
The purpose of fidelity should be to protect the essential instructional principles of an intervention—not to eliminate the teacher's capacity to respond to the child.
6. The Average Child Is a Statistical Abstraction, Not a Student
My years in intervention and special education have repeatedly brought me face to face with the enormous range of skills within a single classroom.
When I took over a sixth-grade class of 34 students, their reading abilities ranged from approximately kindergarten levels to high-school levels. Their academic skills were not uniform. Their language abilities, executive functioning, social-emotional development, background knowledge, confidence, and capacity for independent work varied as well.
A whole-class lesson must operate in real time across that variation.
The student who cannot blend three phonemes needs something different from the student who can decode unfamiliar words but cannot explain the passage. The student who understands the concept but cannot organize a written response needs something different from the student who has not yet grasped the concept.
A curriculum designed around a typical progression can provide a useful starting point. But the average is a description of a group, not a prescription for every individual.
And the more heterogeneous the classroom, the less defensible it becomes to treat a single instructional pace as universally appropriate.
The problem with the grade-level assumption
Grade levels organize schools. They do not guarantee that students have mastered the prerequisites for the next lesson.
A sixth-grade classroom can contain children with widely different reading profiles. The same is true of kindergarten, third grade, and high school.
Some students need explicit, systematic foundational instruction. Others need advanced vocabulary, rich texts, inferential reasoning, and opportunities to write and debate. Many need different combinations of these supports at the same time.
The instructional challenge is not solved by pretending these differences do not exist.
Nor is it solved by assigning every student an individualized digital pathway and assuming that the algorithm has addressed the human complexity of learning.
Personalization is not simply delivering different screens to different students. It is understanding why a learner is struggling, identifying the missing prerequisite or barrier, and selecting instruction that addresses it.
That requires assessment, professional knowledge, observation, experimentation, and relationships.
It also requires time.
7. RTI, MTSS, and the Endless Expansion of the Intervention System
Response to Intervention and Multi-Tiered Systems of Support were developed to help schools identify students who need additional assistance, provide increasingly targeted interventions, and monitor whether those interventions are working.
These are reasonable goals.
The problem is what happens when the framework becomes an additional layer of administration instead of a mechanism for improving instruction.
A school identifies a student as struggling. The student is assessed. A data meeting is scheduled. A tier is assigned. An intervention is selected. Progress is entered into a platform. A review meeting is held. The student may be moved to another tier or referred for further evaluation.
At every stage, a necessary question should remain central:
What has changed in the instruction the child receives, and what evidence shows that the change is helping?
If the process produces more documentation without sufficient instructional time, more assessments without meaningful diagnostic information, and more meetings without better interventions, the system is measuring its own activity.
A student can be extensively documented and still be poorly taught.
A school can be procedurally compliant and still fail to deliver enough effective instruction.
A dashboard can show that progress is being monitored without demonstrating that the student is making meaningful progress.
MTSS should help schools organize support around student needs. It should not become an administrative substitute for smaller instructional groups, sufficient intervention time, well-trained educators, appropriate materials, and access to specialist expertise.
When a framework grows but the actual instructional response remains unchanged, we have built a management system around the problem rather than solving the problem itself.
8. The Classroom Reality Missing From the Marketing Presentation
Let us step away from the conference stage and enter a real classroom.
There are 36 students.
One has missed eight days of school and arrived late 17 times. Another is reading years below grade level. One student is new to English. Another has difficulty sustaining attention long enough to complete a short sequence of tasks. Several students have experienced repeated academic failure and now avoid challenging work. Others are ready for enrichment but spend much of the day waiting.
The teacher has a prescribed lesson, a pacing calendar, a progress-monitoring requirement, a behavior-management system, an assessment window, and a list of standards to cover.
The teacher is expected to differentiate.
The teacher is expected to document.
The teacher is expected to deliver explicit instruction with fidelity.
The teacher is expected to close learning gaps.
The teacher is expected to maintain engagement.
And the teacher is expected to do all of this within the existing schedule, staffing structure, and budget.
Now imagine the curriculum representative presenting a beautifully organized classroom with a small group of attentive students, ample materials, predictable routines, and plenty of time for feedback.
The gap between those two situations is not a minor implementation detail.
It is the central problem.
An instructional program does not operate in a vacuum. Class size, attendance, student mobility, access to specialists, instructional time, classroom climate, teacher experience, and the range of prerequisite skills all affect implementation and outcomes.
If a program works in a controlled demonstration but struggles in a crowded, heterogeneous classroom, we need to understand why.
Perhaps training is inadequate. Perhaps the curriculum needs adaptation. Perhaps the intervention is insufficiently intensive. Perhaps the school needs additional staffing. Perhaps the program is not appropriate for some students.
Those possibilities should be investigated rather than automatically treating teacher compliance as the primary explanation.
A system that requires ideal conditions but refuses to address the conditions of actual classrooms is not a complete instructional solution.
9. Social-Emotional Development and Executive Function Are Not Side Issues
A child is not a reading score attached to a chair.
Students arrive at school with different capacities to regulate emotions, sustain attention, shift between tasks, tolerate frustration, remember instructions, organize materials, inhibit impulses, and persist through difficulty.
These skills develop over time and are influenced by relationships, environment, experience, developmental differences, and opportunities to practice.
They matter for learning.
A student who cannot independently begin a task may need explicit instruction in how to get started. A student who becomes overwhelmed by mistakes may need predictable routines, supportive feedback, and a safe way to recover. A student who loses track of multistep directions may need visual supports, chunked instructions, rehearsal, and gradual increases in independence.
These are not excuses for low expectations. They are instructional considerations.
The same principle applies to social-emotional learning. Students need opportunities to cooperate, negotiate, listen, disagree respectfully, resolve conflicts, recover from setbacks, and participate meaningfully in a community.
Those capacities can be taught and practiced through classroom routines, collaborative projects, discussion, dramatic play, games, and shared responsibilities.
A phonics lesson can be essential without being sufficient to address every barrier to reading progress.
If a student cannot yet sustain engagement with the task, the teacher may need to work on the conditions that make participation possible while continuing appropriate academic instruction.
If a student has significant language difficulties, reading instruction may need to be coordinated with richer oral-language opportunities and specialist support.
If a student has experienced years of failure, the classroom must create opportunities for successful practice rather than repeatedly exposing that student to public failure.
The point is not to replace academic instruction with social-emotional activities.
The point is to recognize that learning is developmental, cognitive, social, and emotional.
A comprehensive approach takes all of those dimensions seriously.
10. Artificial Intelligence: The Next Great Promise of Personalized Instruction
Artificial intelligence makes the familiar education pitch even more tempting.
Imagine software that can generate a scripted lesson for every student, adapt the difficulty of a passage, produce decodable text, monitor progress, identify errors, recommend interventions, and prepare reports for teachers and parents.
Many of these tasks are technically possible, at least in limited forms.
AI can help teachers generate practice materials, brainstorm alternative explanations, create differentiated passages, organize observations, and draft lesson plans. Used carefully, it can reduce some administrative burdens and give educators more options.
But generating an individualized lesson is not the same as demonstrating that the lesson works.
A system can adapt a student's reading passage without accurately identifying the reason that student struggles. It can generate a phonics worksheet that contains errors. It can mistake compliance for comprehension. It can produce a polished progress report based on weak or incomplete measurements.
An algorithm may detect a pattern without understanding the circumstances behind it.
And a screen cannot automatically provide the relationships, movement, tactile exploration, meaningful conversation, collaborative play, or real-world experience that some learning situations require.
The danger of scaling the wrong thing
AI could help us deliver more responsive instruction.
It could also help us automate the very mistakes we have been making for decades.
If our educational philosophy is that children should follow a prescribed sequence with minimal teacher discretion, AI can make that system faster, cheaper, and easier to monitor.
If our philosophy is that teachers should observe children, identify their needs, design appropriate experiences, and revise instruction based on evidence, AI can help with the planning and analysis while leaving professional judgment where it belongs.
The technology does not settle the philosophical question.
It amplifies the choices we make.
Before investing heavily in AI-driven instruction, schools should ask:
Does it improve learning compared with the instruction students would otherwise receive?
Does it free teachers to spend more time teaching, observing, and building relationships?
Does it accurately identify learning needs rather than merely classify performance?
Are students learning to transfer skills beyond the platform?
Are privacy, security, accessibility, and bias being addressed?
What happens when the system makes a mistake?
Who is accountable for the educational decisions it influences?
The appropriate question is not whether AI can produce an explicit lesson.
It is whether that lesson helps this child learn, retain, and apply the skill—and whether a teacher can recognize when it does not.
11. Where Is the Replicable Evidence From the Classrooms That Need Help Most?
I want to see the evidence.
Not another testimonial.
Not another conference presentation.
Not another collection of carefully selected success stories.
Not a marketing brochure filled with charts whose methods and comparison groups are difficult to evaluate.
I want to see independent research that examines the conditions in which schools actually operate.
Show us the outcomes in classrooms with 30 or more students and substantial variation in academic skills. Show us the results for students with dyslexia, language difficulties, disabilities, interrupted attendance, and years of below-grade-level performance. Show us the professional development required, the actual implementation costs, and the instructional time consumed.
Show us how the results compare with credible alternatives.
Show us the students who did not respond, not only the students who did.
Show us whether gains persist after the intervention ends. Show us whether students can apply their skills to unfamiliar texts, independent reading, writing, and content-area learning.
Show us whether the intervention improves outcomes across multiple schools and student populations, and explain where it does not.
If a program claims to transform literacy at scale, it should be evaluated at scale.
What would a serious evidence package include?
A credible evaluation should address at least the following:
Independent evaluation: Researchers who are not financially dependent on selling the program should examine its effects.
Transparent methods: The study should identify the students, settings, comparison conditions, outcome measures, and limitations.
Meaningful outcomes: Results should include more than platform activity, completion rates, or performance on assessments closely aligned to the lessons.
Subgroup analysis: Findings should examine relevant differences in student needs without assuming that every subgroup will respond identically.
Longer-term follow-up: Researchers should investigate whether gains persist and transfer to new tasks.
Implementation conditions: Reports should describe training, staffing, class size, instructional time, and the adaptations that occurred.
Cost-effectiveness: Schools should compare the benefits with the full financial and instructional costs, including opportunity costs.
Replication: Results should be tested in additional schools and by independent research teams.
The What Works Clearinghouse and other evidence-review resources can help educators examine research quality, but inclusion in a review or evidence repository should not be mistaken for a universal endorsement. The details matter: the specific intervention, outcome, student population, study design, and strength of the evidence.
And a white paper is not automatically independent research simply because it contains graphs and citations.
The public deserves better than claims that are difficult to verify.
12. Finland and the Question We Keep Avoiding
Why do American reform debates so often return to purchasing, standardizing, measuring, and mandating?
Why is the default response to persistent educational problems so often another instructional product rather than a serious examination of working conditions, teacher preparation, class size, student support, and professional autonomy?
Finland offers a useful comparison—not because its education system is perfect, and not because any country's policies can be copied wholesale into the United States.
Finland's educational history includes a strong emphasis on teacher preparation, professional responsibility, educational equity, and support for students who need additional help. Its system has changed over time, and its international performance cannot be reduced to a single practice.
The lesson is not that Finland has discovered a magic formula.
It is that educational systems make choices about what they trust teachers to do, how they prepare them, how they support students, and how they distribute resources.
We should investigate those choices rather than treating commercial adoption as the only route to improvement.
Professional autonomy does not mean every teacher should be free to ignore evidence. It means trained educators should be able to apply evidence intelligently, respond to individual students, and exercise judgment within clear professional and ethical expectations.
Accountability should include the quality of those decisions, not simply adherence to a prescribed script.
If we want teachers to deliver responsive instruction, we must give them the preparation, time, staffing, materials, and authority required to do so.
A system cannot demand professional judgment in its mission statement and prohibit it in its daily procedures.
13. What I Learned From 26 Years in the Classroom
My experience has taught me that the distance between a curriculum plan and a child's actual needs can be enormous.
In a heterogeneous classroom, a teacher cannot assume that every student is ready for the same lesson, learns at the same pace, or needs the same kind of practice.
One child may need a carefully sequenced phonics lesson. Another may need repeated reading with feedback. Another may need oral-language development, vocabulary, and background knowledge. Another may need a more challenging text and a deeper discussion. A fifth may need help organizing materials, beginning a task, or recovering from frustration.
A classroom needs structure, but it also needs responsiveness.
My approach to reading intervention has drawn on explicit teaching, phonics, repeated practice, read-alouds, storytelling, Reader's Theater, music, movement, collaborative games, hands-on learning, and real books. The mix should depend on the instructional goal and the needs of the students—not on a fashionable opposition between direct instruction and joyful learning.
When a student needs explicit instruction, provide it.
When the student needs more practice, provide it.
When the student needs a different explanation, change the explanation.
When the student needs oral language, movement, meaningful repetition, or opportunities to apply a skill in context, build those into the learning environment.
When the evidence says the approach is not working, investigate and adapt.
These decisions are not a rejection of science. They are an attempt to use evidence as a tool for teaching rather than as a substitute for teaching.
The goal is not to make every classroom look identical.
The goal is to make learning more likely for every child.
14. A Better Alternative: Fidelity to the Child
We need a different starting point for educational improvement.
Instead of beginning with a product, begin with the learner.
Instead of assuming that every student needs the same intervention, identify the specific skill or barrier.
Instead of equating implementation with success, measure whether the student is learning.
Instead of treating a teacher's adaptation as a threat to fidelity, examine whether it preserves the intervention's essential principles and improves the student's response.
Instead of investing in another platform before investigating the problem, ask what existing resources, instructional practices, staffing arrangements, and professional expertise could address it.
A child-centered, evidence-informed process might look like this:
Step 1: Observe. Examine how the student approaches tasks, where errors occur, what the student understands, and what supports participation.
Step 2: Identify the instructional need. Distinguish decoding difficulties from fluency, vocabulary, language comprehension, background knowledge, attention, or other relevant barriers. Avoid assuming that one low score explains everything.
Step 3: Select a targeted response. Choose a strategy with credible evidence for the skill and student need in question.
Step 4: Teach and practice. Provide explicit modeling when appropriate, guided practice, feedback, cumulative review, and meaningful opportunities to apply the skill.
Step 5: Monitor the response. Use appropriate measures to determine whether the student is making progress. Combine assessment data with direct observation and the student's work.
Step 6: Adjust. If the student is not responding, investigate the reasons. Consider the quality, intensity, duration, and appropriateness of instruction, along with attendance and other barriers.
Step 7: Evaluate the outcome. Determine whether the student has acquired the skill, retained it, and can use it in new contexts.
This is not an argument against structured curricula. It is an argument for treating curricula as resources within a larger professional process.
The curriculum serves the learner.
The learner does not exist to demonstrate fidelity to the curriculum.
15. Stop Making Teachers the Shock Absorbers of Systemic Failure
Teachers are routinely asked to compensate for problems they cannot solve individually.
They are expected to overcome large class sizes, inconsistent attendance, gaps in prerequisite skills, limited specialist access, insufficient planning time, and increasingly complicated administrative systems.
Then another initiative arrives.
Teachers attend the training. They learn the new terminology. They enter the data. They adjust their schedules. They try to fit the intervention into the existing day.
If results remain disappointing, the conversation often turns toward implementation fidelity.
Were the lessons delivered in the correct order?
Were the prescribed minutes completed?
Were the assessments administered according to protocol?
Did the teacher follow the script?
These are sometimes legitimate questions. But they are incomplete.
We must also ask whether the program was appropriate, whether students received enough instructional time, whether class sizes allowed meaningful feedback, whether teachers were adequately prepared, whether the intervention addressed the actual skill deficit, and whether the promised outcomes were supported by independent evidence.
Accountability must apply to the people who select, purchase, mandate, and market educational systems—not just to the teachers required to use them.
If a district spends millions on a program, the district should evaluate the results. If a vendor makes strong claims, those claims should be transparent and testable. If implementation conditions are essential to success, those conditions must be acknowledged and realistically funded.
Teachers should not be expected to absorb every cost of educational reform through unpaid labor, professional exhaustion, and the loss of instructional autonomy.
And students should not spend years inside a succession of unproven promises while adults debate which system to purchase next.
16. The Questions Every School Board Should Ask Before Buying the Next Revolution
Before committing public funds to a new literacy curriculum, assessment platform, or AI-powered instructional system, school boards and district leaders should ask:
What precisely does the product claim to improve?
What independent evidence supports those claims?
Does the evidence evaluate this specific product or only related instructional principles?
Were students like ours included in the studies?
How large were the improvements, and how durable were they?
What were the results for students who did not respond?
What training, staffing, and instructional conditions are required?
How much teacher time does the system consume?
What existing programs or practices will it replace?
What will students lose if this system takes time away from other learning experiences?
How will we determine whether the purchase was worth the cost?
What criteria will trigger modification, discontinuation, or a decision not to renew?
One additional question deserves particular attention:
If the program fails to produce the promised results, who is responsible for investigating the failure, and what happens next?
The answer cannot simply be that teachers must implement it with greater fidelity.
A credible educational system should be capable of learning from its own results.
If the intervention does not work, the response should be investigation, not automatic blame; adaptation, not reflexive escalation; and transparent evaluation, not another round of slogans.
Conclusion: The Science Is Not the Problem. Selling Certainty Is.
The Science of Reading deserves serious attention. Explicit instruction deserves a place in a thoughtful instructional repertoire. Assessment can inform teaching. RTI and MTSS can organize meaningful support. Educational technology and artificial intelligence can help teachers perform useful tasks.
None of these tools is inherently the enemy.
The danger begins when a useful practice becomes a branded solution, a branded solution becomes a mandate, the mandate becomes a measure of teacher compliance, and compliance becomes more important than student learning.
After 26 years in education, I am weary of the recurring promise that the next system will finally fix everything.
The answer to a complex educational problem is rarely a single product. Children are not standardized components moving through a production line. Teachers are not script readers. Classrooms are not controlled laboratories. And research is not a marketing slogan.
We need rigorous evidence, yes. We need explicit instruction when it is appropriate, yes. We need systematic assessment, meaningful progress monitoring, and high expectations, absolutely.
But we also need professional judgment, sufficient instructional time, developmentally appropriate learning environments, manageable teaching conditions, rich language experiences, relationships, creativity, and the freedom to respond when a child needs something different.
We need to stop confusing the implementation of a program with the achievement of its purpose.
And we need to stop asking teachers to make every new educational promise come true without changing the conditions in which they work.
The real measure of educational reform is not whether a school purchased the program, adopted the framework, implemented the platform, or followed the script. It is whether children learned—and whether they can use what they learned when the script is gone.
That is the standard worth defending.
Not fidelity to a vendor.
Not fidelity to a slogan.
Not fidelity to the latest educational rebrand.
Fidelity to the child.
— Sean Taylor, M.Ed.
Reading Sage | Reading Boot Camp
26 Years of Teaching and Reading Intervention Experience
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The Great Education Rebrand: Science of Reading, Explicit Instruction, and the Fidelity Trap
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After 26 years in education, Sean Taylor examines the recurring promises of education reform, the commercialization of literacy research, scripted instruction, EdTech, and why fidelity to the child must come before fidelity to a product.
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