What’s Really Going On In Classrooms Right Now
Ask any middle or high school teacher what their classroom looks like right now and you'll get some version of the same answer: students arriving without the foundational skills their grade level assumes, reading gaps that should have been caught in third grade surfacing in eighth, writing that consists of sentences assembled but not thought through, and a genuine blankness when a problem doesn't come with instructions for how to start.
Teachers aren't venting. They're describing a crisis, and the data confirms it.
What the Numbers Show
The most recent national reading assessment found that 40% of fourth graders and one-third of eighth graders are performing below the basic level, with the eighth-grade figure being the largest ever recorded. Fourth-grade reading scores have fallen to levels last seen in the early 1990s. At the high school level, only 35% of seniors nationwide are reading proficiently. In math, the average student in grades 3-8 is still nearly half a grade level behind where they were before the pandemic, and that gap is closing more slowly than expected.
These aren't abstract statistics. They're the students sitting in classrooms right now, and the teachers trying to figure out what to do with a ninth-grade curriculum when a significant portion of the room is reading at a fifth-grade level.
The instinctive response from schools, parents, and policy is to double down on the basics: more phonics, more computation drills, more direct instruction and repetition. That instinct makes sense, and it's not entirely wrong. But drilling harder alone won't close the gap, and understanding why matters for what we actually do next.
The Difference Between Knowing and Being Able to Use
Research on learning draws a distinction that doesn't get nearly enough attention outside academic circles: the difference between surface knowledge and transfer knowledge.
Surface knowledge is exactly what it sounds like: facts, procedures, skills that a student can demonstrate in the context where they learned them. A student can decode the words on a page. A student can execute the algorithm for long division. Surface knowledge is real, it matters, and direct instruction is genuinely the most efficient way to build it.
Transfer knowledge is what happens when that skill shows up somewhere new, when the student who can decode words also understands what they're reading, or when the student who can execute the algorithm knows which one to use and when. This is the kind of knowledge that travels, the kind that allows a skill learned in one context to be useful in a different one.
The crisis in classrooms right now is partly a surface knowledge problem: students missed instruction, skills didn't get built, gaps accumulated. But it's also a transfer problem. Students who can technically perform a skill often can't apply it, adapt it, or use it when the context shifts. That second problem doesn't get solved by more drilling; it requires the kind of thinking practice that drilling, by design, doesn't provide.
Where Critical Thinking Fits In
This is the part that gets misread as an either/or argument, so let me be direct: foundational skills and critical thinking for middle school students aren't competing priorities so much as a sequence, one building on the other.
Direct instruction builds the surface. Inquiry based learning for middle and high school students is what takes that surface knowledge somewhere. A student who has the underlying skill and then has to actually use it, in a messy and genuinely ambiguous situation where the right approach isn't obvious, is doing something neurologically different from a student who drills the same skill in isolation. The application is what deepens the learning, moving knowledge from "I can do this when the worksheet tells me to" toward "I know when and why to reach for this."
A recent meta-analysis of over two dozen studies found that inquiry-based learning produced a substantial effect on critical thinking development, and this holds even when foundational gaps are present, as long as the instruction is designed to meet students where they are.
What this means practically is that the response to a skills gap isn't to postpone real thinking until the basics are "fixed." It means designing real world problem solving for teens that works with where students actually are, that uses genuine problems to give skills a reason to exist while simultaneously building them. The complexity, handled well, is actually the mechanism.
Where to Start, Without Burning Out More
Neither teachers nor parents need a new program, a new framework, or more hours in the day. What follows is a short menu of small shifts, the kind that cost almost nothing but change what a student's brain is actually doing.
Here are a couple of suggestions that are low-lift for you, but can make a significant shift in thinking for students.
For educators:
Give the problem before the method. Once in a while, let students attempt something before you've taught them how. It doesn't have to be graded or go perfectly. The struggle before instruction is what primes the brain to actually hold onto what comes next. One problem, once a week.
Let a wrong answer stay on the board a little longer. Instead of correcting immediately, ask the class what they think. You're not endorsing the error; you're creating a moment where students have to reason rather than just receive. That's a critical thinking activity for grades 6-12 that requires nothing but a pause.
For parents:
Let the not-knowing sit for a minute. The reflex to pull out a phone and search the answer is almost instant now, for kids and for parents alike. Try waiting. Ask what they think the answer might be before you look it up. Curiosity needs a gap to grow in, and right now that gap is closing before it has a chance to do anything.
Separate the homework from the thinking. Completing an assignment and actually understanding something are not the same thing. Once in a while, after the homework is done, ask one genuine question about it, not a quiz, just curiosity. "What was the hardest part?" or "Did anything in there surprise you?" That conversation is often where the real learning happens.
None of this fixes the crisis. But it moves in the right direction, and it's sustainable, which matters when everyone involved is already running low. Teaching teens to think for themselves doesn't require a perfect system. It requires enough small moments, often enough, that thinking becomes the habit rather than the exception.
Julie Martin, EdD, is the founder of The Critical Thinking Lab and creator of Cogpoppy, an app designed to give students in grades 6-12 structured practice with the kind of thinking that makes foundational skills actually transfer. If you're working with students who know the material in isolation but can't apply it when it counts, that's exactly the problem it's built for.
