Why Strong Math and Reading Foundations Matter Long Before College Begins

When parents start talking about college preparation, I often hear the same list: grades, test scores, AP classes, extracurricular activities, college essays.

Those things have their place. But if we are talking about whether a child will actually be ready to learn in college, I think we have to look much further back.

A student does not suddenly become an independent learner at 18.

The habits that matter in college are usually built years earlier, sometimes in moments that seem almost too ordinary to notice. A child deciding how to approach a difficult math problem. A middle schooler struggling through a chapter instead of looking up a summary. A student rewriting an essay after realizing that the first draft does not quite make sense. These small experiences add up.

I have always found one question more revealing than “What grade did the student get?”:

What does the student do when they don’t know the answer?

That question tells us a lot.

As highlighted in a recent analysis of K-12 education and college preparation, primary and secondary schooling serve as far more than transitional checkpoints before higher education. They are the years when students build literacy, numeracy, analytical thinking, problem-solving skills, and independent learning habits.

And those foundations matter far more than many families realize.

The Problem Often Appears Before Anyone Calls It a Problem

College coursework can feel like a shock to students who have spent years getting good grades.

That sounds strange, but I have seen versions of this pattern again and again: a student has always completed homework, passed tests, and rarely caused concern at school. Then suddenly, a college professor assigns 40 pages of reading and does not walk the student through every section. Or a math problem looks unfamiliar, and there is no example in the textbook that matches it exactly.

The student knows plenty of information. What they don’t know is what to do with it.

This distinction is easy to miss in K-12 classrooms because students are often given a great deal of structure. A teacher introduces a concept, demonstrates a method, assigns similar problems, and provides feedback. That structure is useful, especially when students are learning something for the first time.

But eventually, the scaffolding has to come down.

Consider a simple geometry problem. A student might immediately calculate the area of a triangle when the worksheet gives them a clearly labeled base and height. They know the formula. They substitute the numbers. They get the answer.

Then I changed the picture.

The triangle is now part of a larger shape. One measurement has to be inferred. The information is presented in a different order. Suddenly, the student stops.

“Which formula do I use?”

Sometimes the formula was never the real problem.

The student had learned how to follow a procedure, but not necessarily how to recognize when that procedure was useful.

That difference becomes increasingly important as students move through middle school, high school, and eventually college.

Reading Has the Same Problem

Reading development follows a similar path.

A young child begins by recognizing letters and words. Later, the child learns to understand sentences, paragraphs, and increasingly complicated texts. But at some point, “I understand what this says” is no longer enough.

Students have to ask:

What is the author actually arguing?

Why did the author include this example?

Which evidence supports the claim?

Is this source convincing? Why?

Those questions are much closer to the kind of reading students encounter in college.

A student may be able to read every word in a difficult article and still struggle to explain its main argument. That is not a vocabulary problem alone. It is a thinking problem.

This is one reason I am cautious when someone tells me, “My child is a good reader because they finish books quickly.” Reading speed is useful, but it tells us only part of the story. Sometimes I would rather hear a student stop halfway through a chapter and say, “Wait, I don’t think the author agrees with this character,” than watch them race through twenty pages without being able to explain what they just read.

Math and Reading Meet in More Places Than We Think

It is tempting to put math and reading into separate boxes. One is a numbers subject; The other is a language subject.

Students do not experience them that way.

Take a math word problem. Before doing any calculation, a student has to understand what the question is asking. They have to decide which information matters and which details can be ignored. Sometimes they need to recognize that a familiar mathematical idea is hiding behind unfamiliar wording.

That is reading comprehension.

And the reverse is true, too. When students read a science article or analyze a historical source, they are constantly making decisions about evidence, patterns, relationships, and logical connections. Those habits have a lot in common with mathematical reasoning.

This becomes particularly noticeable when students enter more advanced courses. The problems stop announcing what skill they are testing.

A worksheet might say, “Solve using the quadratic formula.”

A college assignment is more likely to say, in effect, “Here is the problem. Figure out what matters.”

That is a very different demand for a learner.

Knowing the Formula Is Not the Same as Knowing Mathematics

I have nothing against memorization. Students absolutely need to remember things. There is no practical way to become fluent in mathematics without knowing basic facts, formulas, vocabulary, and procedures.

The trouble starts when memorization becomes the whole strategy.

Imagine a student who has memorized the steps for solving a particular kind of equation. Give them five nearly identical problems, and they do beautifully. Change the wording or rearrange the information, and suddenly they are stuck.

The same thing happens in writing.

A student may memorize the five-paragraph essay structure and produce a perfectly acceptable school assignment. But college writing is rarely about filling five paragraphs correctly. Students are expected to develop a claim, select useful evidence, consider different perspectives, and make decisions about how to organize their argument.

A template can help a student get started. It cannot do the thinking for them.

This is why I pay close attention to what happens after a student makes a mistake. Do they immediately ask for the correct answer? Or do they look back at their work and try to figure out where their reasoning went off track?

That second habit may look slower in the short term. In the long run, it can make a tremendous difference.

Similar conclusions appear in educational research on student transition to college, which stresses that critical thinking skills outweigh passive content knowledge.

What Parents Can Actually Look For

Grades still matter. I would not tell parents to ignore them.

But I would not use grades as the only measure of whether a child is learning well.

There is a simple test parents can try at home: ask your child to explain their thinking.

Not “What’s the answer?”

Ask, “How did you get there?”

For a math problem, you might hear:

“Why did you choose that method?”

“Could you solve it another way?”

“How do you know your answer makes sense?”

For reading, try moving beyond “Did you finish the chapter?”

Ask:

“What do you think the author was trying to say?”

“Which part of the text made you think that?”

“Did you agree with the author’s argument?”

The goal is not to turn dinner into another classroom. Please don’t make every bedtime conversation a pop quiz.

What matters is giving children occasional opportunities to explain, question, defend, and rethink their ideas.

Those conversations can reveal things a report card cannot.

College Readiness Is Built in Ordinary Moments

We often talk about college preparation as if it starts when a student begins visiting campuses or preparing for entrance exams.

In reality, some of the most useful preparation looks remarkably unimportant at the time.

A student works on a project that will not be finished today.

They read something without being asked to answer ten questions afterward.

They realize their first draft is weak and revise it.

They get a math problem wrong and resist the urge to look at the answer immediately.

They have to remember a deadline without receiving three reminders from an adult.

These are small things. But they are also rehearsals for college.

Research cited in a recent K-12 education study emphasizes that early academic environments are crucial for developing independent study habits, time management, and accountability under limited supervision.

I think that point deserves more attention.

A student can enter college knowing a great deal of algebra and still struggle if they cannot organize a week’s worth of assignments. Another student may not know every answer on the first day of a difficult course, but if they know how to read carefully, ask useful questions, find information, and keep working after getting stuck, they have a much stronger starting point.

The Goal Is Not to Make Students “College-Ready” at 12

There is one misconception I would like to push back on.

Building strong foundations does not mean turning elementary and middle school into miniature versions of college.

Children should still have time to explore. They should make mistakes. They should read books because they are interesting, not because every chapter will appear on a test. They should sometimes struggle with a math problem without immediately being shown the trick.

The point of a strong K-12 education is not to make a child memorize everything they might someday need in college.

That would be impossible anyway.

The more realistic goal is to help students become comfortable with learning itself.

A student with strong reading skills can approach an unfamiliar source and work out what it means. A student with strong mathematical foundations can look at a new problem and begin experimenting rather than freezing because it does not resemble last night’s homework. A student who has developed independent study habits can adjust when a class suddenly becomes harder.

And this is where I think the real value of K-12 education lies.

College will introduce new subjects, new expectations, and plenty of assignments students have never seen before. No amount of elementary or high school preparation can eliminate that uncertainty.

But students do not need to arrive knowing everything.

They need to arrive knowing what to do when they don’t know.

Simon Holmes | Contributing Education Reporter

Simon Holmes is an education reporter who contributes to WuKong Education, covering K–12 education, education technology and issues affecting students and families around the world.

With a background in education and experience as a teacher, Simon brings firsthand insight into classroom learning, student development, and the challenges educators face.

For WuKong Education, he reports on education research, emerging learning trends, policy developments, technology in the classroom, and issues relevant to parents, teachers, and students.