Why the Right Instruction Matters More Than More Practice

When we talk about literacy, we often think about reading books, learning spelling patterns, or writing stories. But literacy plays an important role in nearly every subject a child encounters in school. Students use reading, writing, vocabulary, and comprehension skills throughout the school day. Whether they're interpreting a science experiment, reading about a historical event, or solving a math problem, they need to understand language to make sense of what they're learning. This is one reason I believe that building strong literacy skills is so important. When we strengthen a child's ability to read and understand language, we're also helping them access learning across other academic subjects.

The Connection Between Literacy and Mathematics

Parents are sometimes surprised to learn how closely reading and mathematics are connected. Think about a student solving a math word problem. Before they can even begin calculating, they need to read the problem, understand what is being asked, identify important information, and determine which mathematical operations or strategies might help them find a solution.

For a student who struggles with reading, the challenge may not always be the math itself. They might understand how to add, subtract, multiply, or divide but have difficulty interpreting the language of the problem.

Mathematics also has its own vocabulary. Words such as difference, product, estimate, equivalent, and compare have specific meanings that students need to understand. Even familiar words can take on different meanings in mathematics. For example, the word table might refer to a piece of furniture in everyday conversation, but in math, it can describe a way to organize numbers and information. This is where explicit vocabulary instruction and language comprehension become especially important.

At Elevate Literacy and Learning, we recognize that literacy and mathematical understanding often work together. When supporting students in math, we focus not only on mathematical concepts and procedures but also on helping students understand the language of mathematics.

Depending on the student's needs, instruction may include:

• Teaching mathematical vocabulary explicitly and using it in meaningful contexts.

• Helping students break down multistep word problems into manageable parts.

• Using visual models, manipulatives, and drawings to connect mathematical language with concrete concepts.

• Encouraging students to explain their mathematical thinking orally and in writing.

• Teaching students how to identify what a problem is asking without relying solely on keywords.

• Supporting students in reading and interpreting charts, graphs, tables, and mathematical explanations.

It's also important to recognize that not every difficulty in mathematics is caused by a reading challenge. Some students need direct support with number sense, mathematical reasoning, computation, or understanding mathematical concepts. Just as we assess foundational reading skills to identify areas of need, we look closely at a student's mathematical understanding to determine where instruction should begin. Our goal is to help students become confident problem-solvers who understand not only how to solve a problem but why a strategy works.

Literacy in Science and Social Studies

The connection between literacy and learning extends well beyond mathematics. In science, students need to understand academic vocabulary, follow written procedures, interpret informational texts, record observations, and communicate their findings. In social studies, students read about historical events, compare perspectives, examine sources, and develop evidence-based explanations. These tasks require more than simply recognizing words on a page. Students must understand complex language, build background knowledge, make connections, and think critically about information.

This is another important connection to the Science of Reading. Research emphasizes that skilled reading involves both accurate word recognition and strong language comprehension. Vocabulary, background knowledge, and the ability to understand increasingly complex language are essential for making meaning from text. At Elevate Literacy and Learning, we support these skills through purposeful reading, discussion, writing, and content-based learning activities. We also believe that learning should be meaningful and engaging. A hands-on engineering project, for example, can become an opportunity for students to read informational text, learn new vocabulary, measure and calculate, record observations, and explain their design decisions. In this way, literacy isn't treated as an isolated subject. It becomes a tool students use to explore, question, create, and understand the world around them.

Our Approach: Supporting the Whole Learner

One of the things I value most about personalized tutoring is the opportunity to look beyond a single assignment or test score. A student who struggles with math word problems may need support with reading comprehension, mathematical reasoning, or both. A student who has difficulty writing a science explanation may understand the scientific concept but need help organizing and communicating their ideas. Understanding these differences allows us to provide more meaningful support.

At Elevate Literacy and Learning, we draw on research-informed instructional practices, including the Science of Reading, while also using evidence-based approaches specific to mathematics and other academic subjects. We believe effective tutoring should help students develop the foundational skills they need while making connections across their learning.

Ultimately, our goal isn't just to help students become stronger readers or better mathematicians; it's to help them become confident, capable learners who can apply what they know in the classroom and beyond.