Science of Reading Development and Strategies to Raise Literacy Standards

By Jennifer Cimini, MS.Ed. (Learning to Learn, LLC)

Many students learn to read despite weak instruction. Too many do not. That gap is not a reflection of effort, intelligence, or potential. It often reflects whether instruction matches how the brain learns to read.

The Science of Reading Development gives schools a clearer standard. It brings together research from cognitive science, linguistics, education, and neuroscience to explain how reading develops, why some students struggle, and which instructional practices give more learners access to print.

Licensing matters, but licensing alone does not guarantee instructional readiness. Teachers need preparation that connects research to daily practice. That means explicit lessons, systematic skill progression, and careful use of data. It also means dropping guesswork when students need something more precise.

Reading growth begins with clear, structured practice.

The Science of Reading Development Raises the Bar for Instruction

Reading is not a natural process in the same way spoken language is. Most children learn to speak through exposure and interaction. Reading requires the brain to connect spoken language to printed symbols. That connection must be taught.

This is where the “Reading Brain” matters. Skilled readers build fast pathways between sounds, letters, word meanings, and language comprehension. When those pathways are efficient, reading feels automatic. When they are weak or incomplete, students may guess, avoid reading, or work so hard to decode that meaning breaks down.

The Simple View of Reading helps explain this clearly:

Reading comprehension = decoding × language comprehension

A student needs both. Strong language comprehension cannot fully compensate for weak decoding. Strong decoding will not lead to deep understanding if vocabulary and background knowledge are limited. Effective reading instruction attends to both sides of the equation.

For dyslexic learners, this is especially important. Dyslexia often affects accurate and fluent word reading. These students usually need more explicit, cumulative instruction in sound-symbol relationships and word structure. Struggling readers without a dyslexia diagnosis may need the same clarity. Multilingual learners also benefit when instruction makes English sounds, spelling patterns, vocabulary, and syntax visible.

Structured Literacy Makes Reading Instruction Clear

Structured Literacy is one of the most practical ways to bring Science of Reading research into classrooms. It is explicit, systematic, cumulative, and diagnostic.

Explicit instruction means teachers do not leave key skills for students to infer. They model the skill, guide practice, check for understanding, and provide feedback.

Systematic instruction means skills follow a planned sequence. Students move from simpler to more complex patterns in a way that supports memory and transfer.

Cumulative instruction means new learning keeps connecting to prior learning. Students do not learn a phonics pattern once and then leave it behind. They return to it in reading, spelling, and writing.

Diagnostic instruction means teachers respond to evidence. If a student cannot blend sounds, the next lesson should address blending. If a student reads accurately but slowly, fluency practice may be the better match.

Explicit routines help students connect speech sounds to print.

The Five Essential Components of Literacy provide the instructional foundation:

Component	What students need
Phonemic awareness	Hear, identify, and manipulate sounds in spoken words
Phonics	Connect sounds to letters and spelling patterns
Fluency	Read with accuracy, rate, and expression
Vocabulary	Understand word meanings across contexts
Comprehension	Build meaning from text using language, knowledge, and strategy

These components should not sit in separate silos. A strong lesson may ask students to hear sounds, map those sounds to letters, read connected text, discuss word meanings, and explain what the text says. The parts work together.

That is the heart of science of reading literacy work. It connects skill instruction to meaningful reading, instead of treating word reading and comprehension as unrelated goals.

Data Should Drive the Next Lesson

Assessment only helps when it changes instruction. Schools often collect data, but the real question is whether the data leads to better teaching decisions.

A simple cycle can guide the work:

Assess → Identify → Match → Teach → Monitor → Adjust

Assess

Use screeners, diagnostic tools, observations, dictation, oral reading, and comprehension checks to understand where students are.

Identify

Name the specific need. “Below grade level” is too broad. A student may need support with phoneme segmentation, short vowel patterns, multisyllabic decoding, oral reading fluency, vocabulary, or sentence-level comprehension.

Match

Choose instruction that fits the need. A fluency passage will not fix a phonemic awareness gap. A comprehension graphic organizer will not solve decoding weakness.

Teach

Deliver direct, clear instruction with guided practice and feedback. Give students enough successful repetitions to build accuracy and confidence.

Monitor

Check progress often. This does not always require a formal test. A quick word reading check, spelling sample, or brief oral reading record can reveal whether instruction is working.

Adjust

If progress stalls, change the plan. Increase intensity, tighten the skill focus, reduce group size, add practice opportunities, or revisit prerequisite skills.

Useful data points teachers toward the next instructional step.

This cycle protects students from waiting too long. It also protects teachers from relying on programs alone. A program can provide materials, but teachers make instructional decisions.

Explicit Instruction Supports Diverse Learners

Students do not all need the same amount of instruction, but many benefit from the same kind of clarity.

Dyslexic learners often need structured, multisensory routines and many chances to practice. Struggling readers may need gaps identified earlier and addressed more directly. Multilingual learners may need support that connects sound, spelling, vocabulary, grammar, and meaning in ways that honor their existing language knowledge.

Strong instruction includes:

• Clear teacher modeling before independent work

• Short, focused practice with immediate feedback

• Decodable text matched to taught patterns

• Oral language and vocabulary development

• Frequent review of previously taught skills

• Comprehension work that builds knowledge, not just strategies

  
  

This does not mean reading instruction should feel rigid or joyless. Students still need rich stories, discussion, writing, read-alouds, and time with meaningful text. The point is balance. Students deserve access to both the code of written language and the world of ideas that reading opens.

High standards include skill practice and meaningful reading.

Raising the Standard Means Raising Teacher Knowledge

The Science of Reading is not a script. It is a body of evidence that helps educators make better choices. To raise literacy standards, schools need more than good intentions. They need shared language, strong training, aligned materials, and time for teachers to study student data together.

That starts with honest reflection. Are teachers prepared to explain how reading develops? Can they identify the difference between a phonological weakness and a comprehension weakness? Do materials provide enough explicit practice? Are interventions matched to specific needs? Are multilingual learners receiving both language support and code-based instruction?

When schools answer these questions clearly, instruction becomes more consistent. Students spend less time in confusion and more time building the skills that lead to independence.

The standard is simple: every student should receive reading instruction that reflects what research has shown about how reading works. When classrooms use explicit teaching, Structured Literacy, and data-based decisions, more students get the chance to become accurate, fluent, and thoughtful readers.