How to Get Better at Reading Comprehension: 8 Practical Techniques

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Reading the words on a page and comprehending what they mean are two different activities. Most people can do the first automatically. The second requires active, directed engagement with the text — and it is a set of skills that can be deliberately built regardless of where they currently stand. Whether you are struggling with dense academic texts or simply want to extract more from the reading you already do, these 8 techniques will directly improve your comprehension.

Technique 1: Preview the Structure Before Reading

Before reading any substantial text — a textbook chapter, an academic paper, a long article — spend 3 to 5 minutes previewing its structure. Read the title, all headings and subheadings, the first and last paragraphs, any bolded terms, and any summary questions at the end. For academic papers, read the abstract and conclusion before the body.

This preview builds a cognitive scaffold — a structural framework your brain uses to organize new information as it encounters it during full reading. Without this scaffold, each new sentence must be understood in isolation. With it, each sentence slots into a structure you have already partially mapped, dramatically reducing the cognitive load of comprehension and improving both speed and retention.

Technique 2: Read With a Specific Question in Mind

Purposeless reading — moving your eyes across words without a specific goal — produces low comprehension because the brain has no organizing principle for the information it is receiving. Reading with a specific question in mind transforms passive reception into active information retrieval.

Before each section, formulate a question that the section should answer. Convert headings into questions: Types of Memory becomes What are the different types of memory and how do they differ? Read specifically to answer that question. When you find the answer, note it and move to the next section’s question. This question-driven approach keeps attention focused and makes reading directly applicable to exam preparation.

Technique 3: Build Your Vocabulary in Your Subject

Unfamiliar vocabulary is the most common and most addressable cause of poor reading comprehension in academic contexts. When you do not know a word, your reading stops — consciously or not — as your brain attempts to infer meaning from context. In dense academic texts with multiple unfamiliar terms per page, this repeated interruption produces low comprehension regardless of your general reading ability.

Build your subject vocabulary proactively. At the start of each new course unit or topic, identify and learn the key terminology before encountering it in full texts. Create a personal glossary of subject-specific terms. Use new vocabulary actively in your own writing and speech to accelerate retention. As your subject vocabulary grows, comprehension of texts in that field improves dramatically.

💡 Tip: When you encounter an unfamiliar word in academic reading, do not simply skip it and try to infer meaning from context. Look it up immediately and add it to your vocabulary notes. Five seconds of looking up a word prevents many minutes of confused reading.

Technique 4: Annotate Actively

Passive highlighting — marking text yellow without engaging with its meaning — is one of the least effective reading strategies. It creates the appearance of engagement without the substance. Active annotation is fundamentally different.

Write brief margin notes in your own words summarizing the main point of each paragraph. Mark connections between different parts of the text with arrows or cross-references. Circle terms you need to look up. Write questions where the text is unclear or raises a question in your mind. Put asterisks beside the most significant claims. This annotation process converts reading into active thinking — you are not processing the text and then annotating it; the act of annotating is itself the processing.

Technique 5: Practice Making Inferences

Much of what academic texts communicate is implicit rather than explicit. Authors assume their readers will make inferences — drawing conclusions from evidence that is present even when the conclusion itself is not stated. Students who can only comprehend what is directly stated miss significant portions of academic content.

Practice inference by regularly asking, after reading a passage: What is the author implying but not stating directly? What does this evidence suggest beyond the claim explicitly made? What would logically follow from this argument? What is the author assuming their reader already knows? These questions develop the inferential reading skills that separate surface comprehension from deep comprehension.

Technique 6: Read in Meaningful Chunks

Reading continuously without pausing to process produces declining comprehension as the session progresses. Working memory does not hold an entire chapter — it holds a paragraph, a concept, a short passage. Reading without processing those chunks before adding more to working memory is the cognitive equivalent of pouring water into a full glass.

Read one meaningful chunk — one section, one paragraph for very dense material — then stop. Without looking at the text, state the main point of what you just read in one sentence. If you cannot do this, re-read that chunk more carefully before continuing. If you can, move to the next chunk. This pause-and-process rhythm significantly improves comprehension for the same reading time compared to continuous reading without consolidation pauses.

Technique 7: Visualize What You Read

Creating mental images of what you are reading — particularly for narrative, descriptive, or process-based content — improves both comprehension and retention. The brain processes visual information through different pathways than verbal information, and using both pathways simultaneously produces stronger encoding of the content.

For descriptive content, create a mental scene. For process content, visualize the sequence of steps as a movie. For argumentative content, visualize the logical structure — a flowchart of claims leading to conclusions. For comparative content, visualize a table of comparisons. Even abstract conceptual content can often be partially visualized through diagrams or spatial metaphors. This dual-coding significantly improves comprehension of complex material.

Technique 8: Consolidate Immediately After Each Section

The value of a reading session depends significantly on what happens in the minutes immediately following it. Memory of what you read decays rapidly without consolidation — studies suggest that within 24 hours, without review, most of the detailed content of a reading session will be inaccessible.

After finishing a section or chapter, close the text and write a brief summary from memory: what were the 3 to 5 most important points? What question did this section answer? What was the author’s central argument? Check your summary against the text. Where your summary is incomplete or inaccurate, those are your comprehension gaps. Addressing them immediately — while the material is fresh — is more efficient than discovering the same gaps weeks later during exam preparation.

Frequently Asked Questions

Can reading comprehension actually be improved, or is it a fixed ability?
Reading comprehension is a set of skills that can be deliberately improved, not a fixed ability. The specific skills — vocabulary knowledge, background knowledge, inference-making, structural awareness, active processing habits — all respond to targeted practice. Students who systematically develop these skills show measurable improvement in comprehension across all types of text.
Why do I understand something when I read it but forget it immediately?
This is the fluency illusion — familiar text processes smoothly and this ease is mistaken for understanding and retention. True comprehension requires active processing: pausing to summarize, questioning the text, connecting new information to existing knowledge. Without this active processing, reading produces surface familiarity rather than durable understanding.
How can I improve reading comprehension for dense academic texts?
Read the abstract and conclusion first to understand the argument before reading the body. Build your vocabulary in the subject area proactively. Read in short sections with consolidation pauses between them. Annotate actively rather than highlighting passively. Accept that academic texts require slower, more deliberate reading than familiar material — speed-reading strategies are counterproductive for complex academic content.
Does reading more automatically improve reading comprehension?
Extensive reading improves comprehension over time, primarily through vocabulary building and increased background knowledge in the subjects you read about. However, reading large volumes without using active comprehension strategies will not produce improvement as quickly as deliberate practice of specific skills. Both quantity and quality of reading practice matter.
How does vocabulary size affect reading comprehension?
Significantly. Research suggests that understanding a text requires knowing approximately 95 to 98 percent of the words in it. Below this threshold, comprehension degrades rapidly. This is why domain-specific vocabulary is particularly important in academic reading — a student who knows general English vocabulary but not the specialized terminology of their field will comprehend academic texts in that field poorly regardless of their general reading ability.
What is the best way to improve reading comprehension quickly?
Vocabulary building in your specific subject area produces the fastest comprehension gains in academic reading. After that, adopting the preview-question-read-consolidate sequence (essentially the SQ3R method) produces rapid improvement in comprehension per hour of reading compared to linear passive reading. These two changes together typically produce noticeable improvement within 2 to 3 weeks of consistent application.

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Theophilus Mburu
Written by Theophilus Mburu

Theophilus Mburu is a dedicated dentist and a contributing writer at Edunotes, bringing a unique blend of scientific insight and creativity to the blog. Beyond the clinic, he enjoys immersing himself in video games and exploring music, adding a fresh and relatable perspective to his content.

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