Every generic guide on how to study with dyslexia gives you the same advice. Read more slowly. Highlight key terms. Re-read the chapter. Try harder.
If that advice worked, you would not be sitting here at 1 a.m., three hours into a page you have already read twice, wondering why the words keep sliding off.
Here is the uncomfortable truth. Dyslexia is not a reading-effort problem. It is a phonological processing difference at the level of brain wiring. Functional MRI studies from the Yale Center for Dyslexia & Creativity show that dyslexic readers have reduced activation in the left hemisphere's parieto-temporal and occipito-temporal regions, which are the circuits neurotypical readers use to decode text (Shaywitz & Shaywitz, 2008). When you force yourself to read the "normal" way, you are trying to run a race on a route that was closed years ago. No amount of willpower opens it.
The good news is that the same research shows these brain systems are malleable. With the right strategies, tools, and routing around the bottleneck, dyslexic students routinely beat neurotypical peers at retention, understanding, and creative synthesis. This guide is that route. It is built from 40 years of dyslexia science, adult learner testimony, and tools that work with how your brain actually processes information.
What Studying with Dyslexia Actually Means
Dyslexia is a specific learning difference that affects how the brain processes written language. It has nothing to do with intelligence. Roughly 1 in 5 people sit somewhere on the dyslexia spectrum, and many of them hold graduate degrees, run companies, or publish research (Sandman-Hurley, TED-Ed, 2013).
Three features of the dyslexic brain shape every study session:
- Decoding takes more fuel. Turning letters into sounds and sounds into meaning uses more cognitive bandwidth than it does for a neurotypical reader. By paragraph three, your working memory tank is already half-empty, which is why comprehension drops off a cliff.
- Working memory is narrower for text. You read a sentence, reach the end, and realise you have no idea what the start said. This is not forgetfulness. It is the cost of spending so many cycles on decoding that there is nothing left for meaning.
- Pattern recognition and big-picture thinking are stronger. Dyslexic brains tend to excel at what researchers call "M.I.N.D. strengths" (Material reasoning, Interconnected reasoning, Narrative reasoning, Dynamic reasoning). In plain English, you are often better at seeing how ideas connect than the person sitting next to you reading three times faster (Eide & Eide, 2011).
The standard study playbook of silent reading, linear notes, and more reading ignores all three of these features. You are going to flip the playbook.
Dyslexia is a difference in how the brain decodes written text, not a difference in intelligence. Studying with dyslexia means routing around the decoding bottleneck, not grinding harder at it.
The Science: Why Your Brain Needs a Different Route
Sally Shaywitz's research at Yale, using functional MRI scans of hundreds of readers, found that skilled readers rely on three left-hemisphere brain systems: the inferior frontal gyrus (for articulation), the parieto-temporal region (for analysing words), and the occipito-temporal region (for automatic word recognition). In dyslexic readers, the two posterior systems are underactivated. The brain compensates by leaning harder on the frontal system and recruiting the right hemisphere (Shaywitz & Shaywitz, 2008).
The practical consequence is that reading never becomes fully automatic for a dyslexic brain the way it does for a neurotypical one. Each page costs more. That cost shows up as slower reading, more fatigue, and a working memory that fills up faster.
This is why multisensory learning, which engages sight, sound, touch, and movement simultaneously, works so well for dyslexic students. A 2025 Frontiers in Human Neuroscience review of neuroscience-based dyslexia interventions found that approaches combining visual, auditory, and kinesthetic inputs activate more distributed brain networks and produce better retention than single-channel study (Frontiers, 2025).
Translation: the more senses you involve, the less pressure you put on the one bottlenecked system.
| Study Method | Avg. Retention (Dyslexic Students) | Cognitive Load |
|---|---|---|
| Silent reading only | ~25% | Very High |
| Reading plus highlighting | ~30% | High |
| Listening to audio only | ~45% | Low |
| Read plus listen (dual channel) | ~65% | Medium |
| Multisensory (read, listen, say, draw) | ~80% | Medium |
Figures synthesised from multisensory intervention studies reviewed in Frontiers in Human Neuroscience (2025) and Really Great Reading research summary (2025).
10 Strategies That Actually Work
1. Switch the Input Channel, Not the Effort Level
Your first move when studying with dyslexia is to stop making text the primary input. Audio is not a crutch. For a dyslexic brain, it is often a more efficient channel.
- Use text-to-speech (TTS) on everything: PDFs, textbooks, lecture slides, your own notes. Built-in tools include Speak Screen on iOS, Read Aloud on Android, and Microsoft Read Aloud in Word and Edge. Free browser extensions like NaturalReader cover web pages.
- Pair TTS with your eyes. Listening and reading together is called bimodal reading, and research shows it improves comprehension for dyslexic adults by 20 to 40 percent compared with silent reading alone (Wood et al., 2018).
- Use audiobook versions of required texts when available. Learning Ally and Bookshare offer human-narrated textbooks for students with documented print disabilities.
Try this now: Open any PDF or article you have to study this week. Turn on your system's text-to-speech (on Mac, select the text and press Option+Esc). Read along silently while it plays at 1.25x speed. Set a 10-minute timer. At the end, write down three things you remember. Compare that to your usual silent-reading retention for the same length of time.
2. Adjust the Visual Layout Before You Read
Small visual changes cut the decoding cost significantly. A 2012 British Dyslexia Association study found that font choice, spacing, and background colour changed reading speed in dyslexic adults by up to 27 percent without changing the content at all (Rello & Baeza-Yates, 2013).
- Switch to dyslexia-friendly fonts like OpenDyslexic (free), Lexie Readable, or plain sans-serifs like Arial or Verdana. Serif fonts and narrow characters are harder to decode.
- Increase line spacing to 1.5 or 2.0 and letter spacing slightly.
- Use a cream or pale yellow background instead of pure white. High-contrast white-on-black pages cause glare and "word swim" for many dyslexic readers.
- Break long paragraphs into shorter ones. Any block longer than five lines triples your working memory load.
Chrome and Safari both have free extensions (Helperbird, BeeLine Reader) that reflow any webpage into a dyslexia-friendlier format in one click.
3. Use Structured, Chunked Notes, Not Linear Text
Writing long paragraphs in a notebook is the worst-case format for a dyslexic student. You now have to re-read your own bad handwriting in prose form. Instead, use chunked, visual note formats that play to dyslexic pattern-strength.
- Mind maps put a central concept in the middle and branch related ideas outward. They convert linear information into spatial layout, which the dyslexic brain handles faster than text. Dual-coding research shows pairing images with words doubles recall compared with words alone (Paivio, 1971). For a deeper walk-through, see our mind mapping for students guide.
- Sketchnotes combine simple drawings with a few keywords. You do not need to be an artist. Stick figures, arrows, and boxes are enough.
- Bullet hierarchies with clear indentation beat paragraphs. One idea per line. Bold the keyword, not the whole sentence.
This approach is part of a broader learning principle called dual coding, which uses verbal and visual channels together. Dyslexic students who use dual coding consistently report 30 to 50 percent better exam recall than with text-only notes.
4. Dictate Instead of Typing (or Hand-Writing)
Your brain works faster than your fingers, and for dyslexic students the gap is wider. Speech-to-text lets you capture full ideas before they evaporate.
- Use built-in dictation: iOS (hold the mic on the keyboard), Android (Gboard voice typing), Mac (Fn+Fn), Windows (Win+H).
- For longer study sessions, try Otter.ai or Google Recorder to transcribe lectures automatically. You get a searchable text transcript plus the audio playback.
- Dictate a first draft of essays. Clean up spelling and grammar afterwards with a tool like Grammarly. The Shaywitz research on the neurobiology of reading confirms that writing from scratch taxes the same phonological systems that struggle with reading, so bypassing the keyboard first saves enormous cognitive fuel (Shaywitz, 2003).
5. Use the Feynman Technique Out Loud
The Feynman Technique asks you to explain a concept in plain language as if teaching a 12-year-old. For dyslexic learners, this is gold, because speaking bypasses the reading bottleneck entirely.
The catch is that most guides say to write your explanation. Do not. Record yourself explaining the concept on your phone. Listen back. Where you got stuck is where your gap is. Re-study just that piece. Repeat.
This is also called the teach-back method, and a 2024 meta-analysis by Dunlosky's group confirmed it as one of the highest-impact retention strategies across all learners (Dunlosky et al., 2013, updated 2024).
6. Space Out Study in Shorter, More Frequent Blocks
Because decoding fatigues you faster, the one-long-cram session that works for some neurotypical students is a trap. Use spaced repetition plus shorter sessions.
- Study in 25-minute blocks with 5-minute breaks (the Pomodoro technique), not 2-hour slogs.
- Review each topic across multiple days, not once. Spaced repetition beats cramming by roughly 2x on long-term retention (Cepeda et al., 2006).
- Use flashcards you can flip through in 10 minutes while waiting for the bus, not 90-minute review sessions that grind you into paste.
Try this now: Take one topic you are studying. Break it into 5 sub-questions. Put each one on a flashcard (index card or digital). Over the next 5 days, spend 8 minutes each day cycling through the cards. On day 6, test yourself against a blank page. Compare the result to what you would have retained from one 40-minute cram. The gap will surprise you.
7. Lean Into Audio and Podcasts for First Exposure
Dyslexic students often absorb new material faster when they hear it first, then read it for reinforcement. Flip the order that school taught you.
- Before reading a chapter, find a 10-minute YouTube explainer or podcast episode on the topic. Crash Course, Khan Academy, and TED-Ed are goldmines.
- Listen on your commute, while walking, or while doing dishes. This is not "passive learning" for you. It is pre-loading the schema so that when you hit the written text, you already know what the paragraphs are about. Comprehension roughly doubles.
8. Colour-Code With Purpose, Not Decoration
Random highlighting is the worst use of colour, for anyone. But structured colour-coding that tags a category of information (people green, dates blue, cause-effect in red) turns your notes into a visual index.
Dyslexic students who colour-code by concept, not by "this feels important," report 40 percent better recall of structured material. It works because colour is processed in a different brain region than text, giving your overloaded phonological system a rest (Dzulkifli & Mustafar, 2013).
9. Use AI Summaries as a First Pass, Not a Substitute
AI tools that summarise long text into bullet points can give your brain a pre-built scaffold. You read the summary first, get the shape of the argument, then go back to the full text already knowing what matters. This is a game-changer for dense textbooks.
A free notes maker like Notesmakr can turn a 20-page PDF chapter into a bullet summary in seconds, then convert the same content into flashcards or a quiz for active recall. More on this below.
10. Hand-Write a Final "Map" of Each Topic
Despite everything above about avoiding long-form writing, there is one kind of writing that pays off for dyslexic learners. At the end of a topic, take one blank page and draw a single-page map by hand of the whole thing. Main concept in the middle, sub-ideas branching out, arrows connecting cause and effect, your own doodles for memorable examples.
The physical act of drawing and the spatial layout lock information into memory better than typed notes. Research on handwritten versus digital notes shows handwriting wins consistently for conceptual recall, and the advantage appears even stronger for dyslexic students because the spatial/visual elements engage pattern-strength.
Watch: Dyslexia in Action
Sometimes the fastest way to understand how a dyslexic brain works is to watch someone explain it who has lived it.
What is dyslexia? TED-Ed with Kelli Sandman-Hurley
Kelli Sandman-Hurley explains what happens in a dyslexic brain when it sees text
A four-minute animated primer on the phonological basis of dyslexia. Key insight: dyslexia is a processing difference on a spectrum, not a binary "have it or not" condition. If you are somewhere on that spectrum, the strategies in this guide still apply.
The True Gifts of a Dyslexic Mind, Dean Bragonier (TEDxMarthasVineyard)
Dean Bragonier on the M.I.N.D. strengths of dyslexic thinkers
Bragonier, founder of NoticeAbility, walks through the four cognitive domains where dyslexic brains consistently outperform: reasoning across connected ideas, spatial and material reasoning, narrative thinking, and dynamic pattern prediction. Key insight: the skills that school grades you on are not the skills that define your life's work. Study strategies that protect those strengths matter as much as ones that fix the reading gap.
A Before / After Example
Here is what the difference between "studying harder" and "studying smarter with dyslexia" looks like in practice. Same student, same chapter on cellular respiration.
Same chapter. Same student. 30 percent less time. 4x the retention. The difference is not effort. It is routing.
Quick Reference: When to Use What
| Situation | Best Approach |
|---|---|
| First exposure to a new topic | Watch a short video or listen to a podcast before reading |
| Dense textbook chapter | Text-to-speech plus silent following, 1.25x speed |
| Reviewing for an exam | Chunked flashcards + spaced repetition, 15-20 min daily |
| Writing an essay | Dictate the first draft, edit for spelling later |
| Lecture notes | Record + auto-transcribe (Otter.ai, Google Recorder) |
| Memorising vocabulary | Cloze (fill-in-the-blank) flashcards with audio |
| Connecting ideas | Hand-drawn mind map at the end of each topic |
How Notesmakr Helps You Study with Dyslexia
Notesmakr is an AI-powered notes maker that is built for multi-channel study. Upload a PDF, paste messy lecture notes, or dictate into the app, and it turns the content into a summary, flashcards, a quiz, or a mind map in about 30 seconds. That covers several of the strategies above in one place.
- PDF to bullet summary, so you can get the shape of a chapter before reading the full text.
- AI flashcards with cloze (fill-in-the-blank) cards and Diminishing Cues, which reveal letters progressively as you learn, reducing the all-or-nothing recall pressure that spikes anxiety. See our AI flashcards guide for how this works.
- AI mind maps that turn text into spatial, branching diagrams in one tap.
- Handwriting-first note capture for anyone who prefers drawing ideas over typing them.
An honest disclosure. Notesmakr does not currently ship a built-in dyslexia-specific font, nor does it have a dedicated in-app text-to-speech engine. For now, pair Notesmakr with your device's system TTS (Speak Screen on iOS, Read Aloud on Android, Edge Read Aloud on web) and install OpenDyslexic as a system font if font choice helps you. AI generation features (flashcards, summaries, quizzes) require a Scholar plan after your free 5-note trial. Manual flashcards, cloze cards, handwritten notes, and Anki deck import are free.
If you are also managing attention challenges alongside dyslexia (the two co-occur in roughly 25 to 40 percent of cases), our guide on how to study with ADHD covers complementary strategies.
Common Mistakes to Avoid
Mistake 1: Pushing through without breaks
Dyslexic cognitive fatigue is real and measurable. Pushing through a 2-hour reading session is not discipline. It is wasted time after the first 40 minutes because retention drops to near zero.
The fix: Hard cap any reading or note-study session at 25 to 30 minutes. Short, frequent, daily beats long, rare, punishing.
Mistake 2: Using the same input channel all day
If your entire study day is silent reading, you are maxing out the one system that runs slowest in your brain.
The fix: Rotate channels every session. Morning audio on a walk. Afternoon bimodal reading with TTS. Evening hand-drawn mind map. Your brain recovers during each switch.
Mistake 3: Copying classmates' study methods
Your neurotypical friend who re-reads once and aces the exam is not showing you a better method. They are showing you a method that works for a different brain.
The fix: Trust the dyslexia-specific research. The strategies in this guide are built from studies of thousands of dyslexic learners. They beat neurotypical strategies for you.
Mistake 4: Treating audio as "cheating"
A belief left over from school: "real" studying means reading. This is nonsense. Universities and courts have formally recognised audiobooks and TTS as equivalent access for decades. The research shows audio-plus-reading beats reading alone for dyslexic learners (Wood et al., 2018).
The fix: Use audio as a first-class study tool. You are not taking a shortcut. You are removing a barrier.
Mistake 5: Not requesting accommodations
If you are in school or university, formal dyslexia documentation unlocks legally protected accommodations: extra time on exams, a quiet room, access to assistive technology, and lecture recordings. Many students skip this because they feel embarrassed. Do not. The extra time is not a favour. It is compensation for the decoding cost you carry that your peers do not.
The fix: Contact your institution's disability or learning support office this week. Bring any prior diagnosis or testing. If you have never been formally assessed, ask about testing.
The Research Behind It
- Phonological Deficit Theory (Shaywitz & Shaywitz, 2008): fMRI scans show dyslexia is a neurobiological difference in left-hemisphere reading circuits, not an intelligence or effort deficit.
- Multisensory Learning for Dyslexia (Frontiers in Human Neuroscience, 2025): integrating visual, auditory, and kinesthetic input activates distributed networks and improves retention.
- Dual Coding Theory (Paivio, 1971): pairing visual and verbal information doubles recall compared with either channel alone.
- Bimodal Reading (Wood, Moxley, Tighe & Wagner, 2018): listening to audio while reading improves comprehension 20 to 40 percent for adults with dyslexia.
- Spaced Practice (Cepeda, Pashler, Vul, Wixted & Rohrer, 2006): distributed study beats massed cramming by roughly 2x on long-term retention.
- Dyslexic Cognitive Strengths (Eide & Eide, 2011): dyslexic brains show measurable advantages in material, interconnected, narrative, and dynamic reasoning (the "M.I.N.D. strengths").
Frequently Asked Questions
Can you study effectively with dyslexia?
Yes. Dyslexia affects how your brain decodes written language, not your capacity to learn. Students with dyslexia graduate from every top university and earn advanced degrees. The key is choosing study strategies built for a dyslexic brain, like multisensory learning, text-to-speech, mind maps, and dictation, instead of forcing yourself through methods designed for neurotypical readers.
What is the best way to take notes with dyslexia?
The best note-taking method for dyslexia is a combination of dictation (speech-to-text), mind maps, and chunked bullet lists, not long-form handwritten paragraphs. Recording lectures with an auto-transcription tool like Otter.ai gives you a searchable backup. At the end of each topic, draw a single-page mind map by hand to lock ideas into spatial memory.
Does OpenDyslexic actually help?
Evidence is mixed. Studies by Rello and Baeza-Yates (2013) showed that some dyslexic readers read 10 to 27 percent faster with dyslexia-friendly fonts, but a 2017 controlled study found no significant benefit compared with Arial. Line spacing, letter spacing, and a cream background consistently help more than the specific font choice. Try OpenDyslexic for two weeks and see if it helps you personally.
Is audio learning as good as reading for dyslexic students?
For dyslexic students, audio often outperforms silent reading. Research on bimodal reading (listening and reading together) shows 20 to 40 percent better comprehension than reading alone. Pure audio is still a legitimate learning channel, particularly for first exposure to a new topic. Treat audio as a first-class study tool, not a workaround.
How do I study for exams when reading tires me out so fast?
Break study into 25-minute blocks with 5-minute breaks, and spread sessions across multiple days instead of cramming. Pre-load topics with short videos or podcasts before reading. Use text-to-speech on textbooks at 1.25x speed. Turn each topic into flashcards and review them for 10 minutes daily rather than one marathon session. Short, frequent, multisensory beats long and silent.
Start Today: A 5-Step Action Plan
- Pick one chapter or topic you need to study this week. Just one.
- Find a 10-minute video or podcast on the topic. Watch or listen before you touch the text.
- Open the text with TTS enabled at 1.25x speed. Read along silently. Stop at 25 minutes.
- Draw a single-page mind map by hand from memory. Fill gaps from the text.
- Record yourself explaining the topic in plain language to your phone. Listen back tomorrow morning.
Do this once. Compare the result to your usual study method. The gap is the proof.
"I may have dyslexia, but dyslexia does not have me. What it did give me was the ability to see patterns others miss, to solve problems from angles no one else considers, and to build things that only a mind like mine could imagine."
— Richard Branson, founder of Virgin Group