What if the reason focus feels hard isn’t discipline — but design?
In this episode of Designing in 5D, I sat down with dyslexia researcher Russell Van Brocklin, and the conversation fundamentally shifted how I think about learning, creativity, and the environments we place ourselves (and our children) in every single day.
One line in particular stopped me in my tracks:
“The environment isn’t neutral. It’s either supporting your brain or working against it.”
That idea alone has massive implications — not just for parents and teachers, but for designers, creatives, business owners, and anyone who has ever felt like their brain works a little differently.
Dyslexia Isn’t a Deficit — It’s a Different Operating System
Russell’s work centers around dyslexia, but what quickly becomes clear is that dyslexia isn’t about intelligence. It’s about how the brain processes information.
Many dyslexic (and neurodivergent) brains:
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Think visually and creatively
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Generate ideas rapidly (often faster than they can organize them)
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Struggle with traditional, linear systems of learning
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Thrive when allowed to learn through interest, specificity, and hands-on engagement
If that sounds familiar, you’re not alone. As a designer — and honestly, as a human — I deeply relate to what I call “the spaghetti brain.” Ideas everywhere. Energy everywhere. Creativity overflowing… but organization? Not always intuitive.
Russell explains that this isn’t a flaw. It’s a mismatch between how brains are wired and how systems are designed.
Why Motivation Matters More Than Repetition
One of the most powerful takeaways from our conversation was this:
You cannot fix learning challenges by repeating the same approach harder.
When students are forced to learn through methods that don’t align with how their brain works, motivation drops — sometimes by 50%, sometimes by 90%. And once motivation is gone, no amount of pressure will fix the problem.
Instead, Russell’s approach begins with specialty:
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What does the learner love?
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What are they naturally drawn to?
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Where does focus come easily?
When learning starts in a place of interest, the brain stays regulated. The nervous system stays calm. And progress becomes possible.
As a designer, this immediately resonated with me — because it’s exactly how we approach spaces. You don’t force people to live in rooms that don’t reflect them. You design environments that support who they already are.
The Power of Specific-to-General Thinking
Most traditional education teaches general to specific:
Big concept → narrow detail.
But for many dyslexic and creative brains, this feels like trying to grab fog.
Russell flips the model:
Specific → general
You start with one clear, tangible question.
That answer leads to another question.
That question leads to another answer.
Writing becomes the tool that organizes thought, not the barrier that blocks it.
This approach doesn’t just help students catch up — it often allows them to surpass their peers, because they develop deeper analytical and critical thinking skills earlier.
Environment Is a Nervous System Tool
As a designer, this is where the conversation really lit me up.
Russell emphasized that learning environments dramatically affect:
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Focus
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Emotional regulation
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Cognitive endurance
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Willingness to engage
Some of the most impactful (and surprisingly simple) design shifts include:
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Removing visual clutter
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Using warm lighting (2700K–3000K) instead of harsh overhead light
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Allowing the learner to control lighting intensity
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Creating a dedicated, distraction-reduced space
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Using color intentionally, based on preference and comfort
These aren’t just aesthetic choices — they’re neurological ones.
And this aligns perfectly with what we see in residential design today: more homeschool rooms, hybrid workspaces, kitchen islands with built-in power, and multi-functional spaces designed to flex with real life.
Short Sessions. Real Progress.
Another important reframe: learning doesn’t need to be long to be effective.
Russell shared examples of families making massive gains with 10–15 minute focused sessions, a few times a week. Not hours. Not burnout. Just consistency, clarity, and the right approach.
The goal isn’t dependence — it’s self-sufficiency. Over time, learners begin organizing their thoughts independently, using structure as support instead of restriction.
Where AI Fits Into All of This
We also explored a topic that comes up often in design and education right now: AI.
And here’s the truth:
AI isn’t here to replace creativity.
It’s here to replace intellectual grunt work.
Used intentionally, AI allows:
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Faster organization of thoughts
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Clearer communication
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More time for human connection
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Deeper problem-solving
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Better client experiences
For designers, this means less time buried in logistics — and more time doing what actually matters: listening, interpreting, and creating with intention.
AI is a tool.
Design is still human.
Designing for Real Brains, Not Ideal Systems
This episode is a reminder that learning, creativity, and productivity aren’t about forcing people to adapt to broken systems.
They’re about designing environments — physical and mental — that support how people actually function.
Whether you’re:
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A parent navigating learning challenges
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A teacher or homeschooler
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A creative with a fast-moving brain
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A designer shaping the spaces where life happens
The takeaway is the same:
Your environment is always doing something.
Make sure it’s doing the right thing.
Want to Learn More?
You can download Russell’s free guide and learn more about his work at dyslexicclasses.com.
And if you’re curious how intentional design can support real life, real families, and real brains — that’s exactly what we do at Elizabeth Erin Designs.
🎧 Listen to the full episode of Designing in 5D wherever you get your podcasts.
✨ Design a life you love — with intention, grounding, and just a little sprinkle of magic.