Issue 30 | May 2026
Special Education Technology Center Inclusive Insights & Access Tips
Designing for Brains That Think Differently

I’ve been thinking a lot lately about the students who don’t quite “fit” the way school is designed, the ones who need more time, more movement, more ways to express what they know.
And I keep coming back to this question: What would it look like if they didn’t have to work so hard just to belong?
I think about my mom.
She came to the United States from Colombia as a young child, entering kindergarten without speaking any English. At five years old, she sat in a classroom where she couldn’t understand what anyone was saying, and didn’t yet have a way to express herself so others could understand her. Not because she didn’t have thoughts to share, but because there wasn’t a shared system to make them understood.
I often wonder what that experience might have been like if meaning had been made more visible, through images, symbols, and shared supports, not just spoken language.
That question doesn’t just live in the past. It shows up in classrooms every day.
I think about a first-grade student I supported, a student with Down syndrome who loved to be silly and make people laugh, but whose speech was often highly unintelligible. At times, unfamiliar adults mistook her humor for “behavior problems.” But her class knew her. She belonged there. So, when a substitute teacher came in, her classmates didn’t hesitate: “She uses a talker to help her with her words. It’s over there charging on the shelf. Can you get it for her?”
No explanation. No stigma. Just access.
Because the truth is, the barrier was never their ability to think, to feel, or to communicate.
It was the absence of a system designed to understand them.
This is what neurodiversity asks us to recognize: variability is not the exception, it is the norm.
But recognition alone isn’t enough. The real shift happens when we move from awareness to design, when we stop asking students to adapt to systems that weren’t built with them in mind, and start creating environments that anticipate a wide range of needs from the very beginning.
This is where inclusive and accessible technology plays a powerful role—not as something added later, but as a way to make thinking and communication more visible for everyone.

This is the shift I keep coming back to: What if accessibility wasn’t something we added later… but something we designed for from the very beginning?
So what does it look like to design support into everyday classrooms? Here are a few simple ways to start.
But before the tools, there is this:
Designing for different ways of thinking isn’t just about access. It’s about dignity. It’s about identity. It’s about belonging.
And that is where the work begins.
We have many other exciting upcoming sessions! Visit our page to learn more!
Belonging Grows Through Being Supported
In Wheaton’s framework, belonging grows through being supported, not as something added on when a student struggles, but as something intentionally built into the environment from the start. Support shows up when adults anticipate needs, reduce barriers, and create conditions where students can participate fully without having to ask or explain. In inclusive classrooms, this looks like supports that are visible, flexible, and available to all, so access is normalized rather than individualized. Being supported, then, is not about dependency; it’s about design. It’s about creating spaces where students can engage, contribute, and show up as themselves—because the support they need is already there.
When supports are built into classrooms, they also reduce the need for individual accommodations and reactive problem-solving at the system level.
Accessibility Tip: “Layered Directions” with Visual Anchors
Say it. Write it. Show it.
Instead of this:
“Take out your notebook, write a paragraph, and turn it in”
Try this (layered directions):
1. 📓 Take out notebook
2. ✏️ Write 1 paragraph
3. 📥 Turn it in
Why it matters:
Supports language processing, executive function, and multilingual learners—while increasing independence for all.
⇒ Quick Start
Pick one routine tomorrow and add just 2–3 icons next to your written directions (Google Slides, Canva, or even hand-drawn).
AI Tip: Generate “Multiple Ways to Show Learning” Options
Try this prompt:
“Give me 5 ways a student could show understanding of [topic], including one that requires no writing and one that could be done verbally.”
Why it matters:
Creates quick choice and flexibility—so more students can demonstrate what they know.
⇒ Quick Start
Generate options with AI, then offer 2 choices for your next assignment.
For some students, this is the difference between participating—and being left out.
💭 Reflect
Where might a student in your classroom be working harder than they should to access learning?
Start Small
You don’t need a new program. You don’t need new funding. Design one moment differently.
SETC SPOTLIGHT: Heidi Brislin
For some students, this is the difference between participating—and being left out.
This belief has been shaped through nearly three decades of working alongside students, families, and multidisciplinary teams. As an Occupational Therapist and Assistive Technology Specialist, Heidi supports educators in designing environments where access is built in from the start—so students can engage, communicate, and grow as autonomous learners.
In her work with the Special Education Technology Center (SETC), Heidi partners with teams across Washington through technical assistance and professional development, helping bring inclusive practices to life in everyday classrooms. After attending Camp Alec and learning directly from the authors of Comprehensive Literacy for All, she has deepened her commitment to authentic literacy opportunities for every student.
Whether working with teams or exploring new places through travel, Heidi brings curiosity, collaboration, and a belief in what’s possible when access is thoughtfully designed.
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