08/05/2026
The best accessibility tools.
They're the ones that can be modelled, practised, and transferred. The goal is always that the student grows into independence, not dependence.
I want to talk about two built-in tools that don't get nearly enough credit: text-to-speech and typing with audio feedback. Both are already sitting inside the devices most students have. Both are underused. And both, when introduced well, can genuinely shift outcomes.
Text-to-speech and why the speed setting matters most
When a deaf or hard of hearing student reads along while listening to text being read aloud, something shifts.
The effort of decoding words on a page gets shared with the audio. That frees up cognitive space, and freed-up space is where comprehension actually happens.
The part that gets missed most often is the speed setting.
Slowing the reading rate creates a natural brake. It gives the brain time to process what was just heard before the next sentence arrives. This matters especially for students who are strong, fast decoders, and many deaf and hard of hearing students are. Speed can quietly mask a comprehension gap. The student rushes through on fluency, reaches the end of a passage, and has retained very little.
A support person reading aloud can achieve the same effect, but it requires careful judgement:
Too slow feels patronising and disrupts the natural rhythm of language,
Too fast closes the processing window before it has had time to work.
The right pace gives the auditory loop enough space to do its job
A well-set text-to-speech voice does this without negotiation and without social complexity. Most importantly, it does it without the student needing another person in the room.
That is the goal. Model it together first, then transfer it. The student learns what their best speed feels like, and eventually they set it themselves.
Typing with audio feedback and how it builds language from the inside out
Deaf and hard of hearing students often miss words in context. A sentence heard incompletely lands incompletely, and what gets stored is a fragment rather than the whole. Over time this affects not just comprehension but the ability to construct language, to write a summarised sentence, to answer an exam question in the form it requires.
Many of these students can describe. They can give examples. They can demonstrate understanding in conversation. The compressed, summarised form that exams and formal writing demand is often where the gap shows up, not because the knowledge is absent but because the language form is harder to access.
Typing with text-to-speech feedback creates a loop that builds this capacity:
As the student types, the tool reads back what they have written
They hear their own language, summarised and constructed, in real time
The repetition builds vocabulary recall and sentence awareness together
The student gets auditory access to the language they are producing, which reinforces both structure and meaning simultaneously
This is not a shortcut. It is a strategy that builds capacity over time rather than substituting for it.
The principle underneath both tools
The tools that make a lasting difference are never the ones that do the most for a student in the moment. They are the ones the student can eventually pick up and use themselves, that become part of how they work rather than a service delivered to them.
Built-in accessibility tools, used intentionally, are exactly that:
They are on every device
They cost nothing
They can be adjusted, personalised, and practised until they are genuinely the student's own
The goal is not a support person calibrating the right speed every time, or a specialist in the room for every task. The goal is a student who knows what they need, knows how to set it, and can walk into any environment and access it themselves.
That is what independence actually looks like.