How AI can support pupils with SEND

Schools are increasingly asking how AI tools might help pupils with special educational needs and disabilities (SEND), and where the practical value actually lies. This article sets out the main ways AI is currently being used to support SEND pupils, along with the questions schools should be asking before adopting any tool.

This is general information, not a recommendation of specific products. Any tool used with pupils, particularly pupils with SEND, should go through your school's normal safeguarding, data protection and accessibility checks before use.

What "AI for SEND" actually means in practice

AI in this context isn't a single tool. It's a set of capabilities increasingly built into everyday software that can be applied to specific SEND-related barriers. The main categories are:

• Turning complex text into simpler language
• Breaking down multi-step tasks or instructions
• Converting between formats (text to speech, speech to text, image to description)
• Providing structure and routine for pupils who need it
• Reducing the writing burden for pupils with motor, processing or literacy difficulties

Understanding which category a tool falls into is more useful than looking for one AI system that "does SEND."

Simplifying language and explanations

One of the most established uses of AI tools is rewording text to a more accessible reading level, without changing its meaning.

Where this helps

• A pupil with a specific learning difficulty (such as dyslexia) accessing a text-heavy worksheet.
• A pupil with English as an additional language (EAL) alongside a SEND need.
• A pupil with a language or communication need who needs shorter sentences and simpler vocabulary.
• Parents/carers with additional needs themselves, accessing school communications.

How it typically works

A member of staff takes existing text (a worksheet, a letter, an exam question) and asks an AI tool to rewrite it at a lower reading age, in shorter sentences, or with simpler vocabulary, while checking the meaning hasn't changed. This is generally quicker than manually rewriting materials from scratch, though the output should always be reviewed by a teacher before it reaches a pupil.

What to watch for

AI-simplified text can occasionally lose important nuance or introduce small inaccuracies. It should be checked, not used unreviewed, particularly for anything that will be assessed or that a pupil will rely on factually.

Step-by-step breakdowns of tasks and instructions

Many SEND pupils, particularly those with autism, ADHD, or processing difficulties, benefit from multi-step instructions being broken into smaller, clearly sequenced steps rather than presented as a single block of text.

Where this helps

• Turning a written exam question or task into a numbered sequence of smaller steps
• Creating visual or written schedules for transitions between activities
• Breaking down a homework task into a checklist a pupil can work through independently
• Producing consistent formats for instructions across different subjects, which some pupils rely on for predictability

AI tools can generate a first draft of this kind of breakdown quickly, which staff can then adjust to match a specific pupil's needs, such as their preferred level of detail or vocabulary.

Accessibility use cases

A number of AI-based accessibility features are now built directly into everyday software (browsers, office applications, learning platforms) rather than requiring separate specialist tools. Common examples include:

• Text to speech: reading text aloud to support pupils with visual impairments, dyslexia, or reading difficulties
• Speech to text: allowing pupils with motor difficulties, or those who find writing physically difficult or slow, to produce written work by speaking
• Image description: generating a description of an image for a pupil with a visual impairment
• Live captioning: captioning spoken audio in real time during lessons or videos, supporting pupils with hearing impairments or auditory processing difficulties
• Translation: converting text or speech between languages, which can support both EAL pupils and pupils with SEND where the two overlap

Many of these features already exist in software schools use day to day, so the practical starting point is often reviewing what's already available and switched on, rather than sourcing new tools.

Supporting written work without doing it for the pupil

A recurring concern with AI and SEND is the line between reasonable support and doing the work for the pupil. A useful practical distinction:

Where a pupil has an Education, Health and Care Plan (EHCP) or agreed access arrangements, any AI-based support should be checked against what's specified there, and against current guidance from the relevant exam board where the work is assessed.

Questions to ask before using an AI tool with a SEND pupil

• Has this tool been approved by the school (not just a personal choice by one member of staff)?
• Does it require any pupil data to be entered, and if so, has that been checked against data protection requirements?
• Is the output being reviewed by a member of staff before it reaches the pupil, or before it's treated as fact?
• Does this match what's specified in the pupil's EHCP or support plan, where one exists?
• If used in assessed work, does this comply with current exam board guidance on access arrangements and AI use?
• Is there a plan for how this will be explained to parents/carers?

A starting point, not a solution

AI tools can reduce specific practical barriers for some SEND pupils, simplifying text, breaking down tasks, and supporting accessibility needs that already have well-established solutions. They don't replace the professional judgement of SENCOs, teachers and support staff, and they work best when applied to a clearly identified need rather than adopted generally.

Schools considering wider AI adoption for SEND support are best placed starting with the specific barriers their pupils face, and working outward from there to which tools genuinely address them.

EssingtonITS works with schools on AI governance and safe adoption.