Widgit Symbols: A Teacher's Guide to Visual Communication Support
Widgit Symbols help teachers create visual resources for SEND pupils. This guide covers setup, classroom use, and alternatives for visual communication.


Widgit Symbols help teachers create visual resources for SEND pupils. This guide covers setup, classroom use, and alternatives for visual communication.

Widgit Symbols is a graphical database designed to support communication and literacy. Developed by a UK company, the system contains over 20,000 images representing both concrete and abstract concepts. The developers focus on helping pupils with learning disabilities access information through clear visual cues.
These symbols follow strict design rules to remain distinct. Verbs often include arrows to indicate action, while different parts of speech use specific colours to support grammar. This structured approach ensures that concepts like responsibility or metacognition have a clear visual representation.
A Year 2 teacher preparing for a literacy lesson uses Widgit Online to print word mats. As they type 'character' or 'setting', the software suggests the corresponding symbol. The teacher places these on tables for pupils with moderate learning difficulties. One child points to the symbol for 'conflict' to explain a story event without needing expressive language skills.
Widgit Symbols support learners within the SEND categories defined by the UK SEND Code of Practise. Pupils with Autism Spectrum Condition often process visual information more effectively than auditory instructions. For these children, symbols provide a predictable structure that reduces anxiety during the school day.
The system helps pupils with Speech, Language, and Communication Needs, including those with Developmental Language Disorder. It also serves as a tool for pupils with English as an Additional Language. These learners follow classroom routines using visual prompts while they acquire English vocabulary.
A secondary geography teacher introduces the concept of urbanisation to a new arrival from a non-English speaking country. The teacher provides a worksheet where key terms feature Widgit Symbols. A city skyline represents 'urban' and a growing arrow indicates 'increase'. This support allows the pupil to understand the core concept while peers use text-heavy textbooks.
The system uses symbol libraries and software applications such as Widgit Online and InPrint 3. Widgit Online is a cloud-based tool for creating resources from any device. InPrint 3 is a desktop application used for advanced layouts like booklets and signage.
The software matches symbols to text as a teacher types. It understands context to distinguish between different meanings of the same word. If a teacher types 'the boy saw a bat', the software offers symbols for either the animal or the sports equipment.
A teacher in a reception classroom models a communication board during snack time. The board contains symbols for 'more', 'finished', 'drink', and 'apple'. The teacher says 'I would like more apple' while pointing to the images. A pupil imitates this action to express their choice (Quill, 1995).
Visual Grammar infographic for teachers" loading="lazy">
Psychological research into information processing supports the use of symbols in education. Dual Coding Theory suggests that humans have separate channels for verbal and visual information (Paivio, 1971). Providing both a word and a symbol engages both channels and helps encode information into long-term memory.
Cognitive Load Theory also provides a rationale for this approach. Pupils with SEND often find decoding text or processing long verbal instructions overwhelming for their working memory. Symbols act as a scaffold to reduce the mental effort required to understand a task (Sweller, 1988).
A teacher in a Year 4 classroom observes a pupil with dyslexia struggling with a paragraph of instructions. The teacher replaces the text with a symbol-supported checklist. The pupil begins the task within thirty seconds because the visual prompts reduced the cognitive demand (Hurtado et al., 2014).
Successful implementation requires building a culture where visual support is a standard part of quality first teaching. A SENCO should start by conducting a school-wide audit of current visual resources. This identifies gaps in provision and ensures that different symbol systems do not confuse pupils.
Staff training helps teachers create effective resources without cluttering the page. Training covers technical software use and pedagogical principles. Teachers learn to select only the most important words for support and use the colour-coding system for grammar.
A SENCO leads a staff meeting where teachers create visual timetables using a standardised template. The SENCO explains that PE must always use the same symbol of a child running across every year group. This consistency helps a pupil with an Education, Health and Care Plan feel secure as they move between different rooms.
Schools often compare Widgit with other established programmes. Each system suits different types of learners and environments. A SENCO must match the right tool to the specific needs of each pupil.
| Feature | Widgit Symbols | Boardmaker (PCS) | PECS | Makaton |
| :--- | :--- | :--- | :--- | :--- |
| Primary Format | Digital and printed symbols | Digital and printed symbols | Physical picture exchange | Signs and symbols |
| Core Audience | Schools, literacy, general SEND | Special schools, complex AAC | Non-verbal, autistic pupils | SLCN, early years |
| Visual Style | Consistent line drawings | Variety of styles | High-contrast exchange | Simplified signs/symbols |
| Literacy Focus | High; supports writing | Moderate; communication focus | Low; functional intent focus | Moderate; sign support focus |
A resource base for pupils with profound and multiple learning difficulties uses Boardmaker for high-contrast symbols. In mainstream classrooms, the same school uses Widgit for timetables. The SENCO ensures a pupil's communication book contains Widgit versions of key terms for mainstream lessons. This prevents the pupil from needing to re-learn symbols for help or the toilet.

Widgit Symbols help pupils understand routines, access the curriculum, and communicate their needs. They appear on visual timetables, communication boards, and subject-specific word mats. By providing a visual anchor for verbal language, they help pupils who struggle with auditory processing remain engaged in learning.
Costs vary depending on the number of users and the software version. Schools typically pay a subscription for Widgit Online, ranging from £150 to over £500 per year. InPrint 3 is available as a perpetual licence per computer for schools that do not require cloud access.
Neither system is inherently superior; they serve different purposes. Makaton is a language programme using signs, symbols, and speech together for early communication. Widgit provides an extensive symbol library to support written resources and literacy across the entire curriculum.
Widgit is highly effective for autistic children because it provides visual predictability. Autistic pupils benefit from having a 'now and next' board or a visual timetable that outlines the day. Using consistent symbols reduces the unpredictability of the school environment and improves focus.
Paid subscriptions are standard, but the company provides free ready-made resource packs for specific events. Some UK local authorities hold central licenses that allow schools to access the software at no cost. Check with your local SEND outreach service or speech and language therapy team for available arrangements.
PECS is a behavioural protocol used to teach non-verbal individuals how to initiate communication. Widgit is a symbol library used for broader educational purposes, including literacy and classroom organisation. A pupil might use Widgit symbols within their PECS folder to indicate desired items.
Print out a Widgit 'Now and Next' board today and use it with a pupil during your next lesson to manage a transition.

Widgit Symbols is a graphical database designed to support communication and literacy. Developed by a UK company, the system contains over 20,000 images representing both concrete and abstract concepts. The developers focus on helping pupils with learning disabilities access information through clear visual cues.
These symbols follow strict design rules to remain distinct. Verbs often include arrows to indicate action, while different parts of speech use specific colours to support grammar. This structured approach ensures that concepts like responsibility or metacognition have a clear visual representation.
A Year 2 teacher preparing for a literacy lesson uses Widgit Online to print word mats. As they type 'character' or 'setting', the software suggests the corresponding symbol. The teacher places these on tables for pupils with moderate learning difficulties. One child points to the symbol for 'conflict' to explain a story event without needing expressive language skills.
Widgit Symbols support learners within the SEND categories defined by the UK SEND Code of Practise. Pupils with Autism Spectrum Condition often process visual information more effectively than auditory instructions. For these children, symbols provide a predictable structure that reduces anxiety during the school day.
The system helps pupils with Speech, Language, and Communication Needs, including those with Developmental Language Disorder. It also serves as a tool for pupils with English as an Additional Language. These learners follow classroom routines using visual prompts while they acquire English vocabulary.
A secondary geography teacher introduces the concept of urbanisation to a new arrival from a non-English speaking country. The teacher provides a worksheet where key terms feature Widgit Symbols. A city skyline represents 'urban' and a growing arrow indicates 'increase'. This support allows the pupil to understand the core concept while peers use text-heavy textbooks.
The system uses symbol libraries and software applications such as Widgit Online and InPrint 3. Widgit Online is a cloud-based tool for creating resources from any device. InPrint 3 is a desktop application used for advanced layouts like booklets and signage.
The software matches symbols to text as a teacher types. It understands context to distinguish between different meanings of the same word. If a teacher types 'the boy saw a bat', the software offers symbols for either the animal or the sports equipment.
A teacher in a reception classroom models a communication board during snack time. The board contains symbols for 'more', 'finished', 'drink', and 'apple'. The teacher says 'I would like more apple' while pointing to the images. A pupil imitates this action to express their choice (Quill, 1995).
Visual Grammar infographic for teachers" loading="lazy">
Psychological research into information processing supports the use of symbols in education. Dual Coding Theory suggests that humans have separate channels for verbal and visual information (Paivio, 1971). Providing both a word and a symbol engages both channels and helps encode information into long-term memory.
Cognitive Load Theory also provides a rationale for this approach. Pupils with SEND often find decoding text or processing long verbal instructions overwhelming for their working memory. Symbols act as a scaffold to reduce the mental effort required to understand a task (Sweller, 1988).
A teacher in a Year 4 classroom observes a pupil with dyslexia struggling with a paragraph of instructions. The teacher replaces the text with a symbol-supported checklist. The pupil begins the task within thirty seconds because the visual prompts reduced the cognitive demand (Hurtado et al., 2014).
Successful implementation requires building a culture where visual support is a standard part of quality first teaching. A SENCO should start by conducting a school-wide audit of current visual resources. This identifies gaps in provision and ensures that different symbol systems do not confuse pupils.
Staff training helps teachers create effective resources without cluttering the page. Training covers technical software use and pedagogical principles. Teachers learn to select only the most important words for support and use the colour-coding system for grammar.
A SENCO leads a staff meeting where teachers create visual timetables using a standardised template. The SENCO explains that PE must always use the same symbol of a child running across every year group. This consistency helps a pupil with an Education, Health and Care Plan feel secure as they move between different rooms.
Schools often compare Widgit with other established programmes. Each system suits different types of learners and environments. A SENCO must match the right tool to the specific needs of each pupil.
| Feature | Widgit Symbols | Boardmaker (PCS) | PECS | Makaton |
| :--- | :--- | :--- | :--- | :--- |
| Primary Format | Digital and printed symbols | Digital and printed symbols | Physical picture exchange | Signs and symbols |
| Core Audience | Schools, literacy, general SEND | Special schools, complex AAC | Non-verbal, autistic pupils | SLCN, early years |
| Visual Style | Consistent line drawings | Variety of styles | High-contrast exchange | Simplified signs/symbols |
| Literacy Focus | High; supports writing | Moderate; communication focus | Low; functional intent focus | Moderate; sign support focus |
A resource base for pupils with profound and multiple learning difficulties uses Boardmaker for high-contrast symbols. In mainstream classrooms, the same school uses Widgit for timetables. The SENCO ensures a pupil's communication book contains Widgit versions of key terms for mainstream lessons. This prevents the pupil from needing to re-learn symbols for help or the toilet.

Widgit Symbols help pupils understand routines, access the curriculum, and communicate their needs. They appear on visual timetables, communication boards, and subject-specific word mats. By providing a visual anchor for verbal language, they help pupils who struggle with auditory processing remain engaged in learning.
Costs vary depending on the number of users and the software version. Schools typically pay a subscription for Widgit Online, ranging from £150 to over £500 per year. InPrint 3 is available as a perpetual licence per computer for schools that do not require cloud access.
Neither system is inherently superior; they serve different purposes. Makaton is a language programme using signs, symbols, and speech together for early communication. Widgit provides an extensive symbol library to support written resources and literacy across the entire curriculum.
Widgit is highly effective for autistic children because it provides visual predictability. Autistic pupils benefit from having a 'now and next' board or a visual timetable that outlines the day. Using consistent symbols reduces the unpredictability of the school environment and improves focus.
Paid subscriptions are standard, but the company provides free ready-made resource packs for specific events. Some UK local authorities hold central licenses that allow schools to access the software at no cost. Check with your local SEND outreach service or speech and language therapy team for available arrangements.
PECS is a behavioural protocol used to teach non-verbal individuals how to initiate communication. Widgit is a symbol library used for broader educational purposes, including literacy and classroom organisation. A pupil might use Widgit symbols within their PECS folder to indicate desired items.
Print out a Widgit 'Now and Next' board today and use it with a pupil during your next lesson to manage a transition.
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