Why Neurodivergent Learners Need Us to Look at the Environment
Neurodivergent learners do not experience every learning environment in the same way as every other learner. Sensory input, movement, communication, attention, predictability and social demands can all influence participation. Learning environment design therefore has an important role to play in making spaces more responsive and flexible.
For neurodivergent learners, small changes in the environment can create additional options for participation, communication, movement and engagement.
Brain-SET approaches this through a broader principle: every child experiences the environment differently. Developed by Dr Kathryn Murray through more than 40 years in education, the Brain-SET Environments Formula® encourages educators to consider the relationship between the learner, the teaching practice and the environment rather than assuming that one room can work identically for everyone.
Neurodiversity Is Not a Design Problem to Fix
It is important to begin with the right mindset. Neurodivergent children do not need to be “fixed” by the classroom. The purpose of thoughtful environment design is to reduce unnecessary barriers and increase meaningful opportunities to participate.
This means moving away from the idea that there is one perfect sensory environment. A space that feels comfortable to one learner may be distracting or uncomfortable for another. Even the same child may have different needs depending on fatigue, activity, transition, stress, interest or context.
A responsive classroom therefore needs flexibility rather than a single recipe.
Sensory Experience Is Individual
Sound is a useful example. Autism CRC research on classroom acoustics and autistic students has examined how speech in noise and classroom sound conditions can affect attention and listening. The broader lesson for educators is not that every classroom should be silent. It is that acoustic conditions deserve to be considered as part of inclusive design.
The same applies to lighting, visual clutter, textures, movement, proximity to others and transitions. These factors may affect learners differently, which is why observation and individual knowledge matter.
The Victorian Department of Education’s guidance on supporting autistic students similarly recommends considering the physical, sensory and social environment when supporting autistic students and notes that adjustments can include classroom organisation, visuals and ways of managing noisy environments.
Design for Options, Not One Perfect Experience
A responsive learning environment can offer options. This might mean having a quieter place available without turning it into a compulsory “calm corner”. It might mean providing different seating positions, making resources easier to access, using clear visual cues or creating spaces where small-group interaction is possible.
These choices can be particularly valuable for neurodivergent learners because they create different pathways for accessing activities and participating in the learning environment.
The goal is not to label one area “for autistic children”. That can unintentionally create separation. Instead, flexible design can benefit many learners while allowing individual adjustments when needed.
Predictability Can Support Participation
Transitions are part of the environment too. Children may find it easier to participate when they understand what is happening, what comes next and how they can move between activities. Visual schedules, consistent routines and clearly defined spaces can help some learners understand expectations and navigate change.
But predictability should not become rigidity. A strong environment can provide enough structure to make participation easier while retaining opportunities for agency, play, curiosity and exploration.
Movement Is Not the Opposite of Learning
A common classroom assumption is that learning requires children to sit still. For many learners, movement is part of how they engage. Brain-SET encourages educators to consider movement as one of the environmental conditions that can be intentionally supported.
This does not mean that every child should be moving all the time. It means that classrooms can provide purposeful opportunities for movement without treating movement itself as a problem.
What Does a Neurodiversity-Aware Classroom Look Like?
There is no universal checklist, but educators can ask useful questions:
- Can children access learning materials without unnecessary adult assistance?
- Are there options for different group sizes and levels of social interaction?
- Can learners find spaces with different sensory qualities?
- Are visual cues clear without creating unnecessary visual clutter?
- Can movement be accommodated as part of learning and participation?
- Are transitions predictable enough to support children who need more preparation?
- Are individual strengths, preferences and communication styles considered?
These questions turn inclusion into an environmental practice rather than something added after a classroom has already been designed.
The Importance of Observation
One of the most powerful tools available to educators is observation. Instead of assuming why a child behaves a certain way, look at what happens immediately before, during and after an activity.
Does participation change when the room becomes noisier? Does a child engage more deeply when resources are accessible? Does a visual cue reduce uncertainty? Does a smaller group change communication? Does a different seating position alter concentration?
Observation does not replace professional assessment or individual support. It simply gives educators useful information about how the environment may be interacting with the learner. For neurodivergent learners, this observation can help educators identify environmental patterns that may be supporting or creating barriers to participation.
Brain-SET and Neurodivergent Learners
Neurodivergence is one of the areas that has influenced the evolution of Brain-SET. Kathryn’s broader body of work brings together educational experience with research and emerging understanding of nervous-system and neurodivergent experience.
The Brain-SET approach does not claim that environment design alone resolves neurodivergent support needs. Rather, it gives educators another lens through which to consider barriers, strengths, participation and the conditions in which learning takes place.
Explore how Brain-SET works to see how environment, teaching practice and professional support are connected.
A More Inclusive Environment Can Benefit Everyone
Inclusive design often produces benefits beyond the learner it was initially intended to support. Clearer routines can help everyone. Better acoustics can help everyone. Accessible resources can increase independence for many children. Flexible spaces can support different group activities.
This is why inclusive environment design should not be framed as creating special spaces for a small group. It is about making everyday environments more responsive to human variation.
For Educators in Australia
For early childhood educators and schools in Australia, including teams in Queensland and the Sunshine Coast, neurodiversity-aware environment design can become part of regular reflective practice. Rather than waiting until a problem becomes significant, teams can build observation, sensory awareness and flexibility into their normal approach to environment review.
That aligns closely with the Brain-SET philosophy: notice what is happening, understand the people involved, make purposeful changes and keep learning from the environment.
Avoiding the One-Size-Fits-All Sensory Classroom
One of the easiest mistakes in sensory-aware design is to assume that a particular feature is universally calming. A dim room may be comfortable for one learner and unhelpful for another. Background music may be enjoyable to one child and distracting to another. A textured resource may invite exploration for one learner and create discomfort for someone else.
The answer is not to remove every sensory feature. It is to create choice, observe individual responses and avoid designing around assumptions.
Ask the Learner and the People Who Know Them
Where appropriate, educators should involve children, families and relevant professionals in understanding individual needs. The child may communicate preferences directly. Families may know patterns that are not visible in a classroom. Specialist professionals may provide information relevant to an individual support plan.
Brain-SET does not replace specialist assessment or intervention. Its contribution is environmental thinking: asking what the setting can do to reduce unnecessary barriers and create more ways to participate.
Inclusive Design Is an Everyday Practice
The strongest inclusion is often visible in ordinary routines. Children can find what they need. They know where they are going. They can move without being repeatedly redirected. They have ways to communicate. They can choose among meaningful activities. They can participate with peers in ways that work for them.
These are not separate “neurodiversity features”. They are characteristics of thoughtful learning environments that can support many children.
Start With Strengths
A neurodiversity-aware approach also asks what a learner enjoys, notices, communicates and does well. Environment design can then be used to create more opportunities for those strengths to become part of participation and learning.
This shifts the conversation from “How do we manage this child?” to “What conditions help this child participate?” It is a more constructive starting point for educators, families and teams. For neurodivergent learners, this kind of everyday flexibility can make participation more accessible without requiring the environment to become a separate or specialised space.
Conclusion: Design for Human Variation
Neurodivergent learners remind us of something important: there is no such thing as a completely neutral environment. Spaces affect people differently. The task is not to eliminate every sensory or environmental difference. It is to create enough flexibility, clarity and choice for more learners to participate meaningfully.
Brain-SET brings this thinking into a broader pedagogy that connects learning environment design with child development, relationships, regulation and teaching practice. That makes neurodiversity not a separate add-on, but part of a more thoughtful approach to designing environments for real human beings.