Assessing Neuromotor Readiness for Learning by Sally Goddard Blythe
Looking beyond academic readiness to the developmental foundations of learning
Essential Reading | October 2026
When a child begins school, attention is usually focused on what they can already do.
Can they recognise letters and numbers? Can they communicate their needs? Can they follow instructions? Can they sit at a table, hold a pencil and participate in classroom activities?
These are important questions. But they are not the whole picture.
In Assessing Neuromotor Readiness for Learning, Sally Goddard Blythe proposes another question:
Is the child's nervous system sufficiently mature and organised to support the demands of formal learning?
This question sits at the heart of the developmental approach to education and provides an important context for understanding the relationship between movement, neurological maturation and learning.
The book is particularly relevant to professionals working with children during the transition into formal education because it challenges the assumption that school readiness can be assessed adequately through cognitive and academic skills alone.
What do we mean by "school readiness"?
School readiness is often understood in terms of intellectual, language, social and emotional development.
A child may be considered ready if they can listen to a story, recognise some letters, count, communicate effectively and manage basic classroom routines.
Yet learning also places considerable physical demands on the developing child.
A child needs to be able to maintain a stable posture while sitting. They need sufficient control of the head, eyes and body to orientate towards the teacher or task. They need to coordinate both sides of the body and develop increasingly refined control of the hands.
They need to move through space, maintain balance and adapt their movements to changing circumstances.
These processes are not separate from learning.
They form part of the developmental platform from which learning takes place.
Goddard Blythe's work therefore introduces the concept of neuromotor readiness: the extent to which a child's neurological and motor development provides an adequate foundation for the demands of formal education.
Development precedes performance
A central principle underlying the INPP perspective is that development follows a sequence.
Early automatic movement patterns emerge before voluntary control. Primitive reflexes support early survival and movement, while postural reflexes and reactions develop as the infant gains increasing control of the head, trunk and limbs.
Through interaction with the environment, movement becomes progressively more purposeful and coordinated.
This progression does not happen independently of sensory development. Vision, vestibular function, proprioception, touch and other sensory systems provide information that the developing nervous system must organise in order to produce appropriate movement.
Over time, increasingly sophisticated motor control becomes available.
The child can sit, stand, walk, run, manipulate objects, coordinate the hands and eyes, and maintain postural stability while performing another task.
This developmental sequence is important when considering education because classroom learning places demands on precisely these systems.
The child who cannot sit still
Consider the familiar classroom instruction:
"Sit still and listen."
From an educational perspective, this appears straightforward.
From a developmental perspective, it is anything but simple.
Maintaining a seated position requires continuous postural adjustments. The child must maintain the head and trunk against gravity while simultaneously directing the eyes and attention towards the relevant stimulus.
If postural control is inefficient, maintaining this position may require greater conscious effort.
A child who appears restless may therefore not necessarily be choosing to be inattentive.
Movement may be serving a regulatory or postural function.
This does not mean that restlessness is always caused by neuromotor immaturity. Attention, temperament, emotional state, environment, sleep, sensory factors and neurodevelopmental differences can all influence classroom behaviour.
The point is that movement should not automatically be interpreted as a behavioural problem without considering its developmental context.
This is one of the most useful perspectives offered by neuromotor assessment.
What does assessment add?
The purpose of neuromotor assessment is not to label children.
It is to identify patterns.
A developmental assessment may consider aspects such as:
primitive reflex activity;
postural control;
balance;
coordination;
laterality;
motor planning;
visual-motor function;
gross and fine motor skills;
and the child's ability to organise movement efficiently.
The significance lies in the pattern rather than in any single finding.
A child may demonstrate difficulties in several related areas, suggesting that the underlying issue deserves further investigation.
Equally, a child may have a particular reflex finding without any meaningful functional difficulty.
This is an important distinction when interpreting the literature.
Primitive reflexes: indicators, not diagnoses
One of the areas most closely associated with Goddard Blythe's work is the assessment of primitive reflexes.
Primitive reflexes are automatic movement responses that are part of early neurological development. As voluntary motor control develops, these early patterns normally become inhibited or integrated into more mature motor systems.
The question addressed by developmental assessment is whether aspects of these early patterns remain unusually active beyond the period in which they would normally be expected to have diminished.
However, a reflex finding should not be treated as a diagnosis.
Nor should the presence of a retained reflex automatically be interpreted as the cause of a child's reading difficulty, attention problem or behavioural presentation.
The more appropriate interpretation is that reflex activity can form one component of a broader developmental profile.
This distinction becomes increasingly important as interest in reflex integration grows.
The importance of balance
Balance provides another useful illustration of the relationship between physical development and learning.
Maintaining equilibrium requires the nervous system to integrate information from several sources, including the vestibular system, vision and proprioceptive information from muscles and joints.
A child who has difficulty maintaining balance may also demonstrate differences in coordination, motor confidence or spatial organisation.
Again, this does not mean that poor balance causes learning difficulties.
Rather, it demonstrates the interconnected nature of development.
The developing nervous system does not build separate systems for "movement" and "learning". Different functional systems develop in interaction with one another.
This is why developmental assessment needs to look at the child as a whole.
Readiness is not a fixed state
Another important implication is that neuromotor readiness should not be understood as a simple pass-or-fail test.
Development is dynamic.
Children mature at different rates, and developmental variation is considerable during the early years.
A child who appears immature in one area at four years old may develop rapidly over the following two years. Conversely, a child may enter school appearing academically capable but later struggle when the physical and cognitive demands of classroom learning increase.
This helps explain why some difficulties become more apparent with age.
The demands placed upon the child change.
As children progress through school, they are expected to sit for longer, write more rapidly, read increasingly complex material, copy from a board, organise their work and manage multiple streams of information.
The underlying developmental foundations therefore continue to matter even after the child has entered formal education.
What does the wider evidence tell us?
Since the publication of Goddard Blythe's earlier work, research into motor development and learning has expanded.
There is now substantial evidence that motor development is associated with broader aspects of children's development, including executive function, language, academic performance and participation.
Research specifically concerning primitive reflexes remains less extensive and more heterogeneous.
A systematic review of primitive reflexes and motor or cognitive outcomes in children found evidence of associations but also highlighted limitations in the available research, including differences in assessment methods and study design.
More recent reviews have continued to identify potentially meaningful relationships between persistent primitive reflex activity and aspects of motor and cognitive performance, while emphasising the need for higher-quality research.
This is an important position for professionals to maintain.
The evidence supports continued investigation of the relationship between neuromotor development and learning.
It does not justify reducing complex learning difficulties to a single neurological mechanism.
From assessment to intervention
Assessment is only useful if it informs what happens next.
One of the distinctive features of the INPP approach is the use of a developmental movement programme following assessment where appropriate.
The underlying rationale is that repeated, controlled movement experiences may provide opportunities to develop more mature patterns of postural and motor control.
However, intervention should always be considered within the context of the individual child.
Developmental movement programmes are not a replacement for teaching.
A child who has dyslexia still needs appropriate literacy teaching. A child with a visual difficulty needs appropriate assessment and support. A child with a developmental condition may require specialist multidisciplinary input.
Neuromotor intervention should therefore be viewed as potentially addressing developmental foundations, rather than as an alternative explanation or treatment for every learning difficulty.
Why this matters for schools
The concept of neuromotor readiness has particular relevance to schools because education increasingly asks children to perform tasks that require sustained physical organisation.
Consider handwriting.
A child must stabilise the body, control the shoulder and arm, coordinate the hand and fingers, guide the eyes and simultaneously generate symbols according to a learned motor pattern.
Reading similarly involves much more than recognising words. Visual information must be processed while the eyes move accurately across a page and attention is maintained over time.
Classroom learning is therefore an inherently embodied activity.
This does not diminish the importance of cognitive development.
It demonstrates that cognition operates through a developing body and nervous system.
A critical perspective
There is an understandable attraction to the concept of neuromotor readiness because it provides a coherent explanation for behaviours that can otherwise be difficult to understand.
But coherence is not the same as proof.
A professional approach requires us to resist the temptation to make every developmental observation fit a single model.
Children's difficulties are often multifactorial.
Genetics, environment, educational experience, sensory development, emotional wellbeing, sleep, health, language, cognition and neurological development can all interact.
The strength of developmental assessment is therefore greatest when it adds information rather than replaces other forms of assessment.
This is also where the wider research agenda becomes important.
The field needs studies that can establish more clearly which developmental characteristics are associated with which functional outcomes, which children are most likely to benefit from intervention, and which changes are sustained over time.
Why this book remains relevant
Although the language and research landscape surrounding child development continue to evolve, the central question posed by Assessing Neuromotor Readiness for Learning remains highly relevant.
Before asking what a child is failing to achieve, we should ask what developmental foundations are required for that achievement.
Before interpreting movement as behaviour, we should consider what the movement may be telling us.
Before assuming that a child is simply unwilling or unable to concentrate, we should consider whether maintaining the physical organisation required for classroom participation is itself demanding.
And before deciding that a child is "not ready", we should ask what readiness actually means.
These are useful questions regardless of professional discipline.
Our view
At INPP UK, we regard Assessing Neuromotor Readiness for Learning as an important contribution to the developmental understanding of school readiness.
Its enduring contribution is the insistence that learning cannot be considered independently of development.
The book provides a framework for observing the relationship between early motor development, postural control, sensory function and the demands of education. It also provides the conceptual foundations for the INPP approach to assessment and developmental movement intervention.
At the same time, the book should be read within the wider scientific literature.
The evidence base continues to develop, and important questions remain unanswered. Associations between neuromotor characteristics and learning outcomes should not be confused with simple causal relationships, and developmental assessment should never be used to assign a single explanation to a complex presentation.
For INPP UK, this is precisely why continued engagement with research is important.
Neuromotor development deserves a place in the conversation about learning—not because it explains everything, but because it may explain something that has historically been overlooked.
A child does not arrive at the classroom as a disembodied learner.
They arrive with a developing nervous system, a developing body and a developmental history.
Understanding that foundation may help us understand the learner.
About the author
Sally Goddard Blythe MSc is Director of the Institute for Neuro-Physiological Psychology (INPP). Her work has focused on neuromotor development and its relationship to learning, behaviour and educational performance. Her publications include The Well Balanced Child, Attention, Balance and Coordination, Movement: Your Child's First Language and Reflexes, Movement, Learning & Behaviour.
Essential Reading
Essential Reading is INPP UK's professional reading series examining publications that have contributed to our understanding of neuromotor development, movement, learning and behaviour.
The series considers influential texts in their historical context while also asking how their ideas sit alongside the developing evidence base.
Next in the series:The Well Balanced Child by Sally Goddard Blythe.