“It doesn’t matter how slowly a child learns, as far as we encourage them not to stop.”
– Academician & Author Robert John Meehan
In conventional forms of schooling, teachers typically deliver instructions and explanations, while students listen from their desks. Learning is then evaluated through assignments and tests, which are intended to measure how much students have understood. Over time, we have come to accept this approach as the most effective form of education- one that supposedly engages and develops all the faculties of a child. But does it really?
Let’s explore this more deeply.
In today’s educational landscape, the primary emphasis is placed on :
- Reading: a skill that helps children comprehend and make sense of the world around them
- Writing: a skill that enables effective communication in various forms, such as expression, persuasion and debate
- Mathematics: an ability that allows children to understand their physical world through logic, patterns and measurable attributes
While these skills are undeniably important, years of global research and studies by experts in experiential learning suggest that the current education system is not fully comprehensive. In many cases, only 20% to 50% of a child’s potential abilities are actively explored. The extent of this utilization often depends on how well a child’s learning orientation aligns with the teaching style and teacher-centered instructional methods employed within a school.
So, if a child learns slowly or shows disinterest in certain disciplines, it may be due to multiple underlying factors that place them at a disadvantage. To recognize and understand these patterns in children, it is important to examine a few key elements that strongly influence a child’s ability to learn:
- Beliefs that shape a child’s learning orientation
- The child’s cognitive development milestones
- How a child internalizes & transforms knowledge
- The importance of an appropriate Learning space
Beliefs Formed in Early Years:
A child’s development from infancy through adulthood unfolds across multiple dimensions of experience and understanding. These experiences become ingrained through reflection and action, meaning that a child’s growth is shaped by the continuous interaction between the child and the ecosystem they are exposed to.
Beliefs formed during early childhood often act as a child’s internal reference points or “truths.” During these early years, brain activity tends to operate in slower, more relaxed wave patterns, which support heightened absorption of information, imagination and creativity. As children grow, brain activity gradually matures and shifts toward faster, more focused patterns that support analysis, reasoning and critical thinking.
Analytical abilities typically begin to develop more strongly around the age of seven. Before this stage, children tend to absorb information largely based on emotional experience and sensory perception, rather than logical evaluation. Much of what they encounter during this period can therefore shape their emerging belief systems. These early beliefs can significantly influence a child’s behaviour, learning patterns and approach to life, often operating beneath conscious awareness.
Cognitive Development in Children:
Over the years, child psychologists across the world have explored numerous studies and models to understand cognitive development and learning milestones in children.
Among many studies, psychologist Piaget’s age-wise four-stage framework offers a clear and accessible foundation for understanding cognitive growth. While Piaget’s model presents development as largely linear, insights from experiential learning theory suggest the need for a more integrated and holistic approach to child development. Drawing from both perspectives allows parents and educators to facilitate a more transformational and balanced development in children.
First Stage (Approx 0 to 2 years): This is the sensory-motor stage, during which children learn primarily through touch, movement and direct sensory engagement with their environment. At this stage, the ecosystem plays a crucial role in providing rich, uninhibited experiences that help children form early ideas about the world.
During infancy, the brain predominantly produces delta waves, which are associated with deep sleep and foundational learning processes.
Highlights: –
- Delta waves support deep rest and essential neural development, facilitating integration between the body and the brain through the formation of somatosensory patterns.
- Somatosensory patterns help the brain integrate information from touch, movement and bodily sensations, allowing the child to make sense of their physical presence in the world.
- By around two years of age, a child’s attention span typically increases, allowing them to remain focused on an activity for approximately 4 to 6 minutes without losing attention, an important milestone for early learning and cognitive development.
The Second Stage of Cognitive Growth is (2 – 6 years),
Between the ages of two and six, children move beyond pure sensory experience and begin to develop a reflective orientation towards the world around them. They also demonstrate an accommodative approach to new experiences, actively interacting with their environment.
During this phase, brain activity gradually shifts from delta to theta waves and the child’s subconscious mind remains highly active.
“May we raise children
who love the unloved things –
the dandelion, the worms & spiderlings.
Children who sense
the rose needs the thorn
& run into rain-swept days
The same way they
Turn towards sun.. “~Nicolette Sowder (Poet & Creator of Wild Schooling)
At this stage, children primarily learn through feelings and emotions generated by experiences. These emotional impressions, pleasant or otherwise, are stored as memories, forming mental representations of the world. As a result, this phase is often referred to as the representational stage.
Highlights: –
- Aesthetic and sensory experiences during this stage have far-reaching implications, shaping neural networks that influence creativity later in life.
- Aesthetics play a powerful role in imagination and are foundational to creative thinking.
- High synaptic plasticity during this phase means learning is strongly influenced by the richness of exposure.
- The brain responds especially well to metaphors and visual representations, making sensory experiences critical for faster learning in later stages.
Third Stage OR Concrete Operational Stage (7 to 11 years) – During this stage, children begin to rely on relative and conceptual learning, using logic, comparisons and established ideas to understand experiences. Learning becomes more assimilative as children connect new information to existing mental frameworks.
Key capacities such as planning, reasoning, language proficiency and social skills develop significantly during this phase. Fine motor skills – such as writing and drawing also mature. The analytical brain strengthens and a clearer boundary begins to form between the conscious and subconscious mind.
Brain activity shifts from theta to alpha waves, indicating increased cognitive control and refinement of emotional intelligence (EQ) as the child becomes better able to interpret events in their environment.
“So often, children are punished for being human. Children are not allowed to have grumpy moods, bad days, disrespectful tones, or bad attitudes, yet we adults have them all the time”
~ Rebecca Eanes (Author of Positive Parenting)
Children at this age develop better emotional regulation, self-control, empathy and social awareness. With appropriate guidance, they also grow more independent and responsible.
Highlights: –
- Despite their energy and distractibility, this is a critical period to observe a child’s interests through salience—the brain’s ability to focus intensely on something meaningful.
- High-salience experiences trigger neurotransmitters such as dopamine and norepinephrine, increasing synaptic plasticity and strengthening memory formation.
- These moments often reveal a child’s unique interests or strengths, which, when nurtured, can significantly boost confidence, motivation and self-esteem.
Fourth Stage (12-15) Or Formal Operational Stage –
This stage marks the development of symbolic thinking and abstract reasoning. Children become more action-oriented and eager to experiment with theories and concepts they have accumulated over time.
Learning often takes a convergent approach, though a supportive ecosystem can also encourage accommodative and exploratory learning. Children begin using symbolic associations to form new ideas, beliefs and worldviews. This is the age where creative identities begin to emerge – poets, musicians, explorers, engineers and innovators take shape in the mind.
Children become aware of their creative energy and increasingly seek ways to express it, often beginning to envision future paths or careers.
Highlights:
Abstract & Symbolic Thinking Emerges: Children develop an ability to think beyond the concrete, using symbols, theories and hypothetical reasoning to understand complex ideas and systems.
Creative Identity & Self-Expression Take Shape: This stage sparks growing awareness of personal creativity, leading children to explore artistic, scientific and innovative forms of expression and to imagine future roles or careers.
Theory-Driven Exploration & Meaning-Making: Learners become eager to test ideas, question assumptions and connect concepts, forming beliefs, values and worldviews through experimentation and reflection.
Linking Cognitive Development to Learning Ability
Understanding cognitive development milestones helps us recognize that learning ability is not fixed and as discussed in earlier blogs, learning speed is not a universal measure of intelligence. A child’s pace of learning is deeply influenced by the developmental stage of the brain, the nature of experiences they are exposed to and the learning space that surrounds them. What may appear as slowness in learning is often a misalignment between the child’s developmental readiness and the way learning is being presented, rather than a lack of capability. When children are supported in ways that respect their cognitive stage and individual learning orientation, they are far more likely to internalize knowledge meaningfully, build confidence and reach their full potential over time.
In the next section, we will examine more closely the learning process itself and the factors that enable children to internalize information effectively.
(Will discuss more on how kids process or internalize knowledge and how it could vary when it comes to quickness in learning in the second part of this blog)