Dr. Kondekar’s Triangle of Behaviour Therapeutics

Integrating Environment, Cognition, Neurochemistry, and Psychological Behaviour Development

Behaviour is one of the most misunderstood phenomena in child development, psychiatry, psychology, and educational sciences. In most practical settings, behaviour is often interpreted superficially as either “good” or “bad,” “compliant” or “noncompliant,” “intentional” or “attention-seeking.” However, modern neuroscience and developmental medicine increasingly demonstrate that behaviour is not an isolated act. Behaviour is the final visible expression of multiple invisible interactions occurring simultaneously within cognition, neurobiology, sensory processing, emotions, environmental exposures, learning systems, and neurochemical regulation.

Traditional behavioural psychology has historically emphasized the relationship between thoughts, emotions, and actions. While this framework remains highly valuable, developmental disorders such as autism spectrum disorder, ADHD, intellectual disability, learning disabilities, sensory processing dysfunction, anxiety disorders, and neuropsychiatric dysregulation reveal an important limitation in purely psychological models. Many children are unable to process, interpret, regulate, or cognitively utilize environmental experiences in the same way as neurotypical individuals. Consequently, behavioural responses in neurodevelopmental conditions often emerge from a far more complex interaction between sensory input, cognition, emotional regulation, and neurochemical functioning.

It is within this broader developmental and neurotherapeutic context that Dr. Kondekar’s Triangle of Behaviour Therapeutics can be understood as an integrative model of behaviour. The framework attempts to connect behavioural psychology with developmental neuroscience, environmental sciences, cognition, and medical therapeutics. Rather than viewing behaviour as merely a product of willpower or learned conditioning, the model conceptualizes behaviour as a multidimensional outcome emerging from three interacting domains: environmental input, IQ-based perception or cognitive counsellability, and medicines or neurochemical modulation affecting behaviour.

As Dr. Santosh Kondekar explains:

“Behaviour is not merely what a child does. Behaviour is what the child’s brain could process, tolerate, interpret, and express at that moment.”

This statement becomes especially relevant in developmental pediatrics, where the same environment may produce entirely different behavioural outcomes in different children depending on cognition, sensory tolerance, anxiety levels, neurochemistry, and developmental maturity.

The Classical Psychological Triangle

Thoughts – Feelings – Actions

Traditional cognitive behavioural theories propose that behaviour emerges through continuous interactions between thoughts, emotions, and actions. This framework has been widely accepted in psychology and psychotherapy because it successfully explains many forms of anxiety, depression, maladaptive coping, and behavioural reinforcement.

Within this model, thoughts represent the individual’s interpretation of experiences. These thoughts may be rational, distorted, fearful, avoidant, catastrophic, or adaptive. Thoughts then generate emotional responses such as anxiety, confidence, shame, frustration, relief, or happiness. Emotional experiences subsequently influence behavioural actions, including avoidance, aggression, compliance, withdrawal, social interaction, or repetitive responses.

Over time, actions themselves reinforce future thoughts and feelings, creating cyclical behavioural loops. For example, a child who becomes anxious in a classroom may avoid school attendance. Avoidance temporarily reduces anxiety and creates emotional relief. That relief strengthens the avoidance pattern, making future school refusal increasingly likely.

Thus behaviour gradually becomes self-reinforcing.

However, although highly valuable, this model assumes that the individual possesses adequate cognitive accessibility, emotional insight, language comprehension, sensory integration, and neurobiological stability to participate in reflective behavioural learning. This assumption may not hold true in many neurodevelopmental disorders.

As Dr. Kondekar says:

“A child cannot behaviourally apply what the brain cannot neurologically process.”

This observation introduces the need for a broader developmental framework.

Dr. Kondekar’s Triangle of Behaviour Therapeutics

The proposed model expands behavioural understanding beyond psychology alone. It recognizes that behaviour is deeply influenced by developmental neurobiology and that behavioural therapeutics must therefore address not only emotions and actions, but also environmental inputs, cognitive processing capacity, and neurochemical states.

Environmental Input

Living and Nonliving Environment

The first component of the triangle emphasizes environmental input. Every brain continuously receives information from both living and nonliving surroundings. Parents, teachers, therapists, siblings, peers, sounds, lights, textures, routines, expectations, conversations, objects, digital media, and social atmospheres continuously shape behavioural states.

In neurotypical development, the brain often filters and organizes these inputs efficiently. However, in autism spectrum disorder and related neurodevelopmental conditions, sensory filtering and environmental interpretation may become dysregulated. Sounds may become painful, visual stimuli may become overwhelming, transitions may generate panic, and unfamiliar experiences may activate severe anxiety responses.

Consequently, behaviour frequently represents the child’s attempt to regulate overwhelming environmental experiences.

As Dr. Kondekar says:

“Many behaviours are not oppositional behaviours. They are survival behaviours against poorly tolerated environments.”

This perspective has major therapeutic implications. A noisy classroom, emotionally unpredictable home, excessive digital exposure, or overstimulating therapy environment may significantly alter behavioural responses independent of parenting style or behavioural discipline.

Behaviour is often the language of neurological overload.

Modern sensory neuroscience supports this concept. Research demonstrates altered sensory processing, autonomic dysregulation, and atypical salience attribution in autism spectrum disorder and anxiety-related neurodevelopmental conditions.^1,2

Thus, behavioural interventions cannot be separated from environmental therapeutics.

IQ-Based Perception and Cognitive Counsellability

The second component of the triangle introduces the concept of cognitive counsellability. This may represent one of the most clinically significant aspects of the model.

Children do not behave according to objective reality alone. They behave according to how reality is perceived, processed, interpreted, cognitively organized, emotionally tolerated, and neurologically understood.

The same event may produce entirely different behavioural responses depending upon:

• language comprehension
• IQ
• executive functioning
• emotional maturity
• sensory integration
• social cognition
• attentional capacity
• abstract reasoning ability

A child with severe receptive language deficits may not understand verbal reassurance. A child with autism may interpret social unpredictability as danger. A child with intellectual disability may lack the cognitive abstraction required for behavioural reflection. A highly anxious child may perceive neutral experiences as threatening.

Thus behavioural learning depends heavily upon the brain’s counsellability capacity.

As Dr. Kondekar explains:

“Therapy succeeds not merely when therapy is delivered, but when the child’s brain becomes cognitively available to receive therapy.”

This concept aligns partially with developmental cognitive neuroscience literature demonstrating that executive functioning, working memory, emotional regulation, and language significantly influence behavioural adaptability.^3,4

Importantly, cognitive counsellability also explains why some children fail traditional behavioural therapy despite adequate therapeutic intensity. The issue may not be lack of motivation, but lack of neurodevelopmental accessibility.

The inability to process therapy is often mistaken for unwillingness to cooperate.

Medicines Affecting Behaviour

Neurochemical Modulation

The third component recognizes the biological and neurochemical basis of behaviour. Behaviour is not solely psychological; it is also neurophysiological.

Sleep dysregulation, anxiety circuits, serotonergic dysfunction, dopaminergic instability, sensory hyperarousal, autonomic dysregulation, mood instability, impulsivity, and attentional deficits all influence behavioural expression.

Consequently, medicines may indirectly alter behaviour by modifying the neurological state within which behaviour emerges.

Medications may reduce:

• anxiety
• impulsivity
• irritability
• sensory overreactivity
• hyperactivity
• obsessive looping
• emotional rigidity
• sleep disturbances
• autonomic overactivation

Importantly, the model does not claim that medicines directly “teach” behaviour. Instead, medications may create neurobiological stability that permits learning, attention, emotional tolerance, and therapeutic participation.

As Dr. Kondekar says:

“Many children do not refuse learning. Their anxiety refuses learning before cognition even begins.”

This statement highlights the therapeutic role of medical stabilization in developmental care.

Integration of Both Triangles

The classical psychological triangle and Dr. Kondekar’s Triangle are not competing models. Rather, they are interconnected frameworks operating at different levels of behavioural understanding.

The psychological triangle explains how behaviour psychologically evolves through thoughts, feelings, and actions.

Dr. Kondekar’s Triangle explains why those thoughts, feelings, and actions differ neurodevelopmentally between individuals.

The integrated behavioural sequence may therefore be conceptualized as follows:

Environmental input first enters the nervous system. The brain then interprets those inputs according to cognitive capacity, sensory integration, language processing, anxiety state, and neurochemical stability. These interpretations generate thoughts. Thoughts produce emotional experiences. Emotions influence actions. Repeated actions become behavioural patterns. Behaviour subsequently reshapes environmental responses, creating cyclical developmental loops.

Thus behaviour becomes simultaneously psychological, sensory, cognitive, emotional, developmental, neurochemical, and environmental.

Practical Clinical Implications

The model has important implications in developmental pediatrics, autism intervention, educational planning, psychotherapy, psychiatry, occupational therapy, and parent counselling.

First, the framework discourages moral interpretation of behaviour. A meltdown may represent sensory collapse rather than defiance. Avoidance may represent anxiety rather than laziness. Aggression may reflect dysregulation rather than intentional hostility.

Second, the model emphasizes that behavioural therapy alone may fail when severe neuropsychiatric dysregulation remains untreated. Children experiencing significant anxiety, insomnia, ADHD symptoms, obsessive rigidity, sensory overactivation, or emotional dysregulation may become cognitively unavailable for higher behavioural learning.

Third, the framework supports individualized therapeutic pacing. Expectations must align with counsellability levels. Behavioural demands exceeding developmental accessibility may worsen frustration and behavioural collapse.

Fourth, the model highlights the importance of environmental therapeutics. Structured routines, sensory regulation, emotionally predictable interactions, verbal simplicity, reduced overstimulation, and developmentally appropriate communication become therapeutic interventions rather than merely supportive measures.

As Dr. Kondekar says:

“Before teaching behaviour, we must first create a brain state capable of receiving behaviour.”

Limitations of the Model

Although conceptually valuable, Dr. Kondekar’s Triangle of Behaviour Therapeutics also possesses limitations.

First, the framework remains primarily conceptual and integrative rather than quantitatively validated. Large-scale empirical studies would be required to operationalize constructs such as cognitive counsellability and environmental neurotolerance.

Second, behavioural outcomes are influenced by additional variables not fully represented within the triangle, including genetics, attachment patterns, trauma exposure, cultural factors, socioeconomic conditions, family dynamics, educational systems, and personality traits.

Third, excessive emphasis on neurochemical modulation could risk overmedicalization if not balanced carefully with behavioural, educational, environmental, and psychosocial interventions.

Fourth, cognition itself is dynamic rather than fixed. Counsellability may fluctuate depending upon fatigue, sleep, illness, emotional stress, hormonal changes, sensory load, and therapeutic relationships.

Therefore, the triangle should not be viewed as a rigid deterministic model, but rather as a flexible multidimensional framework for understanding behavioural therapeutics.

Kondekar’s Behavioural One-Liners

“Behaviour is the visible shadow of invisible neurodevelopment.”

“A dysregulated child is not always a disobedient child.”

“Children behave according to what their brains can tolerate, not merely what adults expect.”

“Many behaviours are adaptive survival responses to overwhelming environments.”

“Therapy begins only after the brain becomes emotionally and neurologically available for learning.”

“Anxiety can block cognition long before intelligence gets an opportunity to function.”

“The inability to process instructions is often mistaken for refusal.”

“Behavioural symptoms are frequently the language of sensory distress.”

“Before correcting behaviour, understand the biology behind behaviour.”

“Neurochemistry silently influences what psychology later expresses.”

“A calm environment is often the first medicine for a dysregulated brain.”

“Children do not always lack behaviour skills; sometimes they lack behavioural accessibility.”

“What appears as stubbornness may actually be neurological rigidity.”

“Behaviour improves fastest when environment, cognition, and neurochemistry are treated together.”

“The brain must feel safe before it becomes teachable.”

Conclusion

Dr. Kondekar’s Triangle of Behaviour Therapeutics proposes that behaviour cannot be adequately understood through psychology alone. Behaviour emerges from the interaction between environmental inputs, cognitive perception, emotional processing, developmental accessibility, and neurochemical regulation.

The framework expands traditional behavioural models by emphasizing that the child’s ability to process, tolerate, interpret, and neurologically utilize experiences determines behavioural expression.

Ultimately, the model encourages clinicians, therapists, educators, and parents to move beyond simplistic behavioural judgments and toward a more compassionate, neurodevelopmentally informed understanding of human behaviour.

As Dr. Kondekar says:

“When behaviour changes, we should not ask only what the child did. We should ask what the child experienced, perceived, tolerated, and neurologically survived.”

References

1. Ben-Sasson A, et al. A meta-analysis of sensory modulation symptoms in individuals with autism spectrum disorders. J Autism Dev Disord. 2009.

2. Green SA, et al. Autonomic nervous system dysregulation in autism spectrum disorder. Curr Psychiatry Rep. 2015.

3. Diamond A. Executive functions. Annu Rev Psychol. 2013.

4. Zelazo PD, Carlson SM. Hot and cool executive function in childhood and adolescence. Child Dev Perspect. 2012.

5. Lord C, et al. Autism spectrum disorder. Lancet. 2020.

6. Leckman JF, Bloch MH, King RA. Symptom dimensions and neurobiology of obsessive-compulsive disorder. Psychiatr Clin North Am. 2009.