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MAIN STAGES OF IMPROVING COGNITIVE COMPETENCE
Khalilova Aziza Erkindjonovna
master of KIMYO International University of Tashkent,
Samarkand branch.
ABSTRACT
Improving cognitive competence refers to enhancing an individual’s ability to
think, reason, learn, and solve problems more effectively. Cognitive competence
encompasses a broad range of intellectual skills such as memory, attention, problem-
solving, decision-making, and learning. This improvement can be a lifelong process
that takes place in various stages, from early childhood development to adulthood.
Keywords
: cognitive competences, primary education, critical thinking, problem-
solving, teaching strategies.
The main stages of improving cognitive competence can be divided into the
following categories:
1. Early Childhood Development (0–5 Years)
The development of cognitive competence starts from birth and continues rapidly
during early childhood. Cognitive abilities during this stage are highly influenced by
sensory experiences and environmental stimuli. Key aspects include:
• Sensory-Motor Development: According to Jean Piaget’s theory of cognitive
development, infants and toddlers engage with the world through their senses and
motor actions. In this phase, children develop object permanence, the ability to
understand that objects continue to exist even when they are not visible. This forms the
foundation for more complex cognitive tasks.
• Language Acquisition: As children interact with their environment, they start to
acquire language skills, which are essential for cognitive development. Language
acquisition enhances their ability to think abstractly and solve problems. (Piaget,
J.1952).
2. Elementary and Middle School Years (6–12 Years)
Cognitive competence further develops during the elementary and middle school
years. This is when children become capable of more abstract thinking, problem-
solving, and logical reasoning. Key developments include:
• Concrete Operational Stage: As Piaget described, children in this stage start to
understand concrete events and solve problems logically. They develop the ability to
classify objects, understand cause-and-effect relationships, and solve math problems
mentally.
• Memory and Learning Strategies: At this stage, children start to develop
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strategies for remembering information, such as rehearsal, chunking, and using
mnemonic devices. These strategies improve their learning abilities. (Siegler, R. S.
2005).
3. Adolescence (13–18 Years)
Adolescence marks a period of significant cognitive growth. In this stage, the
brain undergoes restructuring, and individuals become capable of more complex,
abstract, and hypothetical thinking. Key developments include:
• Formal Operational Stage: Piaget’s formal operational stage is characterized by
the ability to think about abstract concepts and hypothetical situations. Adolescents
begin to use deductive reasoning, form hypotheses, and consider multiple perspectives
simultaneously.
• Metacognition: Adolescents start to develop metacognitive abilities, which
involve being aware of their thinking processes. They learn to monitor their problem-
solving approaches and adjust strategies based on feedback, leading to more efficient
learning and thinking.
• Cognitive Self-Regulation: At this stage, adolescents develop better control
over their attention, impulse control, and problem-solving approaches. These are
essential skills for managing academic and social challenges. (Vygotsky, L. S. 1978).
4. Young Adulthood (19–35 Years)
During young adulthood, cognitive competence stabilizes and reaches its peak.
Cognitive processes like memory, reasoning, and problem-solving abilities remain
strong, although continuous improvement is possible. Key developments include:
• Crystallized Intelligence: This refers to the accumulation of knowledge and
expertise gained over time. Young adults often refine their skills and can solve
problems more efficiently using knowledge from prior experiences.
• Fluid Intelligence: While fluid intelligence, the ability to solve novel problems
quickly, may decline slightly with age, cognitive competence remains highly
adaptable. Young adults often engage in complex cognitive tasks like strategic
planning and critical thinking in both academic and professional settings. (Baltes, P. B.
2000).
5. Middle Adulthood (36–65 Years)
Cognitive competence in middle adulthood may involve both challenges and
opportunities. While some cognitive functions such as processing speed may decline,
other abilities improve. Key developments include:
• Mature Problem-Solving: Individuals in middle adulthood often develop
expertise in specific areas, leading to more efficient decision-making and problem-
solving. They rely on accumulated experience and knowledge to navigate complex
situations. (Schaie, K. W. 2005).
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• Fluid Intelligence Decline: Some studies indicate that fluid intelligence (the
ability to solve novel problems) may show slight declines in middle adulthood.
However, individuals may compensate for this decline by leveraging their experience
and crystallized intelligence.
6. Late Adulthood (65+ Years)
Late adulthood involves changes in cognitive competence due to age-related
decline, but many aspects of cognitive ability remain intact. Key developments include:
• Cognitive Aging: In late adulthood, cognitive decline is often linked to slower
processing speed, memory lapses, and reduced fluid intelligence. However,
crystallized intelligence and practical problem-solving abilities often remain stable or
even improve with age.
• Maintaining Cognitive Health: Cognitive competence can be maintained or
improved with strategies like lifelong learning, physical activity, and social
engagement. (Salthouse, T. A. 2009)
Programs focusing on cognitive training can help reduce cognitive decline and
promote mental fitness.
7. Lifelong Learning and Cognitive Rehabilitation
Throughout life, cognitive competence can continue to be developed. Cognitive
training, mental exercises, and continued learning can support the maintenance or
enhancement of cognitive abilities. Key strategies include:
• Neuroplasticity: The brain’s ability to reorganize and form new neural
connections can help improve cognitive function at any age. Activities like reading,
playing instruments, and engaging in puzzles or games can stimulate brain activity.
• Cognitive Rehabilitation: For individuals experiencing cognitive decline,
cognitive rehabilitation programs can improve memory, attention, and executive
function, even in older age.
CONCLUSION
Improving cognitive competence is a dynamic and continuous process that spans
across the lifespan. From the rapid development of cognitive skills in early childhood
to the maintenance of cognitive function in late adulthood, there are numerous stages
at which cognitive competence can be enhanced. With a focus on lifelong learning,
neuroplasticity, and cognitive rehabilitation, individuals can optimize their cognitive
abilities throughout their lives.
REFERENCES:
• Baltes, P. B., & Staudinger, U. M. (2000). Wisdom: A Metaheuristic
(Pragmatic) to Orchestrate Mind and Virtue Toward Excellence. American
Psychologist.
• Green, C. S., & Bavelier, D. (2003). Learning, Attentional Control, and Action
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Video Games. Current Biology.
• Piaget, J. (1952). The Origins of Intelligence in Children. International
Universities Press.
• Schaie, K. W. (2005). Developmental Influences on Adult Intelligence: The
Seattle Longitudinal Study. Oxford University Press.
• Siegler, R. S., & Alibali, M. W. (2005).
Children’s Thinking: The Development of Cognition. Prentice Hall.
• Salthouse, T. A. (2009). When Does Age-Related Cognitive Decline Begin?.
Neurobiology of Aging.
• Vygotsky, L. S. (1978). Mind in Society: The Development of Higher
Psychological Processes. Harvard University Press.
