critical thinking for babies

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Child cognitive development is a fascinating and complex process that entails the growth of a child’s mental abilities, including their ability to think, learn, and solve problems. This development occurs through a series of stages that can vary among individuals. As children progress through these stages, their cognitive abilities and skills are continuously shaped by a myriad of factors such as genetics, environment, and experiences. Understanding the nuances of child cognitive development is essential for parents, educators, and professionals alike, as it provides valuable insight into supporting the growth of the child’s intellect and overall well-being.

Throughout the developmental process, language and communication play a vital role in fostering a child’s cognitive abilities . As children acquire language skills, they also develop their capacity for abstract thought, reasoning, and problem-solving. It is crucial for parents and caregivers to be mindful of potential developmental delays, as early intervention can greatly benefit the child’s cognitive development. By providing stimulating environments, nurturing relationships, and embracing diverse learning opportunities, adults can actively foster healthy cognitive development in children.

Key Takeaways

• Child cognitive development involves the growth of mental abilities and occurs through various stages.
• Language and communication are significant factors in cognitive development , shaping a child’s ability for abstract thought and problem-solving.
• Early intervention and supportive environments can play a crucial role in fostering healthy cognitive development in children.

Child Cognitive Development Stages

Child cognitive development is a crucial aspect of a child’s growth and involves the progression of their thinking, learning, and problem-solving abilities. Swiss psychologist Jean Piaget developed a widely recognized theory that identifies four major stages of cognitive development in children.

Sensorimotor Stage

The Sensorimotor Stage occurs from birth to about 2 years old. During this stage, infants and newborns learn to coordinate their senses (sight, sound, touch, etc.) with their motor abilities. Their understanding of the world begins to develop through their physical interactions and experiences. Some key milestones in this stage include object permanence, which is the understanding that an object still exists even when it’s not visible, and the development of intentional actions.

Preoperational Stage

The Preoperational Stage takes place between the ages of 2 and 7 years old. In this stage, children start to think symbolically, and their language capabilities rapidly expand. They also develop the ability to use mental images, words, and gestures to represent the world around them. However, their thinking is largely egocentric, which means they struggle to see things from other people’s perspectives. During this stage, children start to engage in pretend play and begin to grasp the concept of conservation, recognizing that certain properties of objects (such as quantity or volume) remain the same even if their appearance changes.

Concrete Operational Stage

The Concrete Operational Stage occurs between the ages of 7 and 12 years old. At this stage, children’s cognitive development progresses to more logical and organized ways of thinking. They can now consider multiple aspects of a problem and better understand the relationship between cause and effect . Furthermore, children become more adept at understanding other people’s viewpoints, and they can perform basic mathematical operations and understand the principles of classification and seriation.

Formal Operational Stage

Lastly, the Formal Operational Stage typically begins around 12 years old and extends into adulthood. In this stage, children develop the capacity for abstract thinking and can consider hypothetical situations and complex reasoning. They can also perform advanced problem-solving and engage in systematic scientific inquiry. This stage allows individuals to think about abstract concepts, their own thought processes, and understand the world in deeper, more nuanced ways.

By understanding these stages of cognitive development, you can better appreciate the complex growth process that children undergo as their cognitive abilities transform and expand throughout their childhood.

Key Factors in Cognitive Development

Genetics and brain development.

Genetics play a crucial role in determining a child’s cognitive development. A child’s brain development is heavily influenced by genetic factors, which also determine their cognitive potential , abilities, and skills. It is important to understand that a child’s genes do not solely dictate their cognitive development – various environmental and experiential factors contribute to shaping their cognitive abilities as they grow and learn.

Environmental Influences

The environment in which a child grows up has a significant impact on their cognitive development. Exposure to various experiences is essential for a child to develop essential cognitive skills such as problem-solving, communication, and critical thinking. Factors that can have a negative impact on cognitive development include exposure to toxins, extreme stress, trauma, abuse, and addiction issues, such as alcoholism in the family.

Nutrition and Health

Maintaining good nutrition and health is vital for a child’s cognitive development. Adequate nutrition is essential for the proper growth and functioning of the brain . Key micronutrients that contribute to cognitive development include iron, zinc, and vitamins A, C, D, and B-complex vitamins. Additionally, a child’s overall health, including physical fitness and immunity, ensures they have the energy and resources to engage in learning activities and achieve cognitive milestones effectively .

Emotional and Social Factors

Emotional well-being and social relationships can also greatly impact a child’s cognitive development. A supportive, nurturing, and emotionally healthy environment allows children to focus on learning and building cognitive skills. Children’s emotions and stress levels can impact their ability to learn and process new information. Additionally, positive social interactions help children develop important cognitive skills such as empathy, communication, and collaboration.

In summary, cognitive development in children is influenced by various factors, including genetics, environmental influences, nutrition, health, and emotional and social factors. Considering these factors can help parents, educators, and policymakers create suitable environments and interventions for promoting optimal child development.

Language and Communication Development

Language skills and milestones.

Children’s language development is a crucial aspect of their cognitive growth. They begin to acquire language skills by listening and imitating sounds they hear from their environment. As they grow, they start to understand words and form simple sentences.

• Infants (0-12 months): Babbling, cooing, and imitating sounds are common during this stage. They can also identify their name by the end of their first year. Facial expressions play a vital role during this period, as babies learn to respond to emotions.
• Toddlers (1-3 years): They rapidly learn new words and form simple sentences. They engage more in spoken communication, constantly exploring their language environment.
• Preschoolers (3-5 years): Children expand their vocabulary, improve grammar, and begin participating in more complex conversations.

It’s essential to monitor children’s language development and inform their pediatrician if any delays or concerns arise.

Nonverbal Communication

Nonverbal communication contributes significantly to children’s cognitive development. They learn to interpret body language, facial expressions, and gestures long before they can speak. Examples of nonverbal communication in children include:

• Eye contact: Maintaining eye contact while interacting helps children understand emotions and enhances communication.
• Gestures: Pointing, waving goodbye, or using hand signs provide alternative ways for children to communicate their needs and feelings.
• Body language: Posture, body orientation, and movement give clues about a child’s emotions and intentions.

Teaching children to understand and use nonverbal communication supports their cognitive and social development.

Parent and Caregiver Interaction

Supportive interaction from parents and caregivers plays a crucial role in children’s language and communication development. These interactions can improve children’s language skills and overall cognitive abilities . Some ways parents and caregivers can foster language development are:

• Reading together: From an early age, reading books to children enhance their vocabulary and listening skills.
• Encouraging communication: Ask open-ended questions and engage them in conversations to build their speaking skills.
• Using rich vocabulary: Expose children to a variety of words and phrases, promoting language growth and understanding.

By actively engaging in children’s language and communication development, parents and caregivers can nurture cognitive, emotional, and social growth.

Cognitive Abilities and Skills

Cognitive abilities are the mental skills that children develop as they grow. These skills are essential for learning, adapting, and thriving in modern society. In this section, we will discuss various aspects of cognitive development, including reasoning and problem-solving, attention and memory, decision-making and executive function, as well as academic and cognitive milestones.

Reasoning and Problem Solving

Reasoning is the ability to think logically and make sense of the world around us. It’s essential for a child’s cognitive development, as it enables them to understand the concept of object permanence , recognize patterns, and classify objects. Problem-solving skills involve using these reasoning abilities to find solutions to challenges they encounter in daily life .

Children develop essential skills like:

• Logical reasoning : The ability to deduce conclusions from available information.
• Perception: Understanding how objects relate to one another in their environment.
• Schemes: Organizing thoughts and experiences into mental categories.

Attention and Memory

Attention refers to a child’s ability to focus on specific tasks, objects, or information, while memory involves retaining and recalling information. These cognitive abilities play a critical role in children’s learning and academic performance . Working memory is a vital component of learning, as it allows children to hold and manipulate information in their minds while solving problems and engaging with new tasks.

• Attention: Focuses on relevant tasks and information while ignoring distractions.
• Memory: Retains and retrieves information when needed.

Decision-Making and Executive Function

Decision-making is the process of making choices among various alternatives, while executive function refers to the higher-order cognitive processes that enable children to plan, organize, and adapt in complex situations. Executive function encompasses components such as:

• Inhibition: Self-control and the ability to resist impulses.
• Cognitive flexibility: Adapting to new information or changing circumstances.
• Planning: Setting goals and devising strategies to achieve them.

Academic and Cognitive Milestones

Children’s cognitive development is closely linked to their academic achievement. As they grow, they achieve milestones in various cognitive domains that form the foundation for their future learning. Some of these milestones include:

• Language skills: Developing vocabulary, grammar, and sentence structure.
• Reading and mathematics: Acquiring the ability to read and comprehend text, as well as understanding basic mathematical concepts and operations.
• Scientific thinking: Developing an understanding of cause-and-effect relationships and forming hypotheses.

Healthy cognitive development is essential for a child’s success in school and life. By understanding and supporting the development of their cognitive abilities, we can help children unlock their full potential and prepare them for a lifetime of learning and growth.

Developmental Delays and Early Intervention

Identifying developmental delays.

Developmental delays in children can be identified by monitoring their progress in reaching cognitive, linguistic, physical, and social milestones. Parents and caregivers should be aware of developmental milestones that are generally expected to be achieved by children at different ages, such as 2 months, 4 months, 6 months, 9 months, 18 months, 1 year, 2 years, 3 years, 4 years, and 5 years. Utilizing resources such as the “Learn the Signs. Act Early.” program can help parents and caregivers recognize signs of delay early in a child’s life.

Resources and Support for Parents

There are numerous resources available for parents and caregivers to find information on developmental milestones and to learn about potential developmental delays, including:

• Learn the Signs. Act Early : A CDC initiative that provides pdf checklists of milestones and resources for identifying delays.
• Parental support groups : Local and online communities dedicated to providing resources and fostering connections between families experiencing similar challenges.

Professional Evaluations and Intervention Strategies

If parents or caregivers suspect a developmental delay, it is crucial to consult with healthcare professionals or specialists who can conduct validated assessments of the child’s cognitive and developmental abilities. Early intervention strategies, such as the ones used in broad-based early intervention programs , have shown significant positive impacts on children with developmental delays to improve cognitive development and outcomes.

Professional evaluations may include:

• Pediatricians : Primary healthcare providers who can monitor a child’s development and recommend further assessments when needed.
• Speech and language therapists : Professionals who assist children with language and communication deficits.
• Occupational therapists : Experts in helping children develop or improve on physical and motor skills, as well as social and cognitive abilities.

Depending on the severity and nature of the delays, interventions may involve:

• Individualized support : Tailored programs or therapy sessions specifically developed for the child’s needs.
• Group sessions : Opportunities for children to learn from and interact with other children experiencing similar challenges.
• Family involvement : Parents and caregivers learning support strategies to help the child in their daily life.

Fostering Healthy Cognitive Development

Play and learning opportunities.

Encouraging play is crucial for fostering healthy cognitive development in children . Provide a variety of age-appropriate games, puzzles, and creative activities that engage their senses and stimulate curiosity. For example, introduce building blocks and math games for problem-solving skills, and crossword puzzles to improve vocabulary and reasoning abilities.

Playing with others also helps children develop social skills and better understand facial expressions and emotions. Provide opportunities for cooperative play, where kids can work together to achieve a common goal, and open-ended play with no specific rules to boost creativity.

Supportive Home Environment

A nurturing and secure home environment encourages healthy cognitive growth. Be responsive to your child’s needs and interests, involving them in everyday activities and providing positive reinforcement. Pay attention to their emotional well-being and create a space where they feel safe to ask questions and explore their surroundings.

Promoting Independence and Decision-Making

Support independence by allowing children to make decisions about their playtime, activities, and daily routines. Encourage them to take age-appropriate responsibilities and make choices that contribute to self-confidence and autonomy. Model problem-solving strategies and give them opportunities to practice these skills during play, while also guiding them when necessary.

Healthy Lifestyle Habits

Promote a well-rounded lifestyle, including:

• Sleep : Ensure children get adequate and quality sleep by establishing a consistent bedtime routine.
• Hydration : Teach the importance of staying hydrated by offering water frequently, especially during play and physical activities.
• Screen time : Limit exposure to electronic devices and promote alternative activities for toddlers and older kids.
• Physical activity : Encourage children to engage in active play and exercise to support neural development and overall health .

Frequently Asked Questions

What are the key stages of child cognitive development.

Child cognitive development can be divided into several key stages based on Piaget’s theory of cognitive development . These stages include the sensorimotor stage (birth to 2 years), preoperational stage (2-7 years), concrete operational stage (7-11 years), and formal operational stage (11 years and beyond). Every stage represents a unique period of cognitive growth, marked by the development of new skills, thought processes, and understanding of the world.

What factors influence cognitive development in children?

Several factors contribute to individual differences in child cognitive development, such as genetic and environmental factors. Socioeconomic status, access to quality education, early home environment, and parental involvement all play a significant role in determining cognitive growth. In addition, children’s exposure to diverse learning experiences, adequate nutrition, and mental health also influence overall cognitive performance .

How do cognitive skills vary during early childhood?

Cognitive skills in early childhood evolve as children progress through various stages . During the sensorimotor stage, infants develop fundamental skills such as object permanence. The preoperational stage is characterized by the development of symbolic thought, language, and imaginative play. Children then enter the concrete operational stage, acquiring the ability to think logically and solve problems. Finally, in the formal operational stage, children develop abstract reasoning abilities, complex problem-solving skills and metacognitive awareness.

What are common examples of cognitive development?

Examples of cognitive development include the acquisition of language and vocabulary, the development of problem-solving skills, and the ability to engage in logical reasoning. Additionally, memory, attention, and spatial awareness are essential aspects of cognitive development. Children may demonstrate these skills through activities like puzzle-solving, reading, and mathematics.

How do cognitive development theories explain children’s learning?

Piaget’s cognitive development theory suggests that children learn through active exploration, constructing knowledge based on their experiences and interactions with the world. In contrast, Vygotsky’s sociocultural theory emphasizes the role of social interaction and cultural context in learning. Both theories imply that cognitive development is a dynamic and evolving process, influenced by various environmental and psychological factors.

Why is it essential to support cognitive development in early childhood?

Supporting cognitive development in early childhood is critical because it lays a strong foundation for future academic achievement, social-emotional development, and lifelong learning. By providing children with diverse and enriching experiences, caregivers and educators can optimize cognitive growth and prepare children to face the challenges of today’s complex world. Fostering cognitive development early on helps children develop resilience, adaptability, and critical thinking skills essential for personal and professional success.

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6 Ways to Teach Critical Thinking

Critical thinking is an essential cognitive process that involves actively analyzing, evaluating, and synthesizing information to form reasoned judgments and solve problems. John Dewey defined reflective thinking as the careful and deliberate determination of whether to accept, reject, or suspend judgment about a claim.

Critical thinking skills include conceptualization, analysis, evaluation, reasoning, synthesis, problem-solving, and openness to new ideas, fostering the ability to discern misinformation, eliminate bias, think independently, and make informed decisions. Thinking critically is vital for personal growth and career advancement. Find out how to develop and teach critical thinking to both adults and children.

Table of Contents

What is critical thinking?

Critical thinking is a set of skills and habits of mind to go beyond simply accepting information or ideas, but instead analyze the issue, evaluate information, and reason critically to make a conclusion or solve a problem. Thinking critically includes making creative connections between ideas from different disciplines.

American philosopher, psychologist, and educator John Dewey (1859–1952) called this “reflective thinking”. Dewey defined critical thinking as active, persistent, and careful consideration of a belief or supposed form of knowledge. It involves actively subjecting ideas to critical scrutiny rather than passively accepting their face value.

What are critical thinking skills?

Here are 7 core critical thinking skills.

• Conceptualize : Form abstract ideas and mental models that accurately represent complex concepts.
• Analyze : Break down information into components and relationships to uncover patterns, principles, and deeper meanings.
• Evaluate : Assess the credibility, accuracy, quality, strength, methodologies, and relevance of claims or evidence using logical standards to judge the validity or significance of the information.
• Reason : Applying logical thinking to conclude from facts or evidence.
• Synthesize : Combining different ideas, findings, or information to form a coherent whole or a new perspective.
• Solve problems : Identifying solutions to issues through logical analysis and creative thinking.
• Open to other possibilities : Being willing to consider alternative solutions, ideas, or viewpoints beyond the initial scope.

Why is critical thinking important?

Critical thinking is an important part of cognitive development for the following 8 reasons.

• Discern misinformation : Critical thinking helps us separate facts from opinions, spot flawed arguments, and avoid falling for inaccurate information.
• Identify and eliminate prejudice : It allows us to recognize societal biases and close-mindedness.
• Think independently : It enables us to develop rational viewpoints rather than blindly accepting claims, mainstream narratives, or fads. It also helps children form their own opinions, make wise decisions, and resist peer pressure.
• Make good decisions : It enables logical thinking for better judgment and making rational decisions, not influenced by emotions.
• Communicate clearly : It lets us understand others’ perspectives and improve communication.
• Get better solutions : It broadens our thought process and enables good problem-solving to achieve the best solutions to challenges.
• Cultivate open-mindedness and creativity : It spurs intellectual curiosity to explore new paradigms.
• Grow skills set : It facilitates wiser, more informed choices that affect personal growth, career advancement, and positive relationships.

Why is critical thinking hard to teach?

Critical thinking is hard to teach because to think critically on a topic, deep knowledge about a subject is required to apply logic. Therefore, critical thinking skills are hard to teach by itself. The analytical reasoning skills learned on one topic don’t transfer quickly to another domain.

What are examples of critical thinking?

Here are examples of critical thinking in real life.

• Solving a math problem : Breaking down complex math problems into smaller parts to understand and solve them step by step.
• Deciding on a book for a report : Reading summaries and reviews to select a book that fits the assignment criteria and personal interest.
• Resolving a dispute with a friend : Listening to each other’s perspectives, identifying the problem, and coming up with a fair solution together.
• Navigating social media safely : Assessing the credibility of online information and the safety of sharing personal data.
• Saving up for a toy : Comparing prices, setting a realistic goal, budgeting allowance money, and resisting impulse buys that derail the plan.
• Figuring out a new bike route : Studying maps for safe streets, estimating distances, choosing the most efficient way, and accounting for hills and traffic.
• Analyzing the motive of a storybook villain : Looking at their actions closely to infer their motivations and thinking through alternative perspectives.

How to develop critical thinking

To develop critical thinking, here are 10 ways to practice.

• Ask probing questions : Ask “why”, “how”, “what if” to deeply understand issues and reveal assumptions.
• Examine evidence objectively : Analyze information’s relevance, credibility, and adequacy.
• Consider different viewpoints : Think through other valid viewpoints that may differ from your own.
• Identify and challenge assumptions : Don’t just accept claims at face value.
• Analyze arguments : Break down arguments and claims into premises and conclusions, and look for logical fallacies.
• Apply reasoned analysis : Base conclusions on logical reasoning and evidence rather than emotion or anecdotes.
• Seek clarity : Ask for explanations of unfamiliar terms and avoid ambiguous claims.
• Discuss ideas : Share your ideas with others to gain insights and refine your thought processes.
• Debate respectfully : Engage in discussions with those who disagree thoughtfully and respectfully.
• Reflect on your thoughts and decisions : Question your thoughts and conclusions to avoid jumping to conclusions.

How to teach critical thinking to a child

To teach critical thinking to a child, encourage them to apply deeper thinking in any situation that requires decision-making in daily life. Here are 6 tips on teaching critical thinking.

• Start early and explain everything : Young children often ask lots of questions. Instead of saying, “That’s how it’s supposed to be,” explain things to them as much as possible from an early age. When children are taught from a young age how to ask different types of questions and formulate judgments using objective evidence and logical analysis, they grow up confident in their ability to question assumptions and reason with logic rather than emotions. When you can’t answer specific questions, you can say, “That’s a good question, and I want to know the answer, too!”
• Prioritize reasoned rules over blind obedience : Authoritarian discipline stifles critical thinking, as demonstrated by psychologist Stanley Milgram’s 1963 study titled “Behavioral Study of Obedience.” In the study, most subjects, under authoritative orders, would administer electric shocks to a stranger and escalate to potentially lethal levels without questioning the authority. Avoid using “because I said so.” Encourage children to inquire, discuss, and participate in rule-making. Help them understand the reasons behind rules to foster critical thinking. Allow children to question and discuss the legitimacy of what we say.
• Encourage problem-solving activities : Encourage your child to solve puzzles, play strategy games, or take on complex problems to strengthen their analytical skills.
• Foster curiosity : Thinking critically means being willing to have your views challenged by new information and different perspectives. Curiosity drives children to explore and question the world around them, challenging assumptions and leading to a deeper understanding of complex concepts.
• Teach open-mindedness : Keeping an open mind and flexible thinking when approaching a new problem is essential in critical thinking. Suggest different points of view, alternative explanations, or solutions to problems. Encourage children to solve problems in new ways and connect different ideas from other domains to strengthen their analytical thinking skills.
• Explain the difference between correlation and causation : One of the biggest impediments to logical reasoning is the confusion between correlation and causation. When two things happen together, they are correlated, but it doesn’t necessarily mean one causes the other. We don’t know whether it’s causation or correlation unless we have more information to prove that.

References For Critical Thinking

• 1. Willingham DT. Critical Thinking: Why Is It So Hard to Teach? Arts Education Policy Review . Published online March 2008:21-32. doi:https://doi.org/10.3200/aepr.109.4.21-32
• 2. Quinn V. Critical Thinking in Young Minds . Routledge; 2018. doi:https://doi.org/10.4324/9780429445323
• 3. Hess RD, McDevitt TM. Some Cognitive Consequences of Maternal Intervention Techniques: A Longitudinal Study. Child Development . Published online December 1984:2017. doi:https://doi.org/10.2307/1129776
• 4. Slater M, Antley A, Davison A, et al. A Virtual Reprise of the Stanley Milgram Obedience Experiments. Rustichini A, ed. PLoS ONE . Published online December 20, 2006:e39. doi:https://doi.org/10.1371/journal.pone.0000039
• 5. Rimiene V. Assessing and Developing Students’ Critical Thinking. Psychology Learning & Teaching . Published online March 2002:17-22. doi:https://doi.org/10.2304/plat.2002.2.1.17
• 6. Dyche L, Epstein RM. Curiosity and medical education. Medical Education . Published online June 7, 2011:663-668. doi:https://doi.org/10.1111/j.1365-2923.2011.03944.x
• 7. Schwartz S. The fallacy of the ecological fallacy: the potential misuse of a concept and the consequences. Am J Public Health . Published online May 1994:819-824. doi:https://doi.org/10.2105/ajph.84.5.819

Disclaimer: The content of this article is intended for informational purposes only and should not be considered medical advice. Always consult your healthcare provider for medical concerns.

Birth To 5 Matters

Guidance by the sector, for the sector

Thinking Creatively and Critically (Thinking)

Having their own ideas (creative thinking) • Thinking of ideas that are new and meaningful to the child • Playing with possibilities (what if? what else?) • Visualising and imagining options • Finding new ways to do things

Making links (building theories) • Making links and noticing patterns in their experience • Making predictions • Testing their ideas • Developing ideas of grouping, sequences, cause and effect

Working with ideas (critical thinking) • Planning, making decisions about how to approach a task, solve a problem and reach a goal • Checking how well their activities are going • Flexibly changing strategy as needed • Reviewing how well the approach worked

• Use the language of thinking and learning: think, know, remember, forget, idea, makes sense, plan, learn, find out, confused, figure out, trying to do. • Model being a thinker, showing that you don’t always know, are curious and sometimes puzzled, and can think and find out. I wonder? • Give children time to talk and think. Make time to actively listen to children’s ideas. • Encourage open-ended thinking, generating more alternative ideas or solutions, by not settling on the first suggestions: What else is possible?. • Always respect children’s efforts and ideas, so they feel safe to take a risk with a new idea and feel comfortable with mistakes. • Encourage children to question and challenge assumptions. • Help children to make links to what they already know. • Support children’s interests over time, reminding them of previous approaches and encouraging them to make connections between their experiences. • Help children to become aware of their own goals, make plans, and to review their own progress and successes. Describe what you see them trying to do, and encourage children to talk about what they are doing, how they plan to do it, what worked well and what they would change next time. • Talking aloud helps children to think and control what they do. Model self-talk, describing your actions in play. • Value questions, talk, and many possible responses, without rushing toward answers too quickly. • Sustained shared thinking helps children to explore ideas and make links. Follow children’s lead in conversation, and think about things together. • Encourage children to choose personally meaningful ways to represent and clarify their thinking through graphics. • Take an interest in what the children say about their marks and signs, talk to them about their meanings and value what they do and say. • Encourage children to describe problems they encounter, and to suggest ways to solve the problem. • Show and talk about strategies – how to do things – including problem-solving, thinking and learning. • Encourage children to reflect and evaluate their work and review their own progress and learning. • Model the plan-do-review process yourself.

• In planning activities, ask yourself: Is this an opportunity for children to find their own ways to represent and develop their own ideas? Avoid children just reproducing someone else’s ideas. • Build in opportunities for children to play with materials before using them in planned tasks. • Play is a key opportunity for children to think creatively and flexibly, solve problems and link ideas. Establish the enabling conditions for rich play: space, time, flexible resources, choice, control, warm and supportive relationships. • Recognisable and predictable routines help children to predict and make connections in their experiences. • Routines can be flexible, while still basically orderly. • Provide extended periods of uninterrupted time so that children can develop their activities. • Keep significant activities out instead of routinely tidying them away, so that there are opportunities to revisit what they have been doing to explore possible further lines of enquiry. • Plan linked experiences that follow the ideas children are really thinking about. • Represent thinking visually, such as mind-maps to represent thinking together, finding out what children know and want to know. • Develop a learning community which focuses on how and not just what we are learning. • Setting leaders should give staff time to think about children’s needs, to make links between their knowledge and practice.

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13 Growth Activities To Raise Critical Thinking Toddlers

Table of contents, the most important skills .

Hi friends! As a homeschooling mama of a busy two-year-old, I’m always looking for one more great way to nourish her growing mind. The most important skills are critical thinking skills, and  I’m incredibly passionate about helping young children grow up to be critical thinkers. 

I wanted to share the critical thinking activities for toddlers and techniques I’ve found most helpful for promoting critical thinking in my little one. As she interacts with the world around her, I try to encourage her to ask questions, make observations, and draw logical connections. 

First, I set up our learning space with open-ended toys like blocks, puzzles, and sensory bins. This gives my toddler the freedom to explore materials, test theories, and engage her problem-solving skills. I also take her outdoors often so she can examine nature up close. A nature scavenger hunt is a fun way to exercise those observation abilities! 

In our daily life, I look for chances to engage in critical thinking. Bath time becomes an opportunity for sinking/floating experiments. At mealtimes, we discuss food attributes like colors, textures, and tastes. And I try to read interactive stories that ask thought-provoking questions.  

Play is super vital besides independent play, I make time for free play, pretend play, and imaginative play.  We do group activities to build social skills and teamwork. The other day, we did a collaborative marble run challenge with some friends that required planning, testing, and creative problem-solving. So fun to see their little minds at work!

I don’t expect expert-level analysis from a toddler, but fostering this mindset from a young age builds confidence and cognitive skills over time. My kiddo seems to love exploring ideas and figuring things out. And nothing warms this homeschooling mama’s heart more than seeing that look of discovery on her face! 

Let me know if you have any favorite critical thinking activities for the toddler bunch. I love to hear different perspectives!

 How to assess your child’s reading level at home: The Five Finger Test

What is Critical Thinking for Toddlers?

For young minds, critical thinking is the ability to observe details, ask questions, problem-solve, and make connections through exploring their world. It’s about nurturing natural curiosity and independence. My daughter shows this when she examines objects like bugs or flowers up close, asks “why” questions non-stop, or figures out how to build a block tower through trial and error. 

Why Build Logical Skills Early On? 

The toddler years are the perfect time for honing basic critical thinking skills. Their brains are primed for establishing thinking pathways and making cognitive connections. When we engage toddlers in activities that exercise observation, questioning, and problem-solving, we equip them with skills that will benefit them down the road academically and socially. 

Cognitive Skills: The Building Blocks of Critical Thinking

Language Development is an essential life skill

I nurture language development by narrating our day and expanding on my toddler’s statements. This strengthens communication skills crucial for critical thinking.

Problem-Solving Abilities

Simple games that involve cause and effect, sequencing, or sorting help hone early problem-solving skills and logical reasoning skills. I see my kiddo light up when she figures something out!

Fostering an Enriching Learning Environment

Dedicated Play Space

We converted our spare room into a playroom filled with open-ended toys, art supplies, and hands-on materials like sand tables. This space encourages curiosity and discovery. 

Open-Ended Toys 

Some of our favorites include blocks, puzzles, sensory bins, and pretend play sets. These toys allow for imaginative experimentation rather than having a fixed outcome. 

Outdoor Exploration

We spend lots of time outdoors examining plants and insects, splashing in puddles, and going on nature scavenger hunts. Outdoor time spurs curiosity about the natural world.

Everyday fun Activities 

Problem-Solving activities

Puzzles, matching games, and shape sorters encourage logical thinking and perseverance through trial and error. We also love imaginary games like going on a bear hunt!

Sensory Play

Activities like playing with kinetic sand, water beads, or finger painting different objects can be a critical thinking exercise for the senses and promote open-ended experimentation and problem-solving. 

Storytelling 

I ask thoughtful, critical thinking questions and involve my toddler when reading stories. We talk about the characters’ feelings, make predictions, and discuss creative solutions. 

Artistic Expression 

Our favorite art supplies include crayons, play-dough, paper, glue, and child-safety scissors. Creating art fosters really great skill for creative thinking and problem-solving skills in creative ways by using creative ideas. 

Digital Activities in Moderation

Educational Apps 

I limit screen time but do let my toddler play with a few trusted apps focused on critical thinking, like simple puzzle games and creative drawing programs. 

Balance with Offline Play

While some digital activities can engage her mind, hands-on exploration, movement, and social play are crucial. I aim for minimal screen time.  

Incorporating Critical Thinking Into Everyday Life

Mealtime Choices 

I present two healthy food options and ask my toddler questions to help her consider the choices. This gets her thinking and promotes autonomy in simple ways, but it makes a huge impact.

Bathtime Experiments  

Bath time becomes a chance for critical thinking with sink/float challenges, pouring games, and even some supervised mixing of water and bubbles is an excellent way to practice problem solving.

Using Bedtime Stories To Enhance Critical Thinking

I’ve found bedtime stories to be a fantastic way to nurture critical thinking in my toddler before she drifts off to sleep. 

When we crack open a book at bedtime, I make sure to choose stories that have some problem-solving element or dilemma for the characters. 

Then I engage my toddler in the story by asking the right questions that are open-ended questions about what she thinks will happen next or what she would do if she were the character. We talk through different choices the characters could make and the potential consequences. This helps my little one learn to be an active learner and think critically about decision-making and reasoning without just accepting things at face value and ultimately make good decisions in life. 

After we finish reading, I sometimes have her retell parts of the story in her own words to build her comprehension and narrative skills. Reading interactively at bedtime stretches her thinking and lets her snuggle up with a curious mind.

 I recommend choosing picture books with fun problem-solving plots if you want to turn bedtime stories into stimulating brain-building sessions!

As parents, we can model critical thinking and problem-solving in our everyday actions to demonstrate these skills for our toddlers. When tackling problems, I think out loud so my toddler can follow my thought process. For example, when building something I might say “Hmm, this piece doesn’t fit here. I wonder if turning it this way would work better?” I narrate how I’m testing different solutions so she can see the step-by-step reasoning. 

During daily tasks like cooking or cleaning, I also involve my toddler in the problem-solving. If I’m trying to organize my toolbox, I’ll ask her questions like “Which of these tools is the biggest? Where do you think it should go?”Guiding her through the decision analysis demonstrates how to work through a challenge. I always explain my rationale for the choices I make too. The more I demonstrate thoughtful problem-solving, the more my toddler sees critical thinking in action. Leading by example helps these cognitive skills become ingrained from an early age.

Nurturing A Critical thinking Mindset At Home

Here are some of the techniques I use to nurture critical thinking:

– We turn daily routines like cooking, laundry, or errands into learning opportunities by talking through the steps and asking questions.

– I provide open-ended toys like blocks, puzzles, crayons and other art supplies that allow for creativity. 

– We read interactive stories where my toddler can fill in the blanks or make predictions. 

– Outside time is great for curiosity and critical thinking – we examine flowers, clouds, and insects up close during nature walk. 

– Independent play allows my toddler to problem-solve without interference as she explores the world. 

I’m careful not to provide too much direct instruction at this young age. Instead, I see my role as setting up an enriching environment and letting her imagination take flight!

These early thinking skills will give her confidence in preschool and beyond. I’m so proud to see her make connections or figure something out independently. The toddler years are fleeting so I’m cherishing each “aha” moment!

 Unlock the Secret of Your Perfect Parenting Style Now!

Cheat Sheet: How To Foster Critical Thinking in Toddlers

Chart: 13 Critical Thinking Activities For Toddlers Chart

13 activities that promote critical thinking skills for toddlers, preschoolers and young children.

Frequently Asked Questions

How do I teach my toddler critical thinking?

You can teach critical thinking skills by encouraging observation, curiosity, and hands-on exploration. Provide open-ended toys and ask questions that stimulate reasoning. Allow time for independent play and problem-solving. Narrate thought processes during daily activities. Set up cause-and-effect experiments. Introduce age-appropriate logic puzzles and games. 

What activities develop critical thinking?

Activities that promote critical thinking include sensory play, imaginative play, sorting/matching games, open-ended art projects, reading interactive stories, participating in daily tasks, outdoor scavenger hunts, science experiments, and any opportunity for your toddler to ask questions and figure things out independently.

What are creative thinking activities for toddlers? 

Creative thinking activities allow toddlers to come up with innovative solutions. Examples include: open-ended art like painting or play-dough, building structures with blocks, pretend play scenarios, completing puzzles in different ways, exploring musical instruments, storytelling, and hands-on science experiments. 

What is an example of critical thinking for preschoolers?

An example of critical thinking for preschoolers is asking them to figure out how to retrieve a ball that rolled under a piece of furniture. They must analyze the situation, strategize a solution, and problem-solve based on logic. Other examples include sorting toys by specific attributes, arranging sequences of pictures, and answering reasoning questions after reading a story.

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Cognitive Developmental Milestones

From Birth to Five Years

• Birth to 3 Months
• 3 to 6 Months
• 6 to 9 Months
• 9 to 12 Months
• 1 to 2 Years
• 2 to 3 Years
• 3 to 4 Years
• 4 to 5 Years
• Reaching Cognitive Milestones

Cognitive milestones represent important steps forward in a child's development. Cognitive development refers to how children think, learn, explore, remember, and solve problems.

Historically, babies were often thought of as simple, passive beings. Prior to the 20th century, children were often seen simply as miniature versions of adults.

It wasn't until psychologists like Jean Piaget proposed that children think differently than adults that people began to view childhood and adolescence as unique periods of growth and development.

In the past, adults often dismissed the remarkable intellectual skills of infants and very young children, but modern thinkers and researchers have discovered that babies are, in fact, always learning, thinking, and exploring the world around them.

Even newborn infants are actively taking in information and learning new things. In addition to gathering new information about the people and the world around them, babies constantly discover new things about themselves.

This article discusses cognitive milestones that occur between the ages of birth and five years. It also explores what you can do to help encourage your child's cognitive development.

From Birth to 3 Months

The first three months of a child's life are a time of wonder. Major developmental milestones at this age focus on exploring the basic senses and learning more about the body and the environment.

During this period, most infants begin to:

• Demonstrate anticipatory behaviors, like rooting and sucking at the site of a nipple or bottle
• Detect sound differences in pitch and volume
• Discern objects more clearly within a distance of 13 inches
• Focus on moving objects, including the faces of caregivers
• See all colors of the human visual spectrum
• Tell between tastes, from sweet, salty, bitter, and sour
• Use facial expressions to respond to their environment

From 3 to 6 Months

In early infancy, perceptual abilities are still developing. From the age of 3–6 months, infants begin to develop a stronger sense of perception . At this age, most babies begin to:

• Imitate facial expressions
• React to familiar sounds
• Recognize familiar faces
• Respond to the facial expressions of other people

From 6 to 9 Months

Looking inside the mind of an infant is no easy task. After all, researchers cannot just ask a baby what he or she is thinking at any given moment. To learn more about the mental processes of infants, researchers have come up with many creative tasks that reveal the inner workings of the baby's brain.

From the age of 6–9 months, researchers have found that most infants begin to:

• Gaze longer at "impossible" things, such as an object suspended in midair
• Tell the differences between pictures depicting different numbers of objects
• Understand the differences between animate and inanimate objects
• Utilize the relative size of an object to determine how far away it is

From 9 to 12 Months

As infants become more physically adept, they can explore the world around them in greater depth. Sitting up, crawling, and walking are just a few physical milestones that allow babies to gain a greater mental understanding of the world around them.

As they approach one year of age, most infants can:

• Enjoy looking at picture books
• Imitate gestures and some basic actions
• Manipulate objects by turning them over, trying to put one object into another, etc.
• Respond with gestures and sounds
• Understand the concept of object permanence , the idea that an object continues to exist even though it cannot be seen

From 1 to 2 Years

After reaching a year of age, children's physical, social, and cognitive development seems to grow by leaps and bounds. Children at this age spend a tremendous amount of time observing the actions of adults, so it is important for parents and caregivers to set good examples of behavior.

Most one-year-olds begin to:

• Identify objects that are similar
• Imitate the actions and language of adults
• Learn through exploration
• Point out familiar objects and people in picture books
• Tell the difference between "Me" and "You"
• Understand and respond to words

From 2 to 3 Years

At two years of age, children are becoming increasingly independent. Since they are now able to explore the world more fully, a great deal of learning during this stage is the result of their own experiences.

Most two-year-olds are able to:

• Identify their own reflection in the mirror by name
• Imitate more complex adult actions (playing house, pretending to do laundry, etc.)
• Match objects with their uses
• Name objects in a picture book
• Respond to simple directions from parents and caregivers
• Sort objects by category (i.e., animals, flowers, trees, etc.)
• Stack rings on a peg from largest to smallest

From 3 to 4 Years

Children become increasingly capable of analyzing the world around them more complexly. As they observe their environment, they begin to sort and categorize objects and ideas into different categories, often referred to as schemas .

Since children are becoming much more active in the learning process, they also begin to pose questions about the world around them. "Why?" becomes a very common question around this age.

At the age of three, most kids are able to:

• Ask "why" questions to gain information
• Demonstrate awareness of the past and present
• Learn by observing and listening to instructions
• Maintain a longer attention span of around 5 to 15 minutes
• Organize objects by size and shape
• Seek answers to questions
• Understand how to group and match objects according to color

From 4 to 5 Years

As they near school age, children become better at using words, imitating adult actions, counting, and other basic activities that are important for school preparedness.

Most four-year-olds are able to:

• Create pictures that they often name and describe
• Count to five
• Draw the shape of a person
• Name and identify many colors
• Tell you where they live

Help Kids Reach Cognitive Milestones

Finding ways to encourage children's intellectual development is on the minds of most parents. Fortunately, children are eager to learn right from the very beginning.

• Cultivate learning experiences at home : While education will soon become an enormous part of a growing child's life, those earliest years are influenced mainly by close family relationships, particularly those with parents and other caregivers. This means that parents are uniquely positioned to help shape how their children learn, think, and develop.
• Encourage children's interest in the world : Parents can encourage their children's intellectual abilities by helping them make sense of the world around them. When an infant shows interest in an object, parents can help the child touch and explore the object and say what the object is.
• Demonstrate information : For example, when a baby looks intently at a toy rattle, the parent might pick up the item and place it in the infant's hand, saying, "Does Gracie want the rattle?" and then shake the rattle to demonstrate what it does.
• Encourage exploration : Parents should encourage their children to explore the world as they grow older. Try to be patient with young children who seem to have an endless array of questions about each and everything around them. Parents can also pose their own questions to help kids become more creative problem solvers.
• Ask questions : When facing a dilemma, ask questions such as "What do you think would happen if we…?" or "What might happen if we….?" By allowing kids to come up with original solutions to problems, parents can help encourage both intellectual development and self-confidence.

Developmental milestones provide guideposts so that children can better understand whether their child is developing similarly to other children their age. However, it is important for parents to remember that all kids develop at their own pace. Some cognitive milestones may emerge earlier and others later. Talk to your child's doctor if you are concerned about your child's development.

Larcher V.  Children are not small adults: Significance of biological and cognitive development in medical practice .  Handbook Philos Med.  2015. doi:10.1007/978-94-017-8706-2_16-1

Centers for Disease Control and Prevention. CDC's Developmental milestones .

UNICEF. Your toddler's developmental milestones at 2 years .

Children's Hospital of Philadelphia. Developmental milestones .

Child Mind Institute. Complete guide to developmental milestones .

By Kendra Cherry, MSEd Kendra Cherry, MS, is a psychosocial rehabilitation specialist, psychology educator, and author of the "Everything Psychology Book."

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More Than ABCs: Building the Critical Thinking Skills Your Child Needs for Literacy Success

What Is Critical Thinking?

Critical thinking happens when a child draws on her existing knowledge and experience, as well as on her problem-solving skills, to do things like:

• Compare and contrast
• Explain why things happen
• Evaluate ideas and form opinions
• Understand the perspectives of others
• Predict what will happen in the future
• Think of creative solutions

During book reading, you can help your child develop all of these skills so she fully understands the stories she hears.  

How to Build Critical Thinking Skills – It's All About Conversation!

If your child just listens to a story and says very little, she won’t have much opportunity to build and use the critical thinking skills she needs to understand stories. That’s because this kind of thinking happens during back-and-forth conversations in which your child can draw upon her own experiences and problem-solving skills to talk about the story. So remember to add a little conversation to every book you share with your child. Pause several times during the story to talk about what interests her, and take a few minutes after the reading to keep the conversation going.

E’s and P’s – How to Get Your Child Thinking Critically             

As you and your child talk about the story, keep the “E’s and P’s” at the back of your mind. These are the things your child needs to think about to exercise her critical thinking skills and deepen her understanding of the story:

E xperiences — Connect the story with your child's knowledge and experiences

When you relate what you’re reading to something your child already knows or has already experienced, you help her better understand the characters’ perspectives and why they think and act the way they do.  

E xplain — Why things happen

It’s important for your child to understand not only what is happening in a story, but why it’s happening. This builds her understanding of cause-and-effect, as well as her understanding of what motivates the characters in the book.  

P roblem-solve — How to solve the problem in the book

To understand a story, your child needs to understand the problem that must be solved. Recognizing the problem and thinking of possible solutions builds the problem-solving skills she’ll need later when analyzing texts on her own.  

P redict — What will happen in the future

A good reader uses her knowledge and experience to predict what will happen in a story. When you encourage your child to think about what will happen next, you get her into the habit of searching for meaning, which is really what reading is all about.  

By helping your child think critically now, you’re laying the foundation for her to make judgements, solve problems, think creatively, empathize with others and communicate effectively – skills she’ll need not only for literacy, but for lifelong success.  

Greenberg, J. & Weitzman, E. (2014). I'm Ready! How to Prepare Your Child for Reading Success . Toronto: Hanen Early Language Program.  

The Hanen Centre is a Canadian not-for-profit charitable organization with a global reach. Its mission is to provide parents, caregivers, early childhood educators and speech-language pathologists with the knowledge and training they need to help young children develop the best possible language, social and literacy skills. This includes children who have or are at risk for language delays, those with developmental challenges such as autism, and those who are developing typically.

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How to Raise Your Child to Be a Critical Thinker

Learn what critical thinking is and how to raise your child to be a critical thinker by asking questions and problem-solving.

by Abigale Schreier

Additional contribution by Rachel Tomlinson

Most parents aim to raise their children to be kind , courteous, successful, and independent adults. We can develop independence by raising children to be critical thinkers. Good critical thinking skills allow us to make informed decisions, problem solve , communicate, collaborate with others, and plan and set goals. 1

Critical thinking is also associated with higher educational achievement. It is a significant element of emotional intelligence linked with many benefits like resilience, increased positive and reciprocal relationships, better emotional regulation, and increased general quality of life. 2

So What is Critical Thinking?

Although research tells us how integral critical thinking is, there is less agreement about one set definition. 3 A couple of key definitions identify critical thinking as purposeful, goal-oriented, and well-reasoned and help direct the thinking required to solve problems and make decisions. 4 Alternatively, critical thinking is an investigation where the purpose is to explore a question, problem, or issue and arrive at a hypothesis of how to address or respond to something in a justified way based on the information available. 5 That sounds a little complicated, right?

According to Sally Macaluso , a special education teacher with a master’s degree in curriculum and instruction, critical thinking is a set of higher-level skills that allow us to take in new information, process and analyze it, and use it to form ideas and opinions .

She says critical thinking skills are essential in everyday life and help everyone make informed decisions, problem-solve, and set goals. Critical thinking skills also shape how we collaborate and communicate with our peers. And the best time to help instill these vital skills is early childhood. Parents and caregivers can encourage critical thinking in children and raise them to be critical thinkers in several ways.

Ways to Encourage Critical Thinking in Children

Research indicates that children can become critical thinkers if parents or other primary educators prioritize open-ended play. Children can also learn to think critically if they have the opportunity to problem-solve and experiment, ask questions and investigate, make their own choices (within reason), self-reflect, and set goals. It also helps if parents model critical thinking themselves. 6,7,8

This means sometimes going against forms of traditional parenting like the kind millennials grew up with — blind obedience to authority and our parents no matter what. This type of parenting stifles critical thinking. Macaluso says, “Some may feel it is good for children to follow the orders of their parents and authority figures without question. However, it can lead to children blindly following the ideas and suggestions of negative influences too, without considering the consequences.”

Consequences of following authority without question include being more susceptible to giving in to peer pressure , she says. In other words, you can raise your child to be a critical thinker by teaching them the art of debate. 9

Create a ‘Yes’ Space

A more concrete way to create an environment that welcomes questions and investigations is creating a “yes” space in your home. Our son has been in Montessori school since he was 18 months old , and their ideology is to follow the child and let them follow their interests to help them become independent . One way to foster independence is by creating “yes” spaces. This means creating safe spaces in your home where they cannot injure themselves.

You can create a place where it’s okay if they make a mess, and they can be left to their own devices to learn. This environment instills critical thinking skills because it welcomes questions and investigations.

Encourage Independent Play

Another way to encourage critical thinking in children is to allow your kids time to play independently . This is what parents in the 1980s and 1990s did right, whether they meant to or not. Children participating in independent play consistently throughout childhood become creative problem solvers 10 , and it helps them discover the value of evidence-based reasoning and higher-order cognitive skills, which are essential qualities to be a critical thinker.

Sergio Pellis, a researcher at the University of Lethbridge, told NPR that, “The experience of play changes the connections of the neurons at the front end of your brain.” 11 He added that the changes in the “prefrontal cortex” during childhood “rewire” the brain and help children learn to regulate emotions, make plans, and solve problems.

Further, according to a study published on the American Psychological Association website, there’s evidence that play promotes critical problem-solving skills , which is another crucial skill to have to be a critical thinker. 12

To raise your child to be a critical thinker, it’s crucial to model critical thinking behaviors for them, allow for a lot of free and independent play, and, as hard as it may be, let them question authority a bit—within reason. All the hard work and challenging parenting moments will be worth it in the long run when your kids are healthy, happy adults with superb critical thinking skills.

• Parenting Tips

We consult and analyze information from reliable authorities in their respective fields to support our research and writing. These include peer-reviewed journals, government and advocacy organizations, and academic sources. We aim to inform and educate readers and provide them with up-to-date, factual information. For more details about our content standards, please review our editorial policy .

1. Facione, P. (1990). Critical Thinking: A Statement of Expert Consensus for Purposes of Educational Assessment and Instruction, Research Findings and Recommendations, American Philosophical Association, Newark, Del.

2. Brackett, M.A., S.E. Rivers, & P. Salovey. 2011. “Emotional Intelligence: Implications for Personal, Social, Academic, and Workplace Success.” Social and Personality Psychology Compass 5 (1): 88–103.

3. Alfadhli, S. (2008). Developing critical thinking in e-learning environment: Kuwait University as a case study (PhD thesis).

4. Halpern, D. (1997). Teaching critical thinking for transfer across domains: Disposition, skills, structure training, and metacognitive monitoring. American Psychologist, 53(4), 449-455.

5. Kurfiss, J. (1988). Critical Thinking: Theory, Research, Practice, and Possibilities. Washington, D.C.: Association for the Study of Higher Education.

6. Lawrence, N., Serdikoff, S., Zinn, T., & Baker, S. (2008). Have we demystified critical thinking. In Dunn, D., Halonen, J., & Smith, R. (Eds.), Teaching Critical Thinking in Psychology (1st ed.) United Kingdom: Wiley-Blackwell.

7. Hansen, W., & Salemi, M. (2012). Improving classroom discussion in economics courses. In Hoyt, G. & McGoldrick, K. (Eds.), International handbook on teaching and learning economics (pp. 68-78). U.K.: Edward Elgar.

8. Yang, Y., Newby, T., & Bill, R. (2005). Using Socratic questioning to promote critical thinking skills through asynchronous discussion forums in distance learning environments. The American Journal of Distance Education, 19(3), 163-181.

9. https://parentingscience.com/

10. https://www.ncbi.nlm.nih.gov/pmc/articles/PMC2736021/

11. https://www.npr.org/sections/

12. https://psycnet.apa.org/record/1982-05495-001

Abi is an Atlanta-based lifestyle writer, reporting on children's books, fertility, pregnancy, labor, breastfeeding, parenting, and pop culture. She has been a freelance writer and editor for the past 11 years. When she isn’t writing or copy editing, Abi loves being a mom to her 4-year-old son Jack, chugging coffee, cooking plant-based meals, working out, and spending time at home with the rest of her family — a husband, two cats, and two beagles — whom she lovingly refers to as "The Funny Farm."

Rachel Tomlinson is a registered psychologist and internationally published author of Teaching Kids to Be Kind who has worked with adults, families, and children (birth through eighteen years old) in a variety of settings. She has presented at national conferences on mental health topics (including trauma and play therapy) as well as guest lectured about domestic violence and relationships at colleges and universities. She also serves as a subject matter expert for journalists on topics such as parenting, child development, and relationships. She resides in Perth, Australia.

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by Ruksana Mohammed in Articles Teaching and Learning on June 25, 2014

The EYFS describes creating and thinking critically as when ‘children have and develop their own ideas, make links between ideas, and develop strategies for doing things’ (DfE, 2012, p.7). The third CoEL is all about thinking, and is associated with the need for children to make sense of experiences and develop thought over time. The interactions that children have with others, their environment, and the experiences they are involved in, allow children to actively think about the meaning of what they are doing. This is through perceiving patterns, inventing ideas, making connections, and developing concepts, which in turn allows children to develop knowledge about when and how to use particular strategies for learning or problem solving.  Becoming more aware of one's own thinking in this way is known as metacognition; Whitebread and Pasternak (2010) advocate that awareness of oneself as a thinker and learner is a key aspect of success in learning. Creating and thinking critically can therefore be summed up as being about ideas , connections, choices and strategies .

Having their own ideas (Ideas):

• Thinking of ideas

• Finding ways to solve problems

• Finding new ways to do things

This is when children use their imagination and creativity to take on challenges and explore how problems could be solved and how their ideas can be implemented. Being creative is more than arts and design and is a core aspect of the thinking process. It is about children generating their own ideas creatively by the use of their imagination. The Tickell Review supports this by stating that ‘being inventive allows children to find new problems as they seek challenge and to explore ways of solving these’ (Tickell, 2011. P.90) – ideas. What needs to be understood is that creativity is very much a process and often there is no clear identifiable outcome or product (DCSF, 2007, p.1); it is an idea initiated by the child that can take shape and form with the assistance of the supportive practitioner.

Using what they already know to learn new things (Connections) :

• Making links and noticing patterns in their experiences

• Making predictions

• Testing their ideas

• Developing ideas of grouping, sequences, cause and effect

When children have opportunities to play with ideas in different situations and with a variety of resources, they discover connections and come to a new and better understandings and ways of doing things (EYFS card, 4.3, 2008). Children link and develop concepts to different activities – making connections. It is also how children develop an understanding of sequences, cause and effect and how they build on these thoughts through description and scientific thoughts. Here thinking becomes more conscious as concepts are developed and connected together. However, Hutchin (2013, p.17) states that communication is an important aspect of this part of the CoEL. Communication is an important aspect of the thinking process, and the more open ended discussions practitioners have with children, the more they can help them talk about the connections  they are making, and as a result children understand their own thinking better.

Choosing ways to do things and finding new ways (Choices and Strategies) :

• Planning, making decisions about how to approach a task, solve a problem and reach a goal

• Checking how well their activities are going

• Changing strategy as needed

• Reviewing how well the approach worked

This is when children make choices and decisions in an organised way when undertaking new goal-directed activities or tasks. It involves children working out what to do, and how to change what they do, to achieve – developing strategies. Siegler and Alibali (2005) describe this way of involvement as toddlers and young children learning in ‘overlapping waves’ as they choose from older or newer strategies to suit the demands of the task they are involved in.

The bullet points in each of the above sections is from page 7 of the Development Matters Framework. I have provided a narrative observation below adapted from Cathy Nutbrown’s well renowned book ‘Threads of Thinking’ . The CoEL of creating and thinking critically can be observed in action in this observation. Can you identify the stated bullet points from the Development Matters document within the observation?

• Where are children’s own ideas apparent within this observation?
• Where have children used connections from previous experiences or knowledge?
• How are they using what they already know?
• What choices and strategies have children used to take their play forward?
• How has this play and thinking been supported by practitioners? How further can it be supported?

Date : 6 th October 2011      Name of Observer : Ruksana        Number of Adults Present : 1

Name of child/Children :

Amanda 4:8 years (F)                                                 

Adam 4:7 years (M)

Carlos 4:11 years (M)

Zeenat 4:8 years (F)                                                                                  

Start Time : 10.15am      Finish time: 10.40am                                                                                                         

Context of observation : child initiated play in the sand area with small animals.

Description of the activity observed : (adapted from Nutbrown, C. (2011) Threads of Thinking)

The group of children were playing with a tray of sand and some small animals. Zeenat started by saying that “all the animals are dead” , she paused and then said “ they need to be buried” . All the children arranged the tigers, monkeys, giraffes, elephants, whales, seals and penguins into a heap for them to be buried. Next, the children dug up holes in the sand and buried the animals in a row next to each other and then covered them up. Carlos said “let’s dig em up and start again” . The children then dug the animals out of the sand.

Adam bought over some water in a jug from the water area and added it in small amounts to the sand. Amanda assisted in mixing it. All the children then patted the damp sand down with their hands to make it flat, Zeenat and Amanda arranged some twigs in a circle, “this is a forest” said Amanda pointing to the inside of the circle of twigs. “So what’s on the outside then” Adam asked . “This is the edge of the forest, you see (Amanda made gestures with her hand in a circular motion) all that is inside is a forest, the forest ends on the edges of the circle” explained Zeenat. “yeah but what’s there when it ends” Adam asks again. Carlos arranged some shells on the edge of the forest, “this is the sea” said Carlos “ because when the forest finishes there is always sea” . Amanda dusted the sand off the animals and the children started to arrange the animals around the habitant they just created. The group had a discussion on where the different animals lived and in the end they agreed that some animals lived ‘inside the forest’ whilst the others lived ‘under the sea’. The children placed the animals into their chosen areas.

Amanda started sprinkling sand over the twigs and said “it’s snowing, the forest is all covered in snow because it hasn’t got a roof on it. The animals are covered in snow. They’ll die if they freeze to death” she said. So some of the animals died, “the small ones are dead” said Adam. “Why the small ones”’ Zeenat asked, “Because they are too small to survive the winter” Adam replied. “Yeah that’s true” Zeenat responded.

The children then dug holes at the edge of the forest and buried the ‘small’ animals. Carlos asked the group to be silent for a bit. Adam said “we need to know who is buried where” Zeenat bought over small labels and the children drew on them before sticking them onto the graves of the animals.

How effective is your environment in allowing children to create and think critically?

Use the following questions as prompts to further explore your provision.

• How do you and your environment support children to follow their own ideas?
• Is observation used effectively to carefully see which things, places or experiences particularly fascinate each child?  
• Is planning flexible enough to give children the time they need to explore their own ideas?
• How are children’s ideas valued by adults?
• How can you extend your range of resources to stimulate children’s creative thinking and expression?
• What changes can be made to the learning environment (both indoor and out) to stimulate curiosity and creativity?
• Do you look hard enough for opportunities to support creative thinking across all EYFS areas?
• Are children’s own choices and strategies to problem solve valued? Or are you always looking for the ‘right answer’?
• Are you doing enough to encourage children to move things around, try things out, and be creative in their play?
• Is formative assessment being used to record the process of children’s learning rather than outcome? i.e. the Reggio Emilia approach in using sequences of photographs to document what the children are doing.
• Are children given ample opportunities to talk about what they have been doing to help them organise their thoughts and ideas?
• How often are children given opportunities to re-visit previous experiences, reflecting on what they have done and what they might do differently?

How can you observe the CoEL – creating and thinking critically in action?

Use the following questions to identify this CoEL within your observations, but also to learn from them to further enhance your provision.

Department for Children, School and Families (DCSF) (2007) The Early Years Foundation Stage: Effective Practice: Creativity and Critical Thinking. DCSF publications.

Department for Children, School and Families (DCSF) (2008) The Early Years Foundation Stage: Effective Practice Cards: Creativity and Critical Thinking. DCSF publications.

Department for Education (DfE) (2012 ) Statutory Framework for the Early Years Foundation Stage (EYFS). Available at: https://www.education.gov.uk/publications/standard/AllPublications/Page1/DFE-00023-2012

Early Education (2012) Development Matters in the Early Years Foundation Stage . Early Education: London

Hutchin, V. (2013) Effective Provision in the Early Years Foundation Stage: An Essential Guide . Open University Press: Berkshire

Nutbrown, C. (2011) Threads of Thinking . 4 th ed. Paul Chapman: London.

Siegler, R.S and Alibali, MW. (2005) Children’s Thinking . Pearsons: New Jersey.Whitebread, D. and Pasternak, D. (2010) Metacognition, Self Regulation and Meta Knowing. In K. Littleton, C. Wood, J. and Kleine Staarman (eds) International Handbook of Psychology in Education. Bingley, UK: Emerald

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Developing critical thinking skills in kids.

Developing Critical Thinking Skills

Learning to think critically may be one of the most important skills that today's children will need for the future. In today’s rapidly changing world, children need to be able to do much more than repeat a list of facts; they need to be critical thinkers who can make sense of information, analyze, compare, contrast, make inferences, and generate higher order thinking skills. 

Building Your Child's Critical Thinking Skills

Building critical thinking skills happens through day-to-day interactions as you talk with your child, ask open-ended questions, and allow your child to experiment and solve problems.  Here are some tips and ideas to help children build a foundation for critical thinking: 

• Provide opportunities for play .   Building with blocks, acting out roles with friends, or playing board games all build children’s critical thinking. 
• Pause and wait.  Offering your child ample time to think, attempt a task, or generate a response is critical. This gives your child a chance to reflect on her response and perhaps refine, rather than responding with their very first gut reaction.
• Don't intervene immediately.   Kids need challenges to grow. Wait and watch before you jump in to solve a problem.
• Ask open-ended questions.  Rather than automatically giving answers to the questions your child raises, help them think critically by asking questions in return: "What ideas do you have? What do you think is happening here?" Respect their responses whether you view them as correct or not. You could say, "That is interesting. Tell me why you think that."
• Help children develop hypotheses.  Taking a moment to form hypotheses during play  is a critical thinking exercise that helps develop skills. Try asking your child, "If we do this, what do you think will happen?" or "Let's predict what we think will happen next."
• Encourage thinking in new and different ways.  By allowing children to think differently, you're helping them hone their creative  problem solving skills. Ask questions like, "What other ideas could we try?" or encourage your child to generate options by saying, "Let’s think of all the possible solutions."

Of course, there are situations where you as a parent need to step in. At these times, it is helpful to model your own critical thinking. As you work through a decision making process, verbalize what is happening inside your mind. Children learn from observing how you think. Taking time to allow your child to navigate problems is integral to developing your child's critical thinking skills in the long run. 

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Cognitive Development in 0-2 Year Olds

Learn about the rapid developmental growth that occurs in a baby's first year, especially, children's thinking abilities, or cognition..

There is a staggering amount of change, across all areas of development, between when a baby is born and when that same child turns 3. Seemingly helpless at birth, babies enter the world with a system of abilities and responses that lay the foundation for future abilities and skill sets. Babies are born with cognitive skills that allow them to recognize and respond to their caregivers. For example, they are able and ready to immediately hook the caregiver into a relationship with them — to get those who keep them healthy and alive connected to them immediately. The skills that let them do this are their visual fixed focal length (about the distance from breast to caregiver’s face), their ability to perceive high contrasts and contours (allowing outlines of things like a face to be defined), their orientation to human voices over other sounds, and their ability to recognize a familiar voice by the time they are a week old. In addition, they are able to recognize the smell of their own mother’s milk.

From birth until they turn 2, children are in what famous developmental researcher Jean Piaget calls the sensorimotor period. During this time, children use their senses and actions to learn and grow. This period begins with basic reflexes and advances through a series of “stages” to complex sensory and motor skills, and early symbolic thought. For games to play throughout the first year that will support cognition, try some of these ideas.

According to Piaget, during the sensorimotor period, children’s thoughts and understandings are limited to things they can directly perceive or do, as illustrated below in the chart by Dr. Kirsten Blount-Matthews, Professor of Psychology at Harper College:

While playing hands-on with your baby is always the best way to connect, sharing games or images online allows you to diversify the kinds of interactions you and your baby share. Be sure to talk to your child and engage her with meaningful questions or playful interactions as you and your baby explore baby-focused cognitive games that encourage sorting, peekaboo, and cause and effect understanding.

By the end of the sensorimotor period (between  18-24 months ), your child learns that she is separate from her environment and that objects continue to exist even when they are not perceivable (object permanence). At this age, your toddler is developing mental representation (creating and storing mental images), as evidenced by his ability to engage in deferred imitation (throwing a tantrum after seeing one at daycare earlier in the day, for instance). Your child will demonstrate intentional thinking and insight, is able to use mental combinations to problem solve (e.g., know to move a chair to their crib to reach in for their blankie), and is beginning to pretend (e.g., use a block as a cracker to feed a doll) — all hallmarks of the transition from sensorimotor to preoperational thinking.

The limits of what sensorimotor children can do has been proven in countless experiments since Piaget first documented them. However, recent research has also identified strengths and abilities not previously noted. For example, researchers have found that even very young babies can show surprise (by looking longer) at unexpected events (such as a screen that seems to fall through an object it hides). Longer looking time in these situations indicates that babies have some expectation that objects continue to exist when hidden by a screen, and therefore have some ability to form abstract representations from birth (contrary to what Piaget initially documented). While there is debate about what forms these representations take, and the extent to which children can utilize them, researchers now believe that babies build off foundations of learning that they are born with. In addition, they continue to learn about the world through observation  in addition  to sensorimotor actions.

Preoperational Thinking Sometime between  18-24 months , children enter Piaget’s second stage — the preoperational stage. This stage, which lasts from about 2 to about 6-years-old, is the time during which children learn to use symbols and representational thinking, such as language. At the onset of the preoperational period, children cannot yet use concrete logic nor take the perspective of another. They demonstrate egocentricism, where they believe that their thoughts are shared by others. These limitations notwithstanding, the time from 2 to 3 is another explosion of learning and thinking. Children are able to respond to simple directions, group objects by category, imitate more complex actions and show increasingly vivid use of the imagination. The time between 2 and 3 marks the transition from baby or toddler to preschooler! 

Cognitive Development

Reviewed by Psychology Today Staff

On This Page

• Building Blocks
• Imagination and Play
• Early School Learning

Research on infant thinking suggests that babies are more complex thinkers than was once believed. There is now evidence that, by the end of their first year, children are capable of logical reasoning, testing hypotheses about the world and spending time pondering unexpected discoveries. And, like scientists, babies appear to use process of elimination to come to conclusions.

Young children aspire to repeat the words they hear most often, but context is as important as frequency: Before they use words like the or and , babies focus on words emphasized by their caregivers, those that describe their environment, and their personal interests. Cultural influence also plays a role: In some regions, a child’s first words tend to include more verbs, and in others, terms referring to extended-family relationships come first. In the U.S., where labeling and naming objects is a common part of infant play, babies are more likely to learn words like dog, cat, duck, and kitty. Through large-scale cross-cultural studies, though, a few universal words have been revealed: mommy, daddy, hello, bye, uh-oh, and woof-woof .

Metacognition , or the awareness of your own thinking and thought processes, is recognized as an important step in cognitive development—for example, when a child reads a page of a book, thinks, “I don’t understand what I’ve just read,” and then rereads it. An inner dialog about our thoughts benefits problem solving and decision making, as well as making meaning of new information and experiences.

Early exposure to language, conversation, and different types of stories has proven benefits for young children. However, the idea that intelligence is “locked in” during a child’s first three years does not reflect what researchers have learned about plasticity in the brain. While the early years are vital, neither intelligence nor personality is cemented during that period.

An involved father appears to make a potentially significant difference. Research has shown that children are cognitively healthier when their fathers are actively involved in their lives—even if they don’t share the same home. Studies of divorced fathers, for example, have found that, when they overcome barriers to involvement, such as limited opportunities to communicate, and remain actively involved in children’s education, kids go on to achieve higher grades, avoid disciplinary measures, and are less likely to repeat grades.

Significantly. Early exposure to language is at the core of intellectual development, predicting language skills , cognitive ability, and academic achievement. Research has highlighted the importance of early conversation in the development of language structures in the brain: The more conversation a child experienced, the stronger the connections between regions of the brain responsible for speech production and comprehension. And a body of research has found that rich, complex conversational turns are also essential elements of language development.

Yes, but it’s better if the child is playing, not just listening. Research has discovered cognitive benefits from learning to play an instrument at a young age, including greater executive function and cognitive flexibility, increased focus, stronger working memory, and an ability to shift between tasks. The idea that simply exposing a child to classical music, in the womb or in childhood, will boost his or her intelligence—the so-called “Mozart Effect”—has been widely debunked.

From their environment. Children are highly attuned to the people and activities around them, and will notice that some people do not look like themselves and that others have more resources. Significantly, research shows, they also notice adults’ nonverbal reactions to each other and are able to detect (and mimic) bias even if they are not able to verbalize it. Studies find that it is not only the difference between positive and negative reactions that children notice, but also between positive and neutral reactions, leading to bias toward even those who only receive neutral reactions from others. Other research into what’s known as the contact hypothesis, however, shows that close interactions with people from other groups can effectively counteract bias at a young age.

Discriminating fact from fiction can be especially difficult for young children, since their experience of the real world is limited and so much of the media to which they are exposed is based in fantasy or magic. For example, to a child, a picture book about actual astronauts and one about fictional aliens may appear equally real. Yet research shows that, as early as age 3, many children have developed an ability to determine whether content from stories and videos applies to the real world. A parent’s testimony of how the world works is an essential element in this development, along with children’s growing experience of the real world.

There has been a good deal of debate over the years about whether stories of Santa Claus, and parental efforts to actively maintain that Santa and other holiday-based characters are real, are harmful to children and their cognitive development. Research shows, though, that virtually all children figure out the truth about Santa Claus by around age 7, even without their parents confessing the truth, and that few children react negatively to the discovery. Children, research further suggests, implicitly understand that fantasy and pretend play is a healthy and fun part of their own development and so they rarely come to resent adults sharing fantasies with them.

Significantly. Unstructured “ nature play ,” as researchers call it, appears to positively affect development in a range of ways, including cognitive development, creativity, emotional development, social skills, fitness and motor-skill development. Such playtime is especially beneficial when it is unstructured, and children are allowed to physically and intellectually explore the natural world as much as possible without the direction of their caregivers. Many advocates, however, believe that children today are given much too little opportunity to explore the natural world.

Many experts worry that children spend too much time on screens and playing video games, and while parents should aspire to a balance of activities for their kids, a growing body of research shows that time playing video games —particularly action-based games—when not excessive, can bring some cognitive benefits, such as enhanced perception, executive function, mental flexibility, attention, memory, and decision-making skills, as well as improvements in visual processing. It may even help children overcome some of the effects of dyslexia.

Not necessarily. While some studies claim to identify a link between screen time and decreased cognitive development in young children, such research has been focused on the amount of time in front of screens as opposed to its content or level of interactivity—and the purported levels of decline are statistically rather small anyway. Other research actually suggests screen time that is not excessive, and that involves compelling viewing or engaging interaction, should not hamper a child’s development.

It may appear that this is the case, but research shows that the benefit does not last. Formal early learning does produce clear short-term gains for young children, giving many a head start in kindergarten or first grade. But the effect fades quickly: By second or third grade, children who attended formal pre-kindergarten programs are no longer further advanced academically than kids who started their schooling later; in fact, some research suggests that those who started earlier eventually fare worse than others.

Experts have long debated whether preschool and kindergarten programs should emphasize academic skills or socialization , but a growing body of research supports the latter, for both social and cognitive benefits. Some studies have suggested that while students raised in poverty who attended academic early-childhood programs had initial advantages over peers in elementary school, children who went to play-based kindergartens started earning higher grades by fourth grade. No matter what type of program a family chooses, emphasizing play, socialization, and initiative at home during early childhood delivers clear benefits for children in later years.

Take an active role in their education by helping them build a “scaffold” for achievement: Emphasize the importance of education by talking with them regularly about their school day, communicate with teachers, volunteer in school, and check in on homework—without being intrusive or jumping in to correct their work. In general, giving kids as much autonomy as possible , even when they encounter occasional setbacks, will help them build confidence in their own abilities and give them a better chance of achieving success down the line.

Children can gain some clear benefits from early exposure to computers and to programs that help them learn to read and write, and encourage creativity. But a body of research also shows that students remember information better when they write it down than when they type. Many schools today no longer require students to write their notes but it would benefit parents to encourage their own kids to do so anyway.

Observations of play in Tokyo revealed that Japanese children tended to engage in more rule-based, academic play than is typical among American children.

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Parents' Guide

Developing critical thinking in preteens, introduction.

Teaching your child how to think critically and how to be a critical thinker is now more than ever an important foundational responsibility of parenthood. Challenges abound and there are more pitfalls in today’s media and technology driven society.

Throughout this guide you’ll find case studies, practical exercises, resources, and informational pages designed to assist parents to better understand age specific developmental factors that influence how children can the necessary develop critical thinking skills they need to effectively navigate their formative years as well as their future adult lives.

The four factors (basic reasoning, self-esteem, emotional management, and social norms) we examined in the first part of this guide, concerning children aged five to nine, are still relevant when considering the development of critical thinking in young people aged 10 to 12.

Why is it important to develop critical thinking skills?

Critical thinking is the ability to think clearly and rationally about your actions and your surroundings. Children, given their formative stages of development, are especially vulnerable to outside influences as they’re still developing their capacity for independent thinking and personal identities.

A strong foundation with regard to critical thinking skills allows children to better navigate their surroundings and their relationships with their parents and peers, and even with themselves. The development of these skills is a lifelong process and you may find that even you, as a parent, can gain valuable insights into your own personal development.

Ways to increase critical thinking skills

The development of critical thinking in children aged 10 to 12 will be particularly influenced by the following three factors, around which this section of the guide is organized:

• The development of the ability to reason logically, allowing children to go beyond everyday argument.
• Puberty and its implications for children’s interests, self-esteem, and ability to manage their emotions.
• The digital universe, including video games, internet use, and the development of a new social life (or pseudo-social life) on social networks targeting young people.

These factors both deepen the child’s development in critical thinking and present new obstacles. There is much parents can do to help them further their development along productive tracks and avoid potential pitfalls. 

In terms of reasoning, the big step forward at this age involves the heightened capacity for abstraction and formal logic. Where younger children apply rudimentary reasoning to concrete situations encountered in everyday life, the 10- to 12-year-old begins to draw more general conclusions from his or her everyday experience. Parents can encourage this move to greater abstraction by continually challenging their children with more complex discussions at home and by working on basic formal logic exercises with them. 

This development is challenged by both the onset of puberty—along with the emotions and the process of individuation that accompany it—as well as by the new digital distractions children are increasingly exposed to during this period. Social networks, especially, can put a strain on children at this age.

But if adolescents manage to overcome some of these obstacles to cognitive development, critical thinking can itself serve as a way to channel some of their new energy, curiosity, and desire for independence. By recognizing the changes their child is going through and facilitating intellectual growth, parents can help make this challenging time an exciting and productive one, and prepare their children for the further cognitive advances to come in young adulthood. 

1. Cognitive Biases

As children’s cognitive capabilities mature, they begin to reason and make judgments about more complex topics. but children are often highly  vulnerable to cognitive biases and errors at this age. they tend to generalize based on their own limited experience., parents can help by encouraging children to reflect on their limitations and by bringing up alternative perspectives..

In children aged 10 to 12, the argumentative capabilities that we have analyzed in younger children can mature into lines of genuine reasoning, which are increasingly effective and cogent. Logic, therefore, comes to play a more important role, even though at this age it is primarily applicable only in concrete and imaginable situations and remains subject to multiple cognitive biases. 

What is cognitive bias?

We have already discussed briefly the kinds of biases that young children can begin to overcome through metacognition and engagement with new experiences and perspectives. “ Cognitive biases ” refers to something more specific: mistakes we tend to make in processing information. These are recurring cognitive tendencies that lead us to make errors over and over again. Cognitive biases are analogous to the biases in our perception that produce, for example, optical illusions.

What are examples of cognitive bias?

At a higher cognitive level (for example, in memorizing and recognizing), we encounter cognitive biases. For example, we memorize faces in the context in which we encounter them. If, for example, I only ever see the local baker in the bakery, we may well struggle to recognize each other if we meet by chance on vacation. This is a cognitive bias. 

How can you overcome cognitive bias?

We have all experienced this human bias, but recognizing real life examples of cognitive bias requires a metacognitive process. Unfortunately, metacognition (that is, being aware of a bias) often does not help us correct it. As a rule, the lower the level at which the bias operates (for example, in perception), the greater its resistance to metacognition.

Yet, there is an area in which metacognition does manage to correct certain common cognitive biases: the sphere of social cognition. For example, our cognitive system tends to produce overgeneralizations, which is how social stereotypes are born. The idea that “women are kinder than men” is a social stereotype.

If we learn to understand through metacognition (that is, through a cognitive process capable of analyzing, even correcting, other cognitive processes) how our tendency to overgeneralize leads us to harmful, unjust, and even dangerous stereotypes, we can thus try to stop ourselves from overgeneralizing and overcome common biases. In social cognition, metacognition (which can be improved with practice) is effective in reducing the possibly disastrous effects of cognitive biases.

2. The Development of Reason

At this age, children’s reasoning evolves from a focus on the concrete world toward increasingly abstract problems. children make progress by way of challenges that force them to think more abstractly., parents can help by supplementing their school learning with games, discussions, and problems that exercise their emerging logic and reasoning abilities., what does reasoning mean.

Reasoning is defined as the process by which you reach a conclusion after thinking about all the facts. There are several types of reasoning and each provide some insight into how the human mind processes information. The most commonly referenced types of reasoning are deductive reasoning,  inductive reasoning, and abductive reasoning.

What are 3 types of reasoning?

Deductive reasoning is a formal logic process of reasoning  that uses information from one or more statements or premises  to reach a logically certain conclusion. It’s a form of top-down formal logic that you use everyday to navigate both small and large tasks and problems.

Inductive reasoning is a method of reasoning in which observations are taken and considered as evidence for a plausible truth. It’s a bottom-up logic that unlike deductive reasoning doesn’t end with a certain conclusion but rather a probable conclusion.

Abductive reasoning is a form of logical inference that seeks to find the most likely conclusion from a set of observations. Like inductive reasoning this form of reasoning leads to a probable conclusion rather than a certain conclusion. Where they differ is that abductive reasoning looks for a cause and effect relationship whereas inductive reasoning seeks to form probable conclusions from general rules.

Reasoning skills

In terms of reasoning skills, children aged 10 to 12 undergo a stage between the “concrete operational stage” (where children reason only with immediately present objects) and the “formal operational stage” (where abstract reasoning detached from the sensory world becomes possible). 

It is worth reiterating that from the age of nine or 10, children improve their ability to conceptualize and create lines of reason and reasoning that still nonetheless require a direct relationship to concrete factors. A certain degree of abstraction also allows children to develop reasoning ability and grapple with disciplines like mathematics beyond arithmetic. It becomes possible for them to resolve problems involving numbers and reasoning, but which still involve immediately present objects. The ability to systematically resolve abstract problems involving several variables is rare at this stage.

From the age of 11 to 12, children gradually develop what Piaget called “formal operations.” The new capacities that come with this stage, such as working logically with if-then statements and establishing abstract relationships, are generally mastered around the age of 15 or 16. At the end of this stage, teenagers can, like adults, use formal and abstract logic, but only if they have learned the language of logic (“if,” “then,” “therefore,” etc.) and have practiced using it. Teenagers also become capable of extrapolating and generalizing on the basis of concrete situations.

Therefore, between the ages of 10 and 12, children should be stimulated intellectually and pushed to reflect on and establish lines of basic logical reasoning. In this way parents can help them gradually move beyond the everyday logic based on action and observation onto logic based on rules of deduction that are independent of the situation at hand.

Reasoning examples

Our mind develops concepts by extracting shared features from a variety of different objects. For example, young children who hear the word “tree” spoken by others every time they encounter a dry plant 1 to 2 meters tall (dry climate trees like the Sahelian tree) will automatically extract shared features in order to produce a model of the concept of a tree. 

But they have never had a formal definition of the word. If we take these children to a temperate climate for the first time, stand under a verdant 20-meter oak tree, and tell them it is a tree too, their previously established model will collapse. This immense object, very leafy and very green, with a central, vertical trunk, does not respond to their “visual concept” of a tree —based only on small, dry plants. This collapse forces the cognitive system to revise its concept of tree, defining it with more complex and increasingly abstract properties that are common to the large, green oak tree and the small, dry plant.

Patterns and Reasoning

We learn about our environment and our native language in this way, departing from concrete situations and creating an assembly of memorized links between words and sensory representations.

It would be convenient to have a formal, universal definition for a tree and to simply insert it into a child’s cognitive system. But this is impossible: on the one hand, because children have yet to master basic language and even less so logical language; and on the other, because children are not yet capable of learning by deduction.

But children can train themselves to identify and extract invariable properties of increasing complexity—creating a mental representation of the world by repeatedly calling into question and refining the concepts created by the cognitive system. Through this process and through the progressive accumulation of vocabulary, children become capable of extracting representations not only from sensory fact, but also from previously memorized representations.

One way to define thinking is the articulation of representations combined at will through language in one’s mind. When this combination of representations is structured by links of deduction (if-then statements), this thought becomes reasoning.

A field of immense possibilities opens up before teenagers, who become able to reason toward universal conclusions in unfamiliar contexts.

Near age 10, situations requiring logical deduction will be gradually encountered at school. Students will be forced to consider when and how to use basic operations to resolve concrete problems. These situations are also sometimes encountered in a family setting, if the child’s parents promote an environment favorable to reasoning and if they take the time to make sure it benefits their child.

Through encountering situations requiring deduction, in which we collect data, work through it rationally, and reach a conclusion, children will gradually manage to identify invariable properties in the data and to internalize the rules for deduction. 

This begins developing slowly but surely around the age of 11 and stabilizes toward the ages of 14 to 15. This is how children reach the formal operational stage. Reasoning no longer requires imaginable, concrete situations. It no longer requires concrete elements, and it is even freed of the need to draw on memories of previously resolved problems. A field of immense possibilities opens up before teenagers, who become able to reason toward universal conclusions in unfamiliar contexts.

But this only happens if they are spurred on by having problems to resolve. Logical ability only improves with training. Adults must therefore encourage children to resolve problems. The struggle will create multiple new neural pathways and networks in the brain. These challenges are indispensable for the development of the brain and the capacity for reasoning.

3. Universal Reasoning

As their reasoning becomes more abstract, children can begin to construct arguments of increasing complexity. they also start learning to identify errors in other people’s arguments..

The capacity for universal reasoning—using the logical rules of deduction—begins to grow around the ages of 10 to 12. This means children can start using logic in situations that are not concrete—in areas that seem ruled only by language. The development of this faculty allows children to turn a critical gaze on someone else’s remarks. At this age, reasoning can become a powerful tool, especially to combat faulty or misleading reasoning.

During this intermediary stage, between the ages of 10 and 12, it is fundamental that parents train themselves if they are to aid the development of logical competence and critical reasoning in their children. To this end, families can play logic games, escape games, enigmas, or investigative games such as Clue together, combining the task of reasoning with fun.

If the child rounds off what they have learned at school within a family environment which promotes reasoning, this places their critical faculties in good stead when it comes time to progress onto more powerful, more universal critical reasoning.

We have seen that from the ages of five to 10, argumentation is a way of nourishing the child’s critical faculties in the period prior to the development of reasoning faculties. From the age of 10, the development of logical skills and the growing body of acquired knowledge will allow the child to combine argumentation and reasoning to support the effective use of critical thinking.

It is far easier to weaken, or even disprove, an idea through critical reasoning than it is to demonstrate its validity. For example, if someone makes a sweeping statement like, “Female politicians are all less aggressive than male politicians,” one needs only to use a  counterexample to prove that this is false. 

It would be more difficult to disprove the claim that female politicians are less aggressive than male politicians, on average. We cannot prove this false by way of a counterexample, a single “aggressive” female politician. 

This kind of logical error is often made even by adults. Demonstrating that the latter proposition is true or false would require a rigorous method, reliable indicators, and statistical calculations. By undertaking this kind of logical procedure, we can teach older children to go beyond mere argumentation.

Universal Reasoning

4. puberty and adolescence, the age between 10 and 12 is particularly fraught for many children because of the physical changes brought on by puberty. it is also a transitional phase in their cognitive development. strong critical thinking skills can help stabilize this period, especially if children are able, with the help of their parents, to avoid distractions., encouraging effort in the name of deferred gratification.

Some evolutionary biologists go as far as to claim that an individual’s singular journey through life is a  mere illusion : that our entire body works solely for the benefit of our species. Even if this claim seems ludicrous, it’s worth considering in light of the power of hormones, which can deeply affect children’s personalities and behaviors.

When the reproductive system begins to function, sexual hormones induce changes and veritable upheavals on every level. The brain is deeply impacted, and several interests and character traits can change considerably. 

Puberty is itself influenced by numerous biological, psychological, cognitive, sociological, and chemical factors. We are seeing an increasingly early onset of puberty as a result of synthetic chemical substances called endocrine disruptors . 

Exposure to media outlets and the internet plays a role in this as well: sexualized content that is increasingly accessible to young people contributes to directing their central nervous and hormonal systems (consciously or not) toward competition, seduction, aggression, and sexual impulses—in short, toward the survival of the species.

The immediate pursuit of pleasure is encouraged prematurely in pre-adolescents by advertising, magazines, films, TV, and the internet. Social norms also push in this direction: sports personalities, artists, educators, and psychologists talk more about pleasure than they do about effort. Yet, we have seen that, at the age when puberty starts, reasoning and formal logic gradually start to take root through practice and intellectual effort.

Puberty vs. Critical Reasoning

There are two opposing movements at play. On the one hand, we have the development of knowledge and understanding (language, reasoning, problem solving). This takes place through school, family, sports, the arts, and certain media outlets that can aid the development of the faculties of reasoning and critical argumentation. 

On the other hand, puberty and the norms of immediate gratification and freedom for all tend to direct thoughts and behavior toward rapidly attained pleasures that require the least possible effort—far from the demands of critical thinking.

It is therefore wise to start training children as early as possible (from earliest childhood) to use their faculties of reasoning. Once this habit has taken root, not even puberty or phases of adolescent conflict can destroy these critical faculties. They become something akin to a second language.

Teenagers do not destroy their mother tongue even if they reject virtually everything associated with their family and society. They may use terms and expressions specific to their age group, but these remain rooted to the language they learned when they were younger.

The window between the ages of 10 and 12—the pivotal moment between childhood and adolescence—is an optimal time for developing and consolidating critical faculties.

Likewise attitudes, behavior, and understanding acquired prior to their adolescence may be called into question during this critical period. But they are not wholly eliminated, and they also return at the end of adolescence. This is, in fact, how our culture is passed down.

In fact, intellectual curiosity is often high as students reach the end of primary school. Psychoanalyst Melanie Klein called this thirst for learning, “the  epistemophilic instinct .” Freud spoke of the  sublimation  of impulses at this stage, that is, the diverting of energy from unconscious sexual impulses toward sporting or intellectual activities.

We should seize this moment before puberty to direct children toward intellectual pleasure and critical reasoning. Children from ages 10 to 12 have the capacity to hone their critical faculties for reasoning and argumentation. They must be exposed to a multitude of subjects and be encouraged not to accept everything they read or hear. In a majority of cases, this works well. The influence of parents and schools remains solid even as the need to affirm and distinguish oneself develops.

5. Adolescent Social Life

Children’s social lives tend to undergo dramatic changes around this age, presenting new challenges. these can put a strain on children’s emotions. parents can help by encouraging growth and new intellectual pursuits pursuits as well as helping children identify interests that will engage them., social development in adolescence.

In addition to changes in personality and behavior, puberty tends to set in motion changes to the child’s social life. It generates a massive boost of individuation in children, and thus their parents’ “fall from grace.” Children begin distancing themselves from their parents, both on a psychological level and at the level of occupations and interests.

Pre-adolescents start to define themselves by their circle of friends at school or elsewhere. New social influences gradually contribute to the decoupling of children from their parents.

In these new social encounters, as well as in intellectual challenges, children often experience error and failure along with many other social challenges of adolescence. These can be tough experiences at this age in terms of identity and emotion. On a neurophysiological level, sexual hormones increase emotional instability. On a psychological level, the conflict between the desire for emancipation, on the one hand, and inexperience and gaps in knowledge, on the other, brings failure, notably in human relationships.

Children seek to break out of the family cocoon through their ideas, tastes, actions, and activities. But their lack of experience often makes them awkward. Parents must help them to deal with their errors in practical terms and without histrionics. Parents must also encourage them to persevere without bringing their whole existence into question at the slightest mistake.

Emotional social development in adolescence

At 10 to 12 years of age, emotional management becomes challenging. Emotional management takes place in nerve centers that are still immature at this stage. And puberty, of course,  intensifies emotions  and can lead children to act out.  

By spending enjoyable downtime with their children (going fishing or playing chess, for example) parents can help them rein in the chaotic side of their emotions and restore a sense of calm while addressing the social needs of adolescence. With their emotions in check, children can access their critical faculties more serenely, drawing upon their cognitive faculties without being overwhelmed by emotions that are too strong to manage. 

At this age, critical faculties can respond to rigorous intellectual demands. The prefrontal lobe has developed considerably, allowing executive functions to analyze situations, break down problems, and plan the stages and actions required to resolve them. This executive understanding combines with a growing mastery of language—both in comprehension and production—to develop critical reasoning and enable children to deal with complex situations or ideas. 

But we must consider the growing individuality of pre-adolescents and help them find and develop their own interests so that they can invest in them and hone their critical faculties on them. Cultivating their interests and assisting them in their reasoning not only helps critical faculties mature into ingrained character traits, but also helps critical thinking mature into critical reasoning. By finding happiness in applying their reasoned point of view to areas that interest them, children will learn to practice such critical reasoning more generally.

At this age, other people’s perspectives play an increasingly important role for children. Though they may seem to be becoming more independent, often children are just coming under new influences. Friends, YouTubers, and other figures gradually replace parents.

What are some factors that influence emotional changes throughout adolescence?

We must consider the growing individuality of pre-adolescents and help them find and develop their own interests so that they can invest in them and hone their critical faculties on them. Cultivating their interests and assisting them in their reasoning not only helps critical faculties mature into ingrained character traits, but also helps critical thinking mature into critical reasoning. By finding happiness in applying their reasoned point of view to areas that interest them, children will learn to practice such critical reasoning more generally.

At this age, other people’s perspectives play an increasingly important role for children.  Though they may seem to be becoming more independent, often children are just coming under new influences. Friends, YouTubers, and other figures gradually replace parents as their social development deepens..

Parents should alternate between playing the role of educators and protectors and that of supportive “friends” who help their children become individuals.

It is essential to reinforce positive sentiments toward children and to spend quality time that is not “educational” with them. This maintains a healthy bond and parents’ influence despite normal and necessary individuation. Quality time such as this will contribute greatly to maintaining high levels of self-esteem. Children also won’t feel as if they are simply education receptacles. By participating in, rather than resisting, individuation parents can better protect their children from harmful influences of undesirable friends or the internet.

Self-Esteem

For children aged 10 to 12, social aspects of adolescence and the development of self-esteem are intrinsically tied. This requires striking a balance between educational time and time for fun, where the hierarchy of teaching is put on hold. In such moments, children feel that they’re being treated as people and can more easily accept the advice and authority of parents and educators in the face of other influences, which may turn out to be harmful or dangerous.

Parents should alternate between playing the role of educators and protectors and that of supportive “friends” who help their children become individuals. If this balance is struck successfully, children’s self-esteem becomes firmly rooted. Their critical faculties can, furthermore, be used to reject harmful influences.

But from this point onward, an opposing force to critical thinking is a part of many children’s lives: the digital universe.

6. Media and Children

At this challenging age, digital distractions can easily become a way for children to avoid painful emotions. parental control software and other limits can help control how media influences child development. but it’s more important that parents help their children work through these emotions. parents should also spend time discussing the harms of excessive screen time with their children..

For 10 to 12 year olds, the digital universe is principally centered on two domains: gaming and using the internet to watch videos or simply browse.

We have seen how puberty exacerbates emotions, which makes it more difficult to manage them. The primary challenge is to resist the temptations of instant gratification and of giving in to one’s impulses. Controlling and distancing oneself from one’s own emotions is indispensable to critical thinking and reasoning at any age.

Impact of media on children

You may be wondering what are the negative effects of media. The digital universe has an adverse effect primarily on emotional control. 

Firstly, gaming, like web browsing, transports us into the realm of imagination and magic, akin to that of our earliest childhood. For example, we can have many lives after having been “killed,” we can teleport wherever we like, and we can rapidly obtain answers to numerous questions. This begs the question of what effect this has on the immediate gratification of our impulses. Yet, this seemingly infinite power does not reward the effort and distancing necessary for the development of critical thinking and reasoning.

Moreover, we have seen that children’s distancing themselves from their parents is complicated, notably because their identities are still works in progress. Online, children witness the emergence of a new cohort of idols from YouTube and elsewhere. They also encounter multiple characters while gaming; they can even begin to identify with these characters. 

In this way, grappling with frustrations linked to puberty (foiled freedoms and impulses) and with an identity still “under construction,” children can escape their negative emotions through gaming: at the push of a button they can enter a separate world. Alternatively, they can assume an online life through videos posted by other children.

By fleeing their emotions through digital distractions, children deprive themselves of an opportunity to reflect on and overcome their emotions and impulses.

Parental control software theoretically provides a means of blocking violence and pornography, but it can do nothing to block the sea of stupidity and false information that circulates over the web. Furthermore, children can access violent video games from friends.  Aside from parental control software, several media planning tools such as the AAP public education site, HealthyChildren.org and the AAP Internet safety site can provide additional guidance on helping children navigate the digital landscape safely as well as help you form a family media plan.

How media influences children's behaviour

By fleeing their emotions through digital distractions, children deprive themselves of an opportunity to reflect on and overcome their emotions and impulses. In other words, they don’t learn to manage their emotions and to put them in context through metacognition. This would help them override their emotions through reasoning and help them take a more objective, critical perspective on themselves and others.

Negative emotions linked to frustration and identity are normal during this period. These negative emotions, and the child’s processing of them, are what pushes the mind to reconfigure itself, managing suffering by interpreting and grappling with the challenges of growing up.

The effects of media on children are numerous.  Too much time spent playing video games or on the internet stunts the development of emotional management capacities and, by extension, of critical thinking. In addition to their addictive side effects, video games and the internet can bring about neuropsychological effects not unlike the effects of drug use .

7. Video Game Addiction

Video games are more widespread and accessible than ever. addiction and overexposure are genuine problems that can stunt children’s cognitive development. parents should be clear about these problems with their children and take steps to address them early on., causes of video game addiction.

Video games are more accessible and inexpensive than ever. Phones, tablets, and computers can all be used for playing video games. And the days when video games could only be played on pricey consoles are long gone. Accordingly, the video-game business model is evolving.

Today, many children aged 10 to 12 own a phone, a tablet, and/or a console. And, of course, today these technologies can all be easily and systematically connected via the internet. The “freemium” subscription model entices many children to nag their parents to purchase such-and-such virtual accessory. A  game that was initially free can end up costing a lot of money.

We know that this intermediary period between childhood and adolescence is a sensitive time. Many children, especially boys, are drawn in by games in which power and violence predominate. These video games respond simultaneously to impulses aroused by puberty and to the need to escape the unpleasant realities of daily life (e.g., school). Such games are more and more commonly designed to be addictive. Today, children’s addiction to video games is an affliction recognized by both psychiatrists and psychologists. Of course, not every child who plays these games reaches this point, but addiction must be recognized as a danger.

When asking how to stop video game addiction it’s important to understand the underlying mechanisms at play. Our brains are genetically programmed to seek pleasure and satisfy our impulses. It is only education that can lead children to control and defer their impulses. The pleasure of playing a video game and being forced to stop sets off a sensation of withdrawal from the so-called neurological reward circuit. This is the same addictive mechanism at work with drugs, cigarettes, and alcohol.

The part of the brain which allows us to defer pleasure and control our emotions and impulses is located in the prefrontal lobe. If children regularly cave in the face of immediate gratification, they do not have the mental energy to self-regulate. From the age of 10 to 12, the prefrontal lobe, whose function is to inhibit, is far from being fully developed (which happens after the age of 20). What’s more, the less children try to stop themselves playing, the less they reinforce their inhibitive neural networks, and the more difficult this task becomes.

Anyone who becomes a video game addict, be they a child or adult, begins losing interest in other activities.

Effects of video game addiction.

What relationship can we establish between this phenomenon and the development of critical thinking and reasoning? Addiction to any substance or activity adversely affects our self-image. Anyone who finds themselves addicted, be they children or adults, begins losing interest in other activities. They don’t feel that intellectual, cultural, or sporting activities have anything to offer. The only things that are important are immediate gratification and that which invokes it. This no longer leaves any room for critical thinking and reasoning and can even cause regression.

Addicted children will rationalize their lack of motivation by stating that everything else is uninteresting and that they play the game out of free will—because it’s the only interesting thing out there. This absence of critical thinking about oneself will forestall the possibility of shaking the addiction and even leads to video game withdrawal.

Overexposure to video games can therefore be disastrous for pre-adolescents and teenagers in terms of the development of their critical faculties. It can affect children’s future for good. It can deprive children from experience in sublimating their impulses and in taking joy in learning.

How to stop video game addiction

Wait as long as possible before introducing children to video games, other than those which are cognitively or intellectually stimulating. 

Guide children in the direction of games that do not play into impulses linked to domination, violence, or seduction, but that instead stimulate curiosity and reflection. You can find some good examples here .

If children have already taken a liking to an addictive game, it will be necessary to limit their access to it and to make it conditional on participating in other activities that facilitate critical thinking and reasoning.

Parents should also converse with an addicted child to try to get them to recognize that games are stifling his or her interest in other things.

It is critical to pay attention to all of these considerations and keep an eye out for any signs of game addiction for children around the age of 10. Once puberty hits, it will be a lot more difficult to call into question addictive behavior and simple, instant gratification.

Video-Game Addiction

8. children and the internet, like video games, the internet can pose serious problems for children’s cognitive development. online advertising, inappropriate content, and bad information can all hamper children’s critical faculties., parents should impose limits, keep an eye on their children’s activity and habits, and spend time browsing the internet with their children and practicing good habits..

The Internet can be an extraordinary tool for developing children’s critical faculties, but, if it’s used without care or reflection, it can quickly become toxic.

Everything that has been said about video games also applies to various parts of the internet.

Studies have shown that a significant percentage of children  have already watched pornographic videos . Just as in the case of video games, these videos can become addictive and have the same effects on critical thinking and reasoning. Moreover, unlimited viewing of pornography from the age of 10 to 12 disturbs children when they are at an important developmental stage.

Also troubling can be the personal channels run by video content creators. Certain channels have millions of followers  who are often very young children . Some of this content is, well, drivel, and some inspires violent, provocative, and/or disrespectful behavior.

The Internet is, for this younger generation, the place where the “truth”—the world beyond their limited experience—emerges. Earlier generations had the same relationship to what they saw on television. But the internet has an almost boundless capacity for broadcasting, targeting, and updating.

We must help children learn to evaluate information online by reading and browsing attentively and checking facts.

Internet safety for children.

“ Fake news ” arises from the convergence of this power, the ill intentions of certain agents, and a lack of critical acumen in consumers analyzing information. This is a growing problem. We must help children learn to evaluate information online through attentive reading and fact-checking.

Texts, videos, and photos are always uploaded for a particular reason. We must first teach children, as soon as they start using the internet, that online content on is not necessarily true. This must be repeated tirelessly.

Sources must be viewed as having varying degrees of credibility (something that bears repeating to adults as well). Wikipedia should not be equated with reputable educational institutions like Harvard or Oxford. We should also teach students which sites are reliable for each area of knowledge, whether it be IT, science, or culture.

How should parents monitor their children's internet use

Parental supervision on the internet is essential. Parents should keep quantitative and qualitative surveillance over children’s Internet browsing. For this, parental control software is required. But this is becoming more and more difficult, notably because of mobile phones, which can access the internet in its entirety. It is therefore necessary to spend time browsing with children, to set a good example of healthy browsing habits. Stupid, derisive, pornographic, and violent websites and videos must be forbidden.

Internet risks for children are numerous. That said, we must not lose sight of the fact that the internet also provides a magnificent opportunity to develop children’s critical faculties. If children are guided well by their teachers and parents, they will find many activities to nourish their curiosity, increase their general knowledge, laugh, and encounter artistic (or other) expressions of emotions. They can also be entertained by videos on the art of rhetoric and logic, which are not taught in elementary or primary school.

Excellent content and methodology for developing critical and reasoning faculties can be found on the internet. It is all a question of adults guiding children. The adults themselves must call into question their own use of the internet and their own application of their critical faculties. We can only teach what we know. Here are a few examples of reliable educational content online:

PBS | Encyclopedia Britannica | Library of Congress | Digital Public Library of America | Khan Academy | TedEd

Searching the Web

Browsing and marketing.

Whereas younger children are typically only capable of refining their everyday reasoning, which is bound to a particular concrete situation, adolescents are increasingly able to use abstract reasoning and formal logic in arguments. They can formulate and evaluate deductive arguments. 

At this stage, therefore, parents should begin to push their children to formulate arguments in more coherent logical terms. They should point out mistakes in logical deduction, logical leaps, or the use of unwarranted generalizations, and they should challenge their children to use more abstract reasoning in evaluating the claims that others make.

Consider the following anecdote:

Lionel, 11 years old, says to Pamela: “Motorcyclists are all reckless drivers. My father doesn’t have a motorcycle. So he’s not a reckless driver.”

From the age of 10, more and more children, when tasked with a puzzle requiring the use of logic, can respond like Helen does: “Just because your father doesn’t have a motorcycle doesn’t mean he’s not a reckless driver.”

It is unlikely that a 10 year old would come up with such a response but it becomes increasingly likely as they approach the age of 15. 

Yet, some adults can make claims like Lionel’s over the entire course of their lives, fostering a culture of illogical thought within their respective families. This will contribute to difficulties with mathematics, which will appear as soon as higher reasoning beyond arithmetic is required.

At this age, it is possible for children to begin to grasp logical concepts and logical entailment more precisely. Their development in this regard can be helped by prompting from parents and teachers. Ask them, for example, to explain exactly why Lionel’s argument doesn’t work. Are the facts on which he bases his argument true? Does his conclusion follow from them? How could he change the argument to make it coherent? 

During early adolescence, puberty inevitably threatens to interfere with schoolwork, attention, and cognitive development more generally. It is crucial for parents not to make their children feel ashamed about these changes or blameworthy for them. Instead, parents should be sure to reinforce the fact that these changes and the challenges they produce are universal and positive. 

At the same time, they should help their child prevent the challenges of puberty from interfering with developmental goals. In the anecdote below, two different approaches to addressing a problem puberty presents to cognitive development are offered.

Sarah and Paul are in sixth grade. This morning, they are seated next to each other in science class. The teacher is lecturing on the diversity of living beings and their classifications.

Sarah and Paul share a passion for animals and would normally both be interested in the teacher’s lecture. Yet, since the beginning of term, they have fostered a romantic interest in each other, passing notes of affection written in their diaries, not following anything taught in the class, and certainly not taking any notes on the coursework.

The teacher eventually picks up on their behavior, confiscates the notes, and contacts the two children’s parents.

Sarah’s father, who is very angry after speaking with the teacher, summons Sarah for “a discussion.”

He forbids her from sitting next to Paul in class. “You’re too young for this,” he tells her, alluding to the love notes exchanged between the two kids. Furthermore, he declares, from now on, every night he will check to see if Sarah has taken notes in all of her classes that day. “And if this keeps up, I’ll contact Paul’s parents and find out exactly what is going on,” he concludes.

Sarah goes to her room, sobbing and feeling ashamed.

Paul’s father waits until bedtime. As he goes to wish his son goodnight, he tells him that he received a phone call from the science teacher. “He’s worried about your studies, you know. He doesn’t want you to give up on science.” 

Paul’s father then talks to him about Sarah. “Being in love is a beautiful thing, and I’m happy for you. It’s the best thing that can happen to you. But you need to be careful. It’s such a strong emotion that it can sweep away everything in its path! If you and Sarah neglect your school work, you will have to catch up on your classes from your friends, and it’s not easy to understand someone else’s notes, because everyone has their own way of doing it. 

“Plus, if you don’t listen in class, a great deal of information slips by you; and then you’ll be in trouble for your exams. The risk is that you or Sarah, or both of you, will get bad grades. That’s not what you want, is it? Neither for you nor for Sarah? Promise me that you’ll talk to her. You will have other moments to talk to each other. She can come here one afternoon, if her parents are okay with that, or she can come to the movies or the swimming pool with us some time.”

In this situation, we can figure out two distinct reactions from the parents:

Sarah’s father tries to overcome the problem by imposing a ban on his daughter. He is denying the beginning of puberty and the impulses that arise from it, construing her behavior as inappropriate. In doing so, he is not ridding her of these impulses, but rather simply inciting her to hide them and even to be ashamed of them.

Paul’s father explains to his son that he understands the situation and that he accepts it . He even says that, in certain respects, it is a very positive situation. He recognizes and acknowledges the beginnings of puberty and the impulses it arouses in his son. For all that, he doesn’t deny the difficulties it produces and tries to make his son understand the risks for both children, how the situation could work against them and eventually cause them a lot of harm. To this end, he proposes several options, including inviting Sarah around outside of school hours. He wagers that his son’s capacities for reason will allow him to overcome the situation, and he assures Paul of his support.

Along with the internet, video games present adolescents with new temptations and new potential obstacles to cognitive development. At its worst, video-game addiction can lead adolescents to replace the real world with a fantasy world. They can come to identify too strongly with fictional characters. Real life can begin to seem dull by comparison with the fast-paced thrills of the game. The consequences for adolescents’ patience, emotional stability, and concentration can be dire.

Twelve-year-old William clutches his gaming console. Playing in his darkened room he prepares to attack a pack of seemingly peaceful wild boars. It’s his first mission of the day. He shoots; the wild boars become enraged and, grunting, surround him, charge, and trample William underfoot. In spite of the assault rifle that he just bought for 50 cents, William is no match for the onslaught. 

On screen, William’s avatar lies dead on the ground. A message appears on the screen, suggesting that he dissociate his soul from its current body and find a new one to inhabit. William accepts. Now William only has an hour to find another body for his avatar, and the countdown has already begun. If he fails, he will lose his streak and the weapons and features purchased using his parents’ credit card. He makes the most of his new status as a phantom, flying over lakes and volcanoes until he reaches the Isle of Sirens… 

A light knocking at his bedroom door diverts his attention. William’s father has come to tell him that it’s lunchtime. But William can’t come down to eat; otherwise he will die. His father insists and his voice goes up a few notches. William flies into a blind rage.

In the wake of this incident, how might William’s parents bring up the issue of video game addiction with him? Here is one suggestion:

“William, this video game has started to take on a problematic role in your life. We are concerned about yesterday, when you didn’t even want to come have lunch with us.”

“It just wasn’t the right time. If I had come down to lunch, I would have died. And I would have lost everything.”

“You wouldn’t have died. OK, maybe your avatar would have died. The real you—William—needs regular, healthy meals. The real you also needs light, fresh air, and exercise. Not to mention a little time with family—and friends. When you spend so much time locked up in your room taking care of your avatar’s needs, you start forgetting about your own!

“How long has it been since you last played ping-pong or volleyball at the park? You used to love that. We want you to realize that the health and strength of your avatar are working at odds with your own health. But he is virtual and you are not. You identify strongly with him, and we sometimes get the impression that you are living his life instead of your own. 

“You love playing your game and we don’t want to stop you from doing so, but we do want to lay down some ground rules, so that you can strike a balance between time spent on your game and time spent doing group activities and playing sports.”

In this situation, William’s parents are trying to make him understand the dynamics of his relationship to the video game. To this end, they explain to him that in order to succeed in the game, he would have to spend all his free time on it (and spend money on accessories); this is exactly the outcome the game’s creators want. 

Consequently, players who wish to succeed in the game must cut themselves off from everything and play for hours on end, which leads to a decline in both their health and their social lives. In a nutshell, the stronger William’s avatar becomes, the weaker William himself becomes. His parents therefore do not suggest banning the video game, but rather spell out for him what they feel is necessary to strike a balance regarding his health and developmental needs.

Searching the Web​

Although the internet puts a wealth of information and media at our fingertips, it is a challenge to filter out the distracting or outright malicious content from what is of value. As adolescents begin to use the internet more independently to complete their homework and pursue their interests, they need guidance and instruction in how to use the internet productively to expand their knowledge and horizons, and in how to avoid distractions and potentially harmful material.

Parents, along with teachers and other adults, can help by accompanying their children when they conduct searches for information online and discussing how to find genuine and useful content. Consider the following anecdote:

Jonathan is very interested in sharks. He owns shark-themed books, games, and even figurines. One rainy Sunday afternoon, he asks his mother if he can watch videos of sharks on the family laptop.

His mother is wary, and she suggests that they browse together.

“So, what are you putting into the search engine?” she asks.

“‘Shark video,’ right?” responds Jonathan.

“OK, try that.”

Here are some of the suggestions on the first page of results from the search engine.

“You see, Jonathan, most of these are violent videos that a child your age shouldn’t be watching. They’re not appropriate for adults either! We don’t even know if these videos are for real. We just can’t tell. And when in doubt, it’s better not to watch them.” 

“You mean that I can’t watch the videos?”

“Not these ones, that’s for sure. They’ll give you nightmares. Let’s go to the National Geographic website. Should we try that? National Geographic is a magazine that’s been around for over 100 years and specializes in great photography of nature, animals, countries, and things like that. The videos on their site are really interesting and beautiful. We won’t find any nonsense there. Here, look…”

“Whoa, OK, that looks good!”

Jonathan’s mother ensures that he understands that anything can be found on the internet, making him especially aware of the lowest-quality content. She shows him how to do a thoughtful, critical search on the internet, ensuring that he only gets verified content. Jonathan now understands that to find a result that corresponds accurately to his demand, it is necessary to consider the best route to take, and that the quickest, most direct route is not necessarily the best.

With the rise of online shopping, online advertising, and other digital marketing techniques, children and adults alike face a new set of obstacles to their concentration and calm. 

While many adults have already developed the habits of mind and attention management techniques to cope with these challenges, children and adolescents are often more vulnerable to them. If children succumb routinely to them, these attempts to control users’ attention can have long-standing negative impacts on cognitive development.  

It is therefore vital that parents set clear ground rules for their children’s use of digital devices and that parents talk to their children about how to avoid getting involuntarily sucked in by marketing ploys. Consider this anecdote:

Iris asks her father for permission to use the family’s digital tablet. She has a passion for horses and wants to watch videos of Arabian thoroughbreds, her favorite breed. After getting permission from her father, she seizes the tablet and types “Arabian thoroughbred” into the search engine.

She starts browsing, looks at some photos, watches some videos, and then cries out: “Dad! Come look. There’s a great book about Arabian thoroughbreds. Can we order it? Please!” 

“Iris, we’ve spoken about this before. Don’t get sucked in. When you search for something on the internet, the search engine uses the keywords you entered and proposes links to you. But it will also try to sell you things related to those words. The company selling that book on Arabian horses pays the search engine to show you their ad. They are working together to try to sell you this book. But you didn’t start by entering, ‘books for sale about Arabian horses,’ did you? You just wanted to see some videos of them.”

“Oh… that’s true. I get it now. It’s true that I wasn’t thinking about books at all when I started searching…”

Iris’s father has ensured that she understands what a “created demand” is and how personalized marketing works on the basis of data provided by search engine users. While her initial desire was simply to obtain information, the search engine suggested Iris make a purchase. 

• A tendency to overthink things
• A psychological condition
• A recurring error in processing information
• A prejudice
• Children may not develop strong emotional management skills.
• Children may have trouble concentrating and managing impulses.
• Children may let relationships with parents and friends suffer.
• Children may lose interest in schoolwork and other activities.
• All of the above
• When children’s motor skills become as advanced as adults.
• When children learn how to behave themselves with company.
• When children beginning learning to think conceptually about concrete situations.
• When children learn how to pour concrete.
• Closely monitor what they do and who they hang out with.
• Emphasize that what they’re going through is healthy and positive.
• Encourage them to identify and pursue new intellectual or cultural interests.
• Work on honing critical reasoning and argumentative skills.
• Help them structure their social lives so they don’t interfere with their studies.
• By memorizing formal definitions.
• By identifying and extracting shared features from the experience of a variety of different objects.
• By reading about different objects and experiences.
• By applying the knowledge of logic and high-level mathematics to everyday experience.
• Emphasize that not all content online is true.
• Ban internet use at home.
• Always monitor children in person when they’re using any device.
• Use parental control software and impose screen-time restrictions.
• Conduct web searches together with children and practice identifying good and bad content sources.
• Start children on a course of college-level symbolic logic.
• Reason through logical games and puzzles, and ask them to explain their reasoning.
• Nothing. Skill in logical reasoning is innate. Children either have it or they don’t.
• Read to them every night.

Privacy Overview

China nurse saves life of 820-gram baby in ‘critical danger’ born in toilet during flight

• Pregnant mother with 4-year-old goes into labour at 25 weeks, newborn cannot breathe inside fetal membrane

A nurse in China has won massive plaudits for her calm, swift actions as she saved the life of a premature baby during a flight.

The mother was only 25-week pregnant when she gave birth in the toilet of a Southern Airlines plane from Haikou, Hainan province in the south of the country to Beijing on August 3, reported state broadcaster CCTV.

The woman was travelling with her four-year-old daughter to meet her husband in Beijing.

Chen Shanshan, a nurse who works in the neonatal department at Hainan Provincial People’s Hospital, responded quickly after flight attendants asked around the aircraft for emergency medical aid for the newly-born baby.

Chen said she saw the mother, surnamed Zhang, holding a palm-sized infant in her hand, and the baby was still wrapped in the fetal membrane.

Assisted by two doctors from different departments of the same hospital, Chen, wearing gloves, tore off the fetal membrane so the baby could breathe.

They soon realised the newborn’s entire body looked far too pale, it was not crying or breathing and they could not feel a pulse. The baby did not respond to stimulation.

“This little weak life is in critical danger. Every single second is vital to her,” Chen said as she performed emergency CPR on the tiny girl.

She asked cabin crew for a warm water bag to keep the child’s temperature stable, which is especially vital for premature babies who are at the risk of hematosepsis and even death.

Chen and the two doctors let out a sigh of relief as the baby’s breath and heartbeat stabilised.

The pilot made an emergency landing in Changsha, central Hunan province, southern China for the safety of the infant and her mother.

Chen had kept up the chest compressions for 90 minutes until the baby was sent to a hospital in Changsha.

“It was only as I saw the baby taken into the rescue room that I realised my arms were numb,” she said.

Zhang’s husband hurried to Changsha hospital when he heard about the birth of his younger daughter.

He said the infant weighed a mere 820 grams, gaining 50 grams during her two-week stay in hospital.

“Thank you for being there at the critical moment. We will tell our kid and she will remember you forever,” the father said in a video clip sent to Chen.

He said he would thank the nurse in person after the baby was discharged from hospital.

Chen said that she was not thinking about much at the time, she was so focused on rescuing the baby. She said the cabin crew and the two doctors also deserve thanks.

The story has triggered an outpouring of compliments for Chen on mainland social media.