kid friendly definition of critical thinking

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.

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How to explain critical thinking to a child.

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Explaining critical thinking to my preschooler by using fancy words and a vocabulary way out of his reach would only cause us both to tear our hair out.

And I might even have a tantrum.

After all, the definition of critical thinking can be complicated for even an adult to understand: It has to do with the process of observing, applying and evaluating information.

In other words, critical thinking is how you learn from interpreting and experiencing the world around you.

Although the terminology seems daunting at first, there are some simple techniques you can use as an explanation of critical thinking skills to your kiddo who needs these abilities to interpret this fast-paced world.

As a teacher, mother, and researcher, I have learned a few ways to trick your tyke into understanding and practicing critical thinking for kids.

So if you’ve been wondering how to explain critical thinking to a child, here are a few techniques that might keep you both sane.

Encourage free play

We live in an age with so many distractions that sometimes we forget how important it is for our kids just to play.

When a child plays on her own, she will face some challenges that she will have to overcome.

For example, my son remains obsessed with his toy cars and trains. Sometimes a wheel falls off, or the train doesn’t connect right away, and that little boy gets angrier than a hungry rhino.

He’ll expect me to fix it immediately, but most of the time (we all have our moments of giving in, and I am no saint), I tell him that this is his independent playtime, and he must try to figure it out on his own.

I’m not trying to be harsh, but my son would have me putting those trains together every two seconds if I didn’t set some boundaries.

Sorry kiddo, but Mommy has some other things to do.

If he still struggles after a couple of attempts, then I will show him how to complete the task, then tell him to try again next time.

Free play provides one example of how to explain critical thinking to a child by problem-solving a real-life conflict.

If you’re feeling ambitious, you can also set up real-life scenarios. These scenarios can be as basic as playing the old-school version of house.

Your child can even retrieve some pots and pans, and in addition to banging on them, pretend to be a cook.

Your kid could also bust out that fake toolset that grandma got him for Christmas.

For more about this topic, check out one of my other posts: 8 Critical Thinking Activities for Preschoolers that Encourage Imagination.

Pro Tip: Help Your Child Become Better at Critical Thinking

Enroll your child for the Atlas Mission and let your child play with this award-winning educational program. Your child will become better at critical thinking without even realizing it!

Hypothesize: ask questions and brainstorm possibilities

Hypothesize is a big word, but if we break it down, this term just involves asking questions and brainstorming possibilities.

I find myself doing this with my daredevil son daily, mostly by accident: What would happen if you climbed up then stood on that tall stool?

How will you feel after eating a whole bag of chips?

After I ask these questions, my son does take a second to think about the answers.

Does he always come up with the right conclusion? No. But that’s okay. He’s at least evaluating the situation and learning from his own unique experiences.

You can hypothesize with your child in a way that works for you.

Maybe your kid loves sports: You could ask her what would happen if you kicked the ball hard against the tree? What would happen if you change your batting stance? And so on.

Asking questions and forming hypotheses are simple ways to explain critical thinking to a child.

Think about thinking – get down with metacognition

When I taught, the word metacognition  was thrown around a lot during professional development classes.

Don’t worry – all this term means is thinking about thinking.

Parents and children alike are usually running around like crazy chickens with their heads cut off.

We cram in all these activities, and we’re on a mission to do so much. So often, we rarely stop and think about thinking.

Pick a subject – any subject – and you can use metacognition.

For this example, let’s say your child is learning his ABCs. Talk to him about strategies that may work to fulfill that goal.

Perhaps you ask Little Johnny what helps you to remember your ABCs? And he responds, “I love the song.”

He might also say that he likes learning chunks of the song at a time because he can only remember a few letters at a time.

Or, as my son told me, read the book Chicka Chicka Boom Boom over and over and over again.

Bless his heart, and if only there were more hours in a day.

Asking your child about learning strategies that work for your child offers insights that are valuable for both of you.

Plus, there have been studies on metacognition that proves that when you think about thinking, you retain more information. Visit this site for more details on this concept.

Explaining critical thinking to a preschooler and a 12-year-old is very different because they both have different interests and unique mental capacities.

But no matter what their age, they can always learn something from play, hypothesizing, and thinking about thinking.

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About the Author

Amanda Clark creates educational content for the Atlas Mission . She is a work-at-home mom with two awesome sons that keep her on her toes. She has written four books of poetry, loves technology, juggling pins, and freelance writing.

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5 Critical Thinking Skills Every Kid Needs To Learn (And How To Teach Them)

Teach them to thoughtfully question the world around them.

Little kids love to ask questions. “Why is the sky blue?” “Where does the sun go at night?” Their innate curiosity helps them learn more about the world, and it’s key to their development. As they grow older, it’s important to encourage them to keep asking questions and to teach them the right kinds of questions to ask. We call these “critical thinking skills,” and they help kids become thoughtful adults who are able to make informed decisions as they grow older.

What is critical thinking?

Critical thinking allows us to examine a subject and develop an informed opinion about it. First, we need to be able to simply understand the information, then we build on that by analyzing, comparing, evaluating, reflecting, and more. Critical thinking is about asking questions, then looking closely at the answers to form conclusions that are backed by provable facts, not just “gut feelings” and opinion.

Critical thinkers tend to question everything, and that can drive teachers and parents a little crazy. The temptation to reply, “Because I said so!” is strong, but when you can, try to provide the reasons behind your answers. We want to raise children who take an active role in the world around them and who nurture curiosity throughout their entire lives.

Key Critical Thinking Skills

So, what are critical thinking skills? There’s no official list, but many people use Bloom’s Taxonomy to help lay out the skills kids should develop as they grow up.

Source: Vanderbilt University

Bloom’s Taxonomy is laid out as a pyramid, with foundational skills at the bottom providing a base for more advanced skills higher up. The lowest phase, “Remember,” doesn’t require much critical thinking. These are the skills kids use when they memorize math facts or world capitals or practice their spelling words. Critical thinking doesn’t begin to creep in until the next steps.

Understanding requires more than memorization. It’s the difference between a child reciting by rote “one times four is four, two times four is eight, three times four is twelve,” versus recognizing that multiplication is the same as adding a number to itself a certain number of times. Schools focus more these days on understanding concepts than they used to; pure memorization has its place, but when a student understands the concept behind something, they can then move on to the next phase.

Application opens up whole worlds to students. Once you realize you can use a concept you’ve already mastered and apply it to other examples, you’ve expanded your learning exponentially. It’s easy to see this in math or science, but it works in all subjects. Kids may memorize sight words to speed up their reading mastery, but it’s learning to apply phonics and other reading skills that allows them to tackle any new word that comes their way.

Analysis is the real leap into advanced critical thinking for most kids. When we analyze something, we don’t take it at face value. Analysis requires us to find facts that stand up to inquiry, even if we don’t like what those facts might mean. We put aside personal feelings or beliefs and explore, examine, research, compare and contrast, draw correlations, organize, experiment, and so much more. We learn to identify primary sources for information, and check into the validity of those sources. Analysis is a skill successful adults must use every day, so it’s something we must help kids learn as early as possible.

Almost at the top of Bloom’s pyramid, evaluation skills let us synthesize all the information we’ve learned, understood, applied, and analyzed, and to use it to support our opinions and decisions. Now we can reflect on the data we’ve gathered and use it to make choices, cast votes, or offer informed opinions. We can evaluate the statements of others too, using these same skills. True evaluation requires us to put aside our own biases and accept that there may be other valid points of view, even if we don’t necessarily agree with them.

In the final phase, we use every one of those previous skills to create something new. This could be a proposal, an essay, a theory, a plan—anything a person assembles that’s unique.

Note: Bloom’s original taxonomy included “synthesis” as opposed to “create,” and it was located between “apply” and “evaluate.” When you synthesize, you put various parts of different ideas together to form a new whole. In 2001, a group of cognitive psychologists removed that term from the taxonomy , replacing it with “create,” but it’s part of the same concept.

How To Teach Critical Thinking

Using critical thinking in your own life is vital, but passing it along to the next generation is just as important. Be sure to focus on analyzing and evaluating, two multifaceted sets of skills that take lots and lots of practice. Start with these 10 Tips for Teaching Kids To Be Awesome Critical Thinkers . Then try these critical thinking activities and games. Finally, try to incorporate some of these 100+ Critical Thinking Questions for Students into your lessons. They’ll help your students develop the skills they need to navigate a world full of conflicting facts and provocative opinions.

One of These Things Is Not Like the Other

This classic Sesame Street activity is terrific for introducing the ideas of classifying, sorting, and finding relationships. All you need are several different objects (or pictures of objects). Lay them out in front of students, and ask them to decide which one doesn’t belong to the group. Let them be creative: The answer they come up with might not be the one you envisioned, and that’s OK!

The Answer Is …

Post an “answer” and ask kids to come up with the question. For instance, if you’re reading the book Charlotte’s Web , the answer might be “Templeton.” Students could say, “Who helped save Wilbur even though he didn’t really like him?” or “What’s the name of the rat that lived in the barn?” Backwards thinking encourages creativity and requires a good understanding of the subject matter.

Forced Analogies

Practice making connections and seeing relationships with this fun game. Kids write four random words in the corners of a Frayer Model and one more in the middle. The challenge? To link the center word to one of the others by making an analogy. The more far out the analogies, the better!

Learn more: Forced Analogies at The Owl Teacher

Primary Sources

Tired of hearing “I found it on Wikipedia!” when you ask kids where they got their answer? It’s time to take a closer look at primary sources. Show students how to follow a fact back to its original source, whether online or in print. We’ve got 10 terrific American history–based primary source activities to try here.

Science Experiments

Hands-on science experiments and STEM challenges are a surefire way to engage students, and they involve all sorts of critical thinking skills. We’ve got hundreds of experiment ideas for all ages on our STEM pages , starting with 50 Stem Activities To Help Kids Think Outside the Box .

Not the Answer

Multiple-choice questions can be a great way to work on critical thinking. Turn the questions into discussions, asking kids to eliminate wrong answers one by one. This gives them practice analyzing and evaluating, allowing them to make considered choices.

Learn more: Teaching in the Fast Lane

Correlation Tic-Tac-Toe

Here’s a fun way to work on correlation, which is a part of analysis. Show kids a 3 x 3 grid with nine pictures, and ask them to find a way to link three in a row together to get tic-tac-toe. For instance, in the pictures above, you might link together the cracked ground, the landslide, and the tsunami as things that might happen after an earthquake. Take things a step further and discuss the fact that there are other ways those things might have happened (a landslide can be caused by heavy rain, for instance), so correlation doesn’t necessarily prove causation.

Learn more: Critical Thinking Tic-Tac-Toe at The Owl Teacher

Inventions That Changed the World

Explore the chain of cause and effect with this fun thought exercise. Start it off by asking one student to name an invention they believe changed the world. Each student then follows by explaining an effect that invention had on the world and their own lives. Challenge each student to come up with something different.

Learn more: Teaching With a Mountain View

Critical Thinking Games

There are so many board games that help kids learn to question, analyze, examine, make judgments, and more. In fact, pretty much any game that doesn’t leave things entirely up to chance (Sorry, Candy Land) requires players to use critical thinking skills. See one teacher’s favorites at the link below.

Learn more: Miss DeCarbo

This is one of those classic critical thinking activities that really prepares kids for the real world. Assign a topic (or let them choose one). Then give kids time to do some research to find good sources that support their point of view. Finally, let the debate begin! Check out 100 Middle School Debate Topics , 100 High School Debate Topics , and 60 Funny Debate Topics for Kids of All Ages .

How do you teach critical thinking skills in your classroom? Come share your ideas and ask for advice in the WeAreTeachers HELPLINE group on Facebook .

Plus, check out 38 simple ways to integrate social-emotional learning throughout the day ..

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Why Is Developing Critical Thinking Skills Important for Kids?

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What does it mean to think critically? In psychology, there’s little agreement over the meaning of critical thinking, even though everyone agrees that critical thinking skills are vital for academic performance and career development. But, should teaching critical thinking for kids be a central learning objective?  

Keep reading to find out, as this is the question we’ll focus on today. First, we’ll take a brief overview of critical thinking as a cognitive phenomenon and choose a definition, so we both have a clearer understanding of the process when we discuss it further. Then, we’ll take a deep dive into the scientific evidence that’s been piling up. Finally, based on that evidence, we’ll talk about the benefits of teaching critical thinking skills to kids.

A Brief Overview

Before we can argue that teaching critical thinking to kids is important, we need to make sure we’re on the same page concerning what critical thinking is, what are the underlying processes shaping critical thinking skills, and how critical thinking develops. 

What Is Critical Thinking?

Critical thinking is a cognitive process that we use to analyze information from our environment with reflective skepticism when deciding what to believe. In other words, critical thinking is a mental activity that allows us to examine the things presented to us in a unique way, so we can take the best course of action. 

To illustrate this, let’s think of a practical example. In the classroom, kids are required to learn by reading the educational material on a specific topic. Promoting critical thinking would be to examine the material with the goal of deciding whether it’s reliable, informative, biased vs. objective, and figuring out what are the author’s motives. The following questions reflect critical thinking: 

• Who is the author and why did they write this piece of information? 

For example, they have professionally studied the topic for years.

• What is the message that they want to share?

For example, the author believes XX, has convincing arguments, and wants to share them with the world.

• How does this piece of information fit with everything else I know on this topic?

For example, this explains/contradicts the claims we’ve read last time.

• Do I need additional information on this topic before I can reach a conclusion?

For example, the author didn’t explain how XX develops, and I need to read more about that before accepting/rejecting their arguments.

• Should I trust this information? Why/Why not?

For example, the author didn’t include any references to support the claims (facts) on which they’ve based their arguments. Can I be sure they’re not lying?

•   What did I learn from this piece of information?

For example, I’ve learned arguments supporting the topic, but I still need to see other points of view or see what critics say.

• What are my next steps?

For example, read another text on this topic from another point of view.  

What Are Critical Thinking Skills? 

In the last paragraph, we’ve talked about critical thinking as if it’s one unit or process within our cognition. However, the truth is that complex processes, such as critical thinking, are better viewed as a collection or function of many different more basic mental processes, such as attention, logic, memory, etc. 

Unfortunately, when it comes to the mechanism underlying critical thinking, the disagreement among experts is just as strong as with its definition. Different authors identify different skills which they believe are vital for critical thinking. Of course, there’s overlap, and we’ll take a look at the skills and mechanisms which are accepted by most professionals. 

According to Kompf & Bond (2001) , critical thinking involves rationality, reasoning, logic, previous knowledge, metacognition, intelligence, decision making, problem-solving, and a moral component (reflective thinking). 

Rationality and logic are two mechanisms frequently mentioned in other literature, too. This is because for most authors critical thinking is considered to be logically correct thinking . In other words, this would mean that kids who think critically can distinguish between logically true and logically false claims. In practice, critical thinking can be promoted by developing logical reasoning skills such as deduction, induction, and abduction .

However, some authors, such as Kerry S. Walters, argue that logical reasoning is necessary but not sufficient for rationality. Therefore, imagination, conceptual creativity, and intuition are also included in rationality, which might be important to keep in mind, when we discuss the benefits of teaching critical thinking for kids. 

To conclude, the following skills are considered to be part of critical thinking by most experts:

• Comprehension (decode meaning)
• Analysis (identify arguments)
• Inference (draw logically valid conclusions)
• Evaluation (assess the credibility/quality of claims)
• Explanation (present arguments for own conclusions)
• Self-regulation  (self-monitor and self-correct)

How to Develop Critical Thinking?

We’ve already touched upon this topic when we mentioned the practical skills involved in critical thinking. There are a lot of elements that children need to master first, such as logical thinking, mental visualization, deduction, and induction. Then, they need to learn how to use these elements to find patterns, make decisions, and think in a unique way. 

Safe to say, teaching critical thinking skills is a challenge that requires patience and a lot of practical experience. For these reasons, we don’t believe we can do justice to such a complex question in one paragraph, especially considering how important it’s for teachers and homeschooling parents to know where to start and how to make progress. However, we can discuss the development of critical thinking for kids in a separate article, which is exactly what we did! 

If you want to know how to develop critical thinking through practical examples and exercises, check out our article “ 11 Ways to Help Your Child Develop Critical Thinking Skills. ”

And, in the meantime, let’s see why critical thinking is so important for kids!

Why Is Critical Thinking Important for Kids?

We can easily argue that critical thinking is one of the most important elements of literacy! Once children have developed critical thinking they’ll be able to make reasonable judgments, identify problems, come up with solutions, and filter reliable information necessary for independent learning. 

Another way to think about critical thinking is through the concept of digital literacy. Kids receive most of the information online where we can’t control who posts and what. This becomes a problem when we take into consideration that not everyone is qualified to speak or write on a specific topic, or they deliberately spread false information. Critical thinking for kids is a defense mechanism that shields them from becoming victims to such dangers. 

There are many other theoretical considerations and practical examples that illustrate the importance of critical thinking for kids. Let’s go over the most important ones.

What Can Scientific Findings Tell Us?

If we want to make a serious case about the importance of critical skills, we have to go beyond the theories and some teachers’ experiences and take a look at the science. What can we learn from psychological and pedagogical research findings? 

Murawski published a study in the Journal of Learning in Higher Education in 2014 , where she discussed critical thinking in the classroom. According to her, educators who teach students critical thinking skills, give control to students to take over their learning process. In other words, children will then approach the course in a more effective manner, ask more challenging questions, and participate in the learning process more intensely.

However, as Carroll from the University of New Orleans cleverly remarks in his study , even though all teachers agree that basic knowledge and skills are not enough to define student achievement and critical thinking is more than necessary, assessments in almost all of the classrooms included in the study focused on basic knowledge and skills measured through multiple-choice questions. This brings up the issue of how much critical thinking is developed in schools and what are the effects of such variability. 

Ernst & Monroe’s study from 2007, published in the Environmental Education Research Journal , might shed some light on these issues. The authors investigated how environment-based curriculums (EBL) influence the development of critical thinking skills and a disposition toward critical thinking. The results show that, indeed, environment-based learning had a positive effect (improved) on students’ critical thinking skills. 

On the other hand, some evidence from a study in 2001, published in Instructional Science , shows that peer interaction is not effective for improving critical thinking skills. Unfortunately, this further illustrates the fact that critical thinking skills are incredibly complex and many teaching programs might get unsatisfactory results because they use non-effective methods. 

Another interesting take on critical thinking gives Loes et al. in their 2016 study which investigates the relationship between diverse experiences and critical thinking. The authors argue that students will be more likely to engage in effortful and complex modes of thought when they encounter new and unique situations. 

We also have evidence that argument maps improve critical thinking, which in turn make better learners out of students. More specifically, Rider and Thomason (2014 ) investigated the claims and gave support to the claims that students learn to better understand and critique arguments, improve in their reading and writing, and become clearer in their thinking through argument mapping (a method improving critical thinking). 

Finally, another study by Abduljaleel Alwali closely examined the benefits of critical thinking in high school and concluded that critical thinking positively impacts perception, individuality, general analytical skills, academic performance, metacognition, practical applications of theoretical knowledge, and decision-making. 

What do these studies tell us about the importance of critical thinking for kids in general? Keep reading, because everything that we’ve learned from these studies will be summarized and explained in greater detail in our next paragraph.

Benefits of Teaching Critical Thinking for Kids

By now, we’ve seen that there are many findings supporting some, if not all of the benefits associated with critical thinking. While we still need a lot more research to be done before we can completely demystify the neurological basis of critical thinking, it is more than clear that this is an incredibly important cognitive process that could literally change students’ lives. Here’s how!

Critical Thinking Promotes Creative Problem-Solving Skills

In some of the studies, we’ve seen that teachers do not believe that students’ achievements are mirrored only in the knowledge of facts or basic skills. All educators agree there’s more to education, including creativity and learning how to think. Well, teaching critical thinking is one way to go beyond factual knowledge, stimulate creativity, and allow students to look for innovative solutions to common problems. 

Critical Thinking Creates Independence

Another science-backed benefit of critical thinking is control and independence. In other words, students who are curious and are not afraid to question the information they get, usually take initiative and go on their own to find answers. This means that they think more deeply about the topic, want to know more details, and hear other opinions before making conclusions. All of this makes them more independent, as they’ll seek information beyond what’s given to them by the teacher, which is the first step toward independent learning. 

Critical Thinking Promotes Curiosity

The basis of continuous independent learning is curiosity. For a child to learn on their own, they need to be internally motivated, which is always associated with curiosity, one way or another. Moreover, the nature of critical thinking means to evaluate information by questioning aspects of it and relating it with previous knowledge. This is a very intense mental process that requires intentionality. If kids are not curious or internally motivated, chances are they won’t think too deeply about the issue. Teaching critical thinking is one way to make kids more curious about knowledge in general. 

Critical Thinking Stimulates Metacognition

Metacognition is a cognitive process that refers to one’s ability to think about thinking. It sounds a little weird, but it’s very simple. Because we have metacognition we’re aware of our own mental processes. We know whether we understand something and how we perform based on self-monitoring. It’s also the ability to see ourselves as thinkers or learners. How is it associated with critical thinking? Well, questioning and challenging information are only possible under the assumption that we are aware of how these pieces of information relate to our previous knowledge. It also entails questioning ourselves and finding new relations between the things we’ve learned before. This is why thinking critically means to use and practice metacognition. 

Critical Thinking Creates Resilience

Finally, one of the most important practical applications of critical thinking skills is improved literacy, which makes kids more resilient to manipulation, brainwashing, false information, and other dangers that lurk on the internet and in-person in the form of peer pressure, bullying, and more. Kids will have the ability to better analyse the situation and ultimately make better decisions. 

More generally, if we think of resilience as an ability to solve and overcome problems, then we can also argue that since critical thinking improves problem-solving skills, it acts as a protective factor for students in both educational and social contexts.

Before You Go

Critical thinking for kids is a truly essential topic that deserves more attention. As we’ve seen, critical thinking is associated with many other cognitive skills important for academic success, but also life in general. If educators dedicate more time for developing critical thinking skills, they can help students become more engaged in the learning process, independent, and efficient problem-solvers.

In case you’re wondering how you can achieve that in your classroom, let us remind you to check out our article on developing critical thinking skills among children. There, we’ve shared many different practical examples and exercises you can easily incorporate in the classroom. 

Furthermore, visit our main website and browse through our large collection of worksheet packs . Most of our resources are interactive and promote critical thinking skills in children through the exercises included in each topic.

Plus, make sure to follow our blog by subscribing to our newsletter . We regularly share insightful guides that break down complex topics, such as critical thinking for kids, in a clear and easy to read tone. This way, you can stay up to date with all the new trends and teaching practices in education, without losing yourself in the sea of information online. 

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How to Develop Critical Thinking Skills in Your Kids [in a fun way that won’t feel like learning!]

🤔 Critical thinking. Problem solving. Logical and lateral thinking. We hear these terms all the time, but what do they actually mean and why do they matter so much?

In this ultimate guide to developing critical thinking skills in kids I will answer this for you AND leave you with some super practical tools and tips to developing these key skills in the comfort of your own home.

Many of the examples I give you will draw from the “ KidCoachApp ” - a simple but innovative app I have developed to help parents build talking and thinking skills in children at home. It’s a really quick, fun and effective method to build critical thinking, taking just five minutes a day and with no preparation or materials required whatsoever!

Let’s get stuck in.

What is critical thinking?

Critical thinking is an ancient concept, dating back to the time of Socrates and Plato. We don’t seem to have one single definition of it, so let me give you a few to paint a decent picture.

Wikipedia defines critical thinking as “the analysis of facts to form a judgment” . They also say that requires “self-directed and self-corrective thinking” and that it develops “effective communication and problem-solving abilities.”

Criticathinking.org says it is “that mode of thinking - about any subject, content, or problem - in which the thinker improves the quality of his or her thinking by skilfully taking charge of the structures inherent in thinking and imposing intellectual standards upon them.”

Global Education company Pearson defines critical thinking as “the purposeful and goal-directed thinking used to define and solve problems, make decisions, and form judgments related to a particular situation or set of circumstances. It involves cognitive, metacognitive and dispositional components which may manifest (or be applied) differently in specific contexts.”

Pretty brainy stuff. 🧠 But don’t worry. This is not meant to be a scientific article on the topic, you will be glad to know!

I want to offer my own very simple definition of critical thinking, specifically for kids.

“Critical thinking for kids is getting them to think, really think, about what they are saying. It is NOT about remembering stuff or being right, but it IS about thinking ‘all the way around’ a problem.”

Sometimes it also helps to explain what something is NOT.

Here are three examples:

❌ If your child did the multiplication 6 x 9 to get 54 that would NOT be critical thinking. ✔️But if they then explained to you all the other ways they could get the number 54, then it could be.

❌If your child memorised the lyrics to their favourite song that would NOT be critical thinking. ✔️But if they compared and contrasted it to lyrics of other songs by the same artist, then it could be.

❌Or if your child watched a clever movie with lots of twists and turns that would NOT be critical thinking. ✔️But if they tried predicting what happens next and based on whether they were right or wrong, refined their predictions for the next scene, that could be.

Is this helping?

The terms problem solving or logical and lateral thinking get used quite a lot too. It basically all means the same thing.

Finally, you might have also heard the term “metacognition” which means “thinking about thinking.” This is a good one to bear in mind also as it makes us ask ourselves things like: “Why do I think this?”, “How could I be wrong?”, “What would other people think?” Metacognition is like when someone is speaking out loud your thoughts!

So, having understood what critical thinking is (or logical or lateral thinking is), let’s look at why it is just so important to develop in our kids.

Why is critical thinking important?

Simply put, critical thinking is a key way of ⭐ differentiating ⭐ our kids and preparing them for their future.

Those that can think critically and for themselves will stand out from those can’t. When our kids emerge into the rapidly-changing world of work, those that have good critical thinking skills will be able to cope the best.

1. The world is changing fast.

Did you know that 85% of the jobs that will exist in 2030 have not even been invented yet? That is according to a study done by the Institute for the Future , in 2017. They cite the increasing amount of technology (think artificial intelligence and machine learning) as carving out thousands of new jobs that we can’t even comprehend today.

Think about your own kids for a moment. What will they do for work?

Maybe one will be a genetic chef 🍲 – coming up with new recipes, analytically put together to be specifically optimised for people based on their genetic profiles?

Maybe another child will be a space traffic controller 🚀 – managing the algorithms computing the many orbital trajectories of shuttles for maximum safety and efficiency?

Or perhaps one will be a virtual reality engineer  👷 – building the new “Zoom” meeting places for employees to work effectively from home?

None of these jobs exist today, but all are completely plausible in just 10 years time.

The chef needs to understand the human genome and think carefully about what goes together, the space traffic controller needs to solve multi-dimensional problems in real time, the virtual reality engineer needs to invent cutting edge new technologies. All of these require massive brain power and ability to think critically in new situations.

Memorising facts just won’t do anymore! ⚠️

And don’t forget – the world will continue to change rapidly, so your kids will constantly have to skill and re-skill in their 20s, 30s, 40s and so on as they launch multiple careers. Maybe they start off in nutrition, then go to transportation, then communication…who knows?

Critical thinking is a transferable skill that your kids can take from one job to another, and will set them up well for life, no matter what decade they are working in.

2. We need better filters

There is a lot of information out there on Google, but the problem is that there is also a lot of disinformation. Knowledge is no longer an issue, but the application of that knowledge is.

I don’t just mean fake news, but also biased sources with agendas.

Take global warming as an example. 🌍

Ask your child to Google “is climate change bad?” See how they interpret what they see. Can they spot the sources and identify biases, for instance climate change activists vs oil companies vs paying advertisers? What other searches could they do to advance their thinking?

Here is a free conversation card you could you use for this exercise, which comes from the KidCoachApp and is a good example of a quick critical exercise you can do with your kids.

(By the way, if you were critically thinking about this article, you might discount what I am saying because I am trying to promote the KidCoachApp . You could, but I hope you don’t, as I really happen to believe in this stuff 😊)

3. Schools can't do enough

Unfortunately most schooling systems are not able to place enough emphasis on critical thinking and related skills. Even if they recognise its importance and want to spend more time on it, their hands are tied and they can’t allocate the necessary timetable space or budget for materials. There is normally just too much pressure to get those high grades in math and English etc.

As the Sutton Trust report of 2017 said: “97% of teachers agree that skills [like critical thinking] are as or more important than academic qualifications” and yet the Princes Trust report in the very same year found that “91% of teachers think schools should be doing more to help students develop [these skills].”

There ARE increasing attempts at embedding critical thinking into every traditional subject taught, for instance the examples I gave above about different ways to make the number 54 (math) or comparing lyrics of songs (English), but many feel this is not happening fast enough.

So what can we as parents do to accelerate this?

What parents need to do at home

The single biggest thing we can do as parents to develop critical thinking skills is to have the right conversations on a daily basis. If we are always asking the right questions, and encouraging our kids to as well, then we are instilling in them fantastic critical thinking skills.

Let’s see how this could pan out over the course of a typical week.

It's Monday and you are helping your child with their homework. Today they are learning all about space, our solar system and the eight planets. To complete the homework all they need to do is draw a diagram of the solar system and label it. But you want to do more and you spot an opportunity to ask some good questions.

💡 While they are working you also ask them how we know there are only eight planets? (it was only a few years ago we included Pluto to be the ninth). You ask how we can be sure they all orbit the Sun? (a few hundred years ago people believed the Earth was at the centre).  You also ask how likely there are more Earth-like planets with life out there (perhaps using this conversation card from the KidCoachApp)?

Do you see how by asking just a few follow-on questions we can easily push their thinking?

It's Wednesday and you are watching the news together. There is a story about some recent lottery winners who have splashed the cash and ended up bankrupt after just one year. Oh dear! You could talk about how silly they are, but you see it as a coaching moment to develop critical thinking skills instead.

💡 So you start to talk about money, and what it can do. You ask them to imagine what it must be like to win the lottery. How would they feel? Can they ever really know until it happens? You ask them to think carefully about how they would spend the money (using this conversation card from the KidCoachApp)?

This approach can work for nearly any news story you happen to watch on the TV - try it out next time!

It's Friday and you have popped to the shops with your child. As an end-of-week treat you bought them a chocolate bar. You are just about to walk home when it starts pouring with rain. You decide to wait it out in the shops. Normally you would check your phone for a while but today you are feeling talkative and you are getting the hang of this “KidCoach” thing.

💡 You start talking about rain. What is it? Why is it important? What would we do without it? When is it helpful? When is it a problem? Then you see the chocolate in your child’s hand, and see how it is still raining, which inspires you to ask something fun and silly like this from the KidCoachApp (which also happens to develop excellent critical thinking skills)!

Kids love silly questions like this -they don't even realise that you are actually building their critical thinking skills, in this case by getting them to think through the pros and cons!

How realistic is it to do something like the above?

I know life as parents is super busy but this approach only takes five minutes a day.

Who doesn’t have five minutes to talk to their child each day? 🧒

Probably the hardest part is having the energy and inspiration to come up with a quick, fun question that gets kids thinking in new ways. That’s where the KidCoachApp massively helps.

We have spent hours curating and testing out the best critical thinking questions for kids! We have also written multiple prompts for each question, which parents say is very handy. These follow best practice methodologies used by many schools and education experts (see for instance the Philosophy For Children approach).

I promise that if you get into the habit of using the KidCoachApp to ask these sorts of questions, you will quickly find yourself coming up with all sorts of amazing questions on the fly based on what your kids are doing. Then you might not even need the app anymore!

THE KEY IS TO DEVELOP THE HABIT.

If we do 5 minutes of sit-ups each morning then we will quickly develop a strong core. 😅

Similarly if we exercise our children’s critical thinking muscles for five minutes every day, through a fun conversation starter, then guess what will happen to their thinking muscle? 🧠

Just find the time in the day that works for you and your family. Some like to do it during the school run, others at dinner time, others before bed.

It doesn’t matter when. Just find a five minute window and start asking great questions!

SOME OTHER THINGS YOU CAN DO.

Questioning our kids is THE best way of developing critical thinking skills in a quick, easy, fun and effective way at home.

For completeness however, I will mention a few more things that we can do as parents. All of these further reinforce the development of critical thinking skills:

❓ Do puzzles, riddles or brainteasers. There are plenty to google but here for instance is a list that spans from fun to serious. I like them since they are quick to ask but take a while to think about.

🎲 Play strategy board games. There are many strategy games available nowadays, see for instance this top 10 list . Chess is my all-time favourite and even playing against the computer is a good way to build critical thinking skills.

📲 Use critical thinking apps for kids. Our “ KidCoachApp ” requires interaction between parent and child, but if you want to park your child in front of the iPad for a while then check out this list. They cover critical thinking skills that also train the brain in terms of memory, concentration and reasoning.

Critical thinking frameworks to teach your child

Kids sometimes ask me: “ But what do I think about first?”

This is where thinking frameworks are really handy to help kids deal with new situations. They are a way for your children to create certainty from uncertainty.

Let’s go through some simple examples you can teach them.

1. Think about pros and cons 👍 👎

For any situation that has at least two options / outcomes / answers, simply think of all the reasons for and against, i.e. the pros and cons. A good way of phrasing it for kids is “This would be good because….” and “This would be bad because…”

This teaches them to not jump to a solution but to take the time to consider each side of the argument, before making up their mind a balanced and considered way. It also helps them justify their response if someone asks “Why?”

👉Practice using this conversation card from the KidCoachApp, asking if social media is a good or a bad thing.

2. Ask what would X say? 💬

Perspective is so important. The world is full of diverse backgrounds, opinions and also biases. Let’s encourage our kids to seek out other viewpoints and simply asking “What would X say?” is a powerful way to help yourself see things from different sides.

👉Try it for example on this debating conversation card , on whether children need to go to school or if they can just learn from home! What your mum thinks, what your teacher would say and what your future-self would advise are all likely to be very different.

3. Put on different thinking hats 🎩

Edward de Bono came up with a great tool to help people think in different ways, called 6 Thinking Hats . The idea is that there are different colour hats which resemble different attitudes. For instance: Yellow is optimistic and benefits-led, White is data driven and analytical, Red is gut feel and instinct.

You can even state which hat you are putting on temporarily. This which gives you permission to think in a way that might be unpopular, without fear of being criticised, since you can just take the hat off again e.g. “Putting my black hat on, this will never work since….but putting my green hat on we could try something radical like….”

👉 Practice on this conversation card asking how we can reduce traffic on the roads. If there are pessimistic people in you group saying it just can’t be done, you can say “Well, just putting my Yellow hat on I think we would have far fewer accidents and much less air pollution if we did manage to reduce traffic on the roads. Wouldn’t that be a great thing? So why don’t we think harder about it for a moment? ” Then you can easily switch to a White Hat: “But being realistic and looking at the data, number of people and number of cars being made are just going up and up and up in our country. Maybe we can look at the data from another country to inspire us?”

Do you see how 6 Thinking Hats helps the very same child switch modes of thought seamlessly, by putting on different “hats”?

4. Use thinking moves 🔤

The most advanced framework we will cover here is from a company called DialogueWorks. They are on the Advisory Board for the KidCoachApp, and have come up with a neat list of 26 different thinking moves , one for each letter of the alphabet.

Each thinking move is a way of thinking about a situation task or problem. I find the framework very memorable.

Here are some of the most important ones here, along with the key question you can ask yourself when doing the move.

• Ahead: what could happen next?
• Back: what happened the last time?
• Connect: how do those connect?
• Divide: how do those differ?
• Formulate: what ideas can we come up with?
• Listen/Look: what do you notice?
• Question: what’s is the best question to ask here?
• Test: how can we tell if that will work?
• eXemplify: Can you give me an example?
• Zoom in/out: what is the bigger picture?      

Practice using this conversation card from the KidCoachApp. It’s a philosophical topic on if you would want to live forever!

Here is how the thinking moves above might play out (just some examples to illustrate):

• Ahead: If I lived forever I would be able to do so many things
• ‍ Back: People have tried to live forever in the past but it hasn’t really worked
• ‍ Formulate: Let’s ask others for ideas on what we could do
• ‍ Listen/Look: Let’s go talk to someone really old to see what their life is like
• ‍ Question: Can my family live forever with me too?
• ‍ Test: How can I try it for awhile but still be able to go back if I want to?
• ‍ eXemplify: If I lived forever I would be able to travel to Mars one day!
• ‍ Zoom: I wonder if doing more stuff is really going to make me happy?

I hope these frameworks help. Teach some to your kids to use when faced with a challenging problem to solve!

An example of excellent critical thinking

🏙️ A few years ago Emma was working as a facilities manager of a tall skyscraper in London. There was a problem with the lifts serving all the different companies. She noticed that at lunchtime there were large queues forming on many floors as office workers all wanted to go and get a sandwich at the same time. This was causing irritation and lots of complaint emails were being sent her way!

Being a good critical thinker, she set out to find a nice solution to this problem. Maybe Emma could stagger the lunchtimes by floor somehow? Or maybe she could install sandwich kiosks on some floors? Maybe she could get people to use the stairs? Or did she need to build more lifts and lift shafts?

This could all work but would the issue was that it would require people to either change their behaviour (difficult) or build new things (costly).

Then she “zoomed out” and asked herself, one simple question:

“ Am I solving the right problem? ”

💡 Emma quickly realised she was solving the problem of "long queues", when actually the real problem was "people getting annoyed."

So what did she do?

Her solution was to simply to install full length mirrors next to the lift doors , so while people were waiting they could see themselves and be distracted for a while.

Sounds too simple but it worked! Complaints went way down and people were much happier. Through the power of critical thinking, Emma found a low cost and super effective solution to her problem.

What would your child do in this situation? Here is a free conversation card from the KidCoachApp to guide you.  Try it out tonight!

What is the best age to start?

Right. Now.

Children are naturally good critical thinkers. Their world has no bounds and everything is still possible. So let’s keep nurturing the creativity, curiosity and critical thinking skills from as young an age as possible!

The conversation cards in the KidCoachApp are perfect for 6 – 12 year olds.

As kids grow into adults they will set more boundaries on things, just like we do: “We have always done it like this!” or “That’s not possible.”

Let’s delay this for as long as possible!!!

Let me give you an example.

I was watching TV with my daughter recently and a donation appeal popped up, asking for money to feed hungry children in Africa. My daughter started asking why they are hungry, and I said “Because they are” , and she said “Why can’t we give them more food” , and I said “Because it is difficult” etc. But my daughter kept pressing – “Why? Why? Why?”

And frankly, she has a good point.

There is an awful lot of food in the world, but perhaps it is just not distributed well enough. How much food goes to waste in an average “Western” household, and how could that instead end up feeding the needy in Africa or other places?

Perhaps it requires a next generation of super critical thinkers to break through the commonly accepted “wisdom” of us grown-ups, to find a new way of doing important things.

💚 Raising a child who is a good critical thinking is not just good for them, but will undoubtedly help society also! 💚

10 free critical thinking questions for kids

I've linked to loads of our questions free for you in this article, but I want to give you even more ideas here!

Because I am feeling generous I am including links to some of these complete questions cards in the KidCoachApp , where you will find lots of helpful prompts and guidance. It's normally paid for, although just £4.99 / month and with a completely free 2 week trial, so I think very reasonable.

• How many iPads do you think there are in the world?
• ‍ How many grains of sand do you think there are on a typical beach?
• ‍ If you could go back in time and change one thing, what would it be and why?
• ‍ How would you improve a sofa to make it better?
• ‍ If you could have any superpower, what would it be and why?

For the rest of these links you will just have to download the KidCoachApp 😊:

• How can you make £100 by next week if you wanted to?
• What would you name a new colour?
• What are 10 different things you can do a cup?
• When Baby Shark grows up, will he still be called Baby Shark?
• What would happen if it never rained?

Does the KidCoachApp really work?

Yes! It really does. 😃

But don’t just take my word for it.

Listen to this TED talk by Ian Gilbert, author of the famous THUNKS – questions to make kids’ brains go ouch! Ian is also a member of our Advisory Board at KidCoachApp , and we have worked with him closely in the development of the app. He said: “What gives anyone the edge is their ability to think - deeply, analytically, critically, creatively, empathically and for themselves. I think the range and quality of the questions in the KidCoachApp will support any parent who wants to give their child that edge."

Or take Jane Slinn , who is the founder of Independent Thinkers tuition agency. She said that: “I always emphasise to parents that they should sustain learning and encourage intellectual curiosity between and beyond weekly tutoring sessions. The KidCoachApp is perfect for this: it provides parents with hundreds of fun, stimulating questions to ask their kids that will get them talking and thinking."

And what about parents themselves? There are countless testimonials to pick from. You could watch what Bhavisha had to say here or read any review on the app stores, like this one from Alison:  

💬 “Fantastic app for developing young minds. This app is a really effective way of helping parents think of interesting topics to discuss with their kids and helps develop communication, confidence, analytical thinking, creativity and more. It supports us in progressing the conversation to get the most from it and has some great topics to discuss. Such a great idea, thank you!”

‍ What shall I do next?

By now you will be excited about how you can effectively build critical thinking skills simply through conversation with your kids. A five minute conversation every other day is so easy to fit in, and we do all the hard work for you putting fantastic thinking questions right in the palm of your hand.

💥To make the most of this, you need to download the KidCoachApp from your usual app store to start your 2 week free trial within seconds. No payment details needed – so you have nothing to lose and everything to gain. After that it is just £4.99/ month, or even cheaper if you go for the annual plan (like many parents do).

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How to teach kids critical thinking

Every day more and more people realize how important critical thinking is. In today’s world, full of different information, influencers, web-content, fake news, and various opinions that seem to be facts, critical thinking is one of the biggest superpowers of a mature and competitive personality. So, why not help your child and push him or her to this skill as soon as possible?

To begin with, what is critical thinking, in general? It is a mixture of skills such as decision-making, finding analogies and causal links between events and processes, suggesting hypotheses, etc. Critical thinking is supposed to help you not to get lost in controversial information.

Some people claim that such a model of thinking might mute the flow of creativity in children. However, it’s totally the opposite — critical thinking will help kids broaden mind borders and find a field for new ideas. This skill is essential for everyone, but, as known, children usually learn things faster than adults. So it would be a great idea to explore this kind of thinking from primary school or even earlier.

Why is critical thinking important for kids?

Let’s see in what way critical thinking can improve your child’s life.

• Firstly, it is a beneficial method to explore the world . If a child learns things using critical thinking, he or she will avoid loads of mistakes and misleadings which could have traumatized him/her.
• Secondly, this skill makes a mind work faster . When things don’t make sense from first sight — think the situation over with a critical approach, and the puzzle will soon be complete.
• Thirdly, critical thinking is good support in school subjects . For instance, children with developed thinking habits are more likely to succeed in their exams. Moreover, it will be useful for every kid, no matter what direction he or she chooses. Language learners will improve faster if they use this approach; future inventors will do better with the projects after learning the basics of critical thinking; science pupils will do their research more deeply and consciously.

How to develop critical thinking in a child?

But what should adults do to help children gain this skill? There are some tips. They would be useful in your everyday conversations as well as on special seminars.

The easiest way to teach a kid something is to uphold the same principles you want to cultivate in him/her. It never hurts to learn some critical thinking skills yourself. Thus, you will help your child learn essential skills in practice and improve your own way of thinking. Be sure your child will look up to you and, sooner or later, will try to adopt your thinking habits.

No instructions

You probably know that there is a method of teaching children to swim, when an “instructor” just throws a child into the water to awaken his/her survival instincts and, at the same time, watches him/her closely to give a hand at the critical moment. Roughly speaking, the same method is very effective in terms of critical thinking. You let a child do something on his/her own and take all the risks. Afterward, it is necessary to discuss everything and figure out how it could have been done differently. Surely, everything should be within the norm — don’t forget that, first of all, you are a responsible parent.

More questions

Encourage your kid to be curious. Yes, it can be quite exhausting to reply to all the why’s and what’s all day long, but your child will definitely be grateful for it in the future. You’d better teach a child to avoid taking everything for granted. Instead of that, explain to him/her the importance of critical research even in everyday issues. If this useful habit is formed in childhood, there will be much fewer problems in high school and adulthood.

Agree/Disagree

If a person can express his/her agreement or disagreement with something, that means he/she is able to think critically. However, there is a thing — in addition to the statement, it is necessary to attach an explanation. Another way to help a child develop his/her thought is to ask more specifically: Is it right or wrong? True? False? Normal? All these questions will put a child in a position where critical thinking is required.

Good listening

This sort of soft skills is crucial in lots of professions nowadays but, at the same time, it is helpful in everyday life. When a person is a good listener, he/she doesn’t stop talking just for some personal reasons. It means that a person gives another one space and time to express his/her own ideas, without drawing all the attention to oneself. A good listener will not cause pressure and push his/her thoughts when an opponent doesn’t want it. Also, such a person will be sincerely interested in another person and new statements.

Clear meaning

This can be easily illustrated with a school studying. When a child learns something from a history textbook, he/she doesn’t need to learn it by heart. The point is to understand all the processes and causal links and be able to reproduce them in your own words. So, if you are not sure your child gets something right, ask him/her to clarify the meaning of his/her words. Ideally, a kid would explain the point in the narrative but keeping the main sense.

Biases matter

Even some adults often forget how strong the affection of biases could be — not to mention children. It’s a great idea to talk to your child about stereotypes, emotional intelligence, and prejudice and find a common solution on how to overcome their influence on our way of thinking.

All in all, parents and teachers should pay attention to developing their children’s critical thinking but without tight control. The best thing to do is give kids enough freedom to make their own decisions and, simultaneously, be ready to discuss difficulties they might encounter. Although children don’t know much about this world, they are people, only a bit smaller than adults. So treat them with respect, help them explore things, talk to them properly and don’t forget that you were young, too. It’s not much, but it’s an important job to do.

Critical thinking activities for kids

Finally, we offer you some activities that would be beneficial in learning critical thinking skills. You can practice them all with your child, and in some time, you will find out which one works out for you.

Tell me why

Imagine your kid is telling you a story from school. He or she disapproves of a classmate’s action. Try to develop this thought by asking why this action doesn’t seem right. You can also continue this discussion with a question like “Why should he/she act in a different way?” or “Why wouldn’t you act like this?”.

Question by question

Be cautious not to make a discussion overloaded — just one question at a time. Let’s go on with the same example: we start with a generalization like “Is it always inappropriate to act like this?” encouraging a kid to search for a counter-example. Then we listen to it and put it on a test with a question like “In this particular situation, was there any chance to act differently, or was it a necessity?”

Generally speaking, all sorts of questions help learn critical thinking. Not only make your kid ask as many things as possible but also get yourself into a habit of asking him or her about their mindset. We have already mentioned the importance of the question “Why?” but, in addition to it, you can ask for clarification of some thoughts or for more information on a subject. Show your child that it is significant to be able to support your statements with examples — ask him/her to give you one. Also, one of the main things to do is to link conditions with a situation. To develop this side of skill, ask a child what the particular situation depends on.

Predictions

One side of critical thinking is predicting conclusions, however, not wizard-like but with the help of analytical skills and logic. Ask your child a question, “What would happen if I did this?” and discuss the answer. You can also train this skill while reading or watching a film. At the crisis moment of a plot, try to stop for a second and ask your kid to predict what will happen next and why. This activity develops imagination and creativity, not to mention critical thinking.

Time to write

It is widely known that writing helps students bear new information in mind and make their statements clearer and more reasonable. Though children are not fancy to use pens and copybooks in today’s world, replacing them with laptops and smartphones, it is beneficial to write down your thoughts on paper. Make it a merry game for a kid, like writing a letter to your future self or creating a script for a Hollywood movie. Later on, this will help a child in scientific research in school or university.

Debating club

No matter how close you are with your child, he or she needs other kids of the same age around. They can be found in a debating club — a place where children learn the art of discussion. Some schools offer these facilities but if there is no such place in your school, try to find it someplace in your area. Debating club is an excellent opportunity to raise a child’s self-confidence and improve critical thinking skills via discussions on relevant topics.

To conclude, critical thinking is a crucial part of a strong personality. Like most of the skills, it’s better to teach critical thinking to children — not only because they take in new information faster than grown-ups, but also because it is hard to change an adult person’s mindset. Critical thinking will make your child successful in many ways: from school homework to comfort living in modern post-industrial society.

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Critical thinking: what it is, how it is formed and how it helps children

What is critical thinking.

• How does crithical thinking develop?

Why is critical thinking important?

How does critical thinking develop?

Critical thinking is one of the most important skills children will need in the future. As society changes and the access to information is unlimited, children need to be able to do more than just repeat what they hear or read. They need to be able to make sense of information, analyse, compare, evaluate and come to conclusions. Most of the time in school, children learn by repeating either what the teacher says or what is written in the textbooks. In many educational institutions, active learning is completely lacking. So children learn to follow certain steps, which they think are the right ones, in a certain order, so that they get the right answer and therefore a grade or mark. Children learn more about how to memorise information rather than how to think.

Parents play an important role in developing critical thinking. Although it is often difficult to teach critical thinking, parents can help children to form critical thinking skills and to be always curious, to seek more information about specific topics in order to solve problems or situations they face. 

Activities that help stimulate children's critical thinking

• Young children should be encouraged to ask questions . Stimulating young children's curiosity is one of the best ways to teach them to think critically. "Why?" is one of the most common questions children ask. The answer to this question should not be a fixed one ('it must be so') but a starting point for a wide-ranging discussion, with arguments and conclusions.
• It is recommended that children be challenged. Children are constantly learning through repetition, mistakes and experimentation. Playing is an excellent activity that helps young children to think. Moreover, playing is the foundation of critical thinking. That's why children should be challenged to try as many stimulating activities as possible and parents should not limit their freedom. Even if it is harder for some children to solve certain games, they should be allowed to try and think up solutions for themselves.
• It is helpful for children's development to learn to solve problems. To help them develop critical thinking skills, parents can teach young children to find explanations and alternative solutions to different situations. It is satisfying for both adults and children to find the right answer, but in many cases some problems or situations in everyday life may have more than one solution. When children consider more than one solution, they can become more flexible in their thinking.
• Building hypotheses is another activity that can bring many benefits to children. Pausing play for a few moments to encourage your child to develop hypotheses is a critical thinking exercise that helps develop this essential life skill. Simple questions such as "If we do this, what do you think will happen?" during playtime will help young children.
• It is a good idea to expose young children to as many situations as possible. Interacting with other people, discovering unfamiliar places and engaging in new activities are important for children's development. The more they are exposed to different situations, the more open and curious children will learn to look at the world.

Encouraging children to ask questions, stimulating them through engaging discussions and guiding them to discover as many alternatives as possible contributes to the development of critical thinking from an early age.

Activities that discourage critical thinking in children

Not having access to information is one of the reasons why some children do not develop critical thinking skills. However, there are many practices that are actually unhelpful in developing logical thinking:

• Children don't know why they have certain boundaries. Both parents and teachers should give children reasons when they ask them to do things in a certain way. Asking children to simply follow certain information and obey adults' orders is a way of discouraging the development of critical thinking.
• Children are punished if they ask uncomfortable questions. Curiosity is defining for children, and when it is not allowed to run free, young children can have cognitive problems.
• Children are offended. The answers to the problems children face may be obvious to adults as life experience speaks for itself. The fact that parents can more easily think of answers should not influence the child's ability to analyse. Children should therefore be left to work out the answers for themselves and should not be offended if the process takes longer.
• Children are discouraged. When they have an idea or a point of view about a problem or situation, children should be encouraged to follow their own beliefs. If they are discouraged from engaging in different activities or expressing certain views, young children will eventually stop expressing themselves, which will affect their ability to think critically.
• Children come into contact with the ideas and assumptions of others. Developing critical thinking refers to children's ability to form their own ideas and find the best solutions. When young children are forced to read and retain certain information without being given the opportunity to analyse and question it, they may find it difficult to express their own beliefs in the future.

Therefore, children should not be restricted in their ability to think and express themselves and should be allowed to express themselves freely, without feeling any pressure.

Some of the benefits of critical thinking are:

• Developing leadership skills. A leader leads by example and one of the tools they need to excel is critical thinking.
• The ability to have a clear vision on certain issues. People who have the ability to think critically have a clearer view of the situations they are put in, which allows them to see the essence of a problem and find solutions to it more easily.
• Ability to find ways out of difficult situations. Critical thinking involves analysing problems and finding solutions. A critical thinker sees possibilities in problems, thus identifying ways out of any difficult situation, no matter how difficult it seems at first.
• Ability to make good decisions. People who think critically deal with problems as they arise, thanks to their ability to find different angles to approach and solve them. Ultimately, they make the right decisions.
• Developing creativity. When a person thinks critically, they don't focus on a particular idea or solution. Critical thinking involves a lot of ideas from which to select the one that best fits the needs of the moment.
• Developing persuasive communication. As they develop critical thinking skills, young children learn how to construct logical arguments with which they can be persuasive.

In conclusion, critical thinking is a skill that children should develop as soon as possible, as it will benefit them throughout their lives, and parents and teachers play an important role in this process. Kinderpedia, the comprehensive communication and management platform for schools and kindergartens, supports school-family dialogue, facilitates feedback and strengthens the school community. Children learn in a friendly environment based on listening, empathy, respect and trust, which encourages the development of critical thinking.

How Kinderpedia supports active learning and the transition to a modern classroom

https://www.parentingforbrain.com/critical-thinking-for-kids/#

https://www.brighthorizons.com/family-resources/developing-critical-thinking-skills-in-children

https://www.verywellfamily.com/how-to-teach-your-child-to-be-a-critical-thinker-5190765

https://parentingscience.com/teaching-critical-thinking/

https://www.theschoolrun.com/how-help-your-child-develop-critical-thinking-skills

https://www.greenchildmagazine.com/think-it-through-helping-your-child-develop-critical-thinking-skills/

https://www.canr.msu.edu/news/the_importance_of_critical_thinking_for_young_children

https://plato.stanford.edu/entries/critical-thinking/history.html

https://www.theblacksheep.community/benefits-of-critical-thinking/

https://criticalthinkingacademy.net/index.php/ct/benefits-of-critical-thinking#

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Thinking about thinking helps kids learn. How can we teach critical thinking?

Few people doubt the value of developing students’ thinking skills. A 2013 survey in the United States found 93% of employers believe a candidate’s

demonstrated capacity to think critically, communicate clearly, and solve complex problems is more important [the emphasis is in the original] than [their] undergraduate major.

A focus on critical thinking is also common in education. In the Australian Curriculum, critical and creative thinking are known as “ general capabilities ”; the US has a similar focus through their “ common core ”.

Critical thinking is being taught successfully in a number of programs in Australian schools and universities and around the world. And various studies show these programs improve students’ thinking ability and even their standardised test scores.

But what is critical thinking and how can we teach it?

What we mean by critical thinking

There are many definitions of critical thinking that are vague or ill-formed. To help address this, let’s start by saying what critical thinking is not.

First, critical thinking is not just being smart. Being able to recognise a problem and find the solution are characteristics we associate with intelligence. But they are by themselves not critical thinking.

Intelligence, at least as measured by IQ tests, is not set in stone. But it does not seem to be strongly affected by education (all other things being equal), requiring years of study to make any significant difference, if at all. The ability to think critically, however, can improve significantly with much shorter interventions, as I will show.

Read more: Knowledge is a process of discovery: how constructivism changed education

Second, critical thinking is not just difficult thinking. Some thinking we see as hard, such as performing a complex chemical analysis, could be done by computers. Critical thinking is more about the quality of thinking than the difficulty of a problem.

So, how do we understand what good quality thinking is?

Critical thinkers have the ability to evaluate their own thinking using standards of good reasoning. These include what we collectively call the values of inquiry such as precision, clarity, depth and breadth of treatment, coherence, significance and relevance.

I might claim the temperature of the planet is increasing, or that the rate of deforestation in the Amazon is greater than it was last year. While these statements are accurate, they lack precision: we would also like to know by how much they are increasing to make the statement more meaningful.

Or I might wonder if the biodiversity of Tasmania’s old growth forests would be affected by logging. Someone might reply if we did not log these forests, jobs and livelihoods would be at risk. A good critical thinker will point out while this is a significant issue, it is not relevant to the question .

Critical thinkers also examine the structure of arguments to evaluate the strength of claims. This is not just about deciding whether a claim is true or not, but also whether a conclusion can be logically supported by the available data through an understanding of how arguments work.

Critical thinkers make the quality of their thinking an object of study. They are sensitive to the values of inquiry and the quality of inferences drawn from given information.

They are also meta-cognitive - meaning they’re aware of their thought processes (or some of them) such as understanding how and why they arrive at particular conclusions - and have the tools and ability to evaluate and improve their own thinking.

How we can teach it

Many approaches to developing critical thinking are based on Philosophy for Children , a program that involves teaching the methodology of argument and focuses on thinking skills. Other approaches provide this focus outside of a philosophical context.

Read more: How to make good arguments at school (and everywhere else)

Teachers at one Brisbane school, who have extensive training in critical thinking pedagogies, developed a task that asked students to determine Australia’s greatest sports person.

Students needed to construct their own criteria for greatness. To do so, they had to analyse the Australian sporting context, create possible evaluative standards, explain and justify why some standards would be more acceptable than others and apply these to their candidates.

They then needed to argue their case with their peers to develop criteria that were robust, defensible, widely applicable and produced a choice that captured significant and relevant aspects of Australian sport.

Learning experiences and assessment items that facilitate critical thinking skills include those in which students can:

• challenge assumptions
• frame problems collectively
• question creatively
• construct, analyse and evaluate arguments
• discerningly apply values of inquiry
• engage in a wide variety of cognitive skills, including analysing, explaining, justifying and evaluating (which creates possibilities for argument construction and evaluation and for applying the values of inquiry)

One strategy that also has a large impact on students’ ability to analyse and evaluate arguments is argument mapping , in which a student’s reasoning can be visually displayed by capturing the inferential pathway from premises to conclusion. Argument maps are an important tool in making our reasoning available for analysis and evaluation.

How we know it works

Studies involving a Philosophy for Children approach show children experience cognitive gains , as measured by improved academic outcomes, for several years after having weekly classes for a year compared to their peers.

Read more: Who am I? Why am I here? Why children should be taught philosophy (beyond better test scores)

This type of argument-based intellectual engagement , however, can show high outcomes in terms of the quality of thinking in any classroom.

Research also shows deliberate attention to the practice of reasoning in the context of our everyday lives can be significantly improved through targeted teaching.

Researchers looking at the gains made in a single semester of teaching critical thinking with argument maps said

the critical thinking gains measured […] are close to that which could be expected to result from three years of undergraduate education.

Students who are explicitly taught to think well also do better on subject-based exams and standardised tests than those who do not.

Our yet-to-be-published study, using verified data, showed students in years three to nine who engaged in a series of 12 one-hour teacher-facilitated online lessons in critical thinking, showed a significant increase in relative gains in NAPLAN test results – as measured against a control group and after controlling for other variables.

In terms of developing 21st century skills, which includes setting up students for lifelong learning, teaching critical thinking should be core business.

Peter Ellerton , Lecturer in Critical Thinking; Curriculum Director, UQ Critical Thinking Project, The University of Queensland

This article is republished from The Conversation under a Creative Commons license. Read the original article .

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How Parents Can Teach Kids Critical Thinking

A research-based guide to help highlight the importance of critical thinking..

Posted February 21, 2020

Recent controversy over the role of social media “ swarms ” in the 2020 election have served as a new reminder — as if we needed one — that public discourse is in bad disrepair. In the last few years have seen countless incidents of people — including many who should know better — weighing in on issues prematurely with little nuance and unhelpful vitriol, being duped by badly biased information or outright fake news , and automatically attributing the worst intentions to their opponents.

Liberal democracies have always relied on flawed sources to inform the public, but not until now have we been confronted with an online medium seemingly designed to play on our biases and emotions; encourage knee-jerk reactions, groupthink , and superficiality; and distract us from deeper thinking.

Better critical thinking skills are needed to help us confront these challenges. Nevertheless, we still don’t have a good handle on what it is and, especially, how best to foster it among children of all ages.

The stakes are now higher than ever.

To address this deficit, Reboot Foundation recently put out a Parents’ Guide to critical thinking. I work for Reboot and helped on the guide that attempts to give parents and other adults the tools and understanding they need to help their kids cope with technological upheaval, acquire the skills they need to navigate an ever more complicated and information-rich world, and overcome the pitfalls of biased and emotional reasoning.

1. Starting Young

As researchers have noted for some time now, critical thinking can’t be cleanly separated from cognitive development more generally. So, although many people still think of critical thinking as something that is appropriate to teach only in college or late high school, parents and educators should actually devote attention to developing critical thinking skills at a young age.

Of course, it’s not necessary or even possible to start teaching 4-year-olds high-level logic . But there’s a lot parents can do to open up their children’s minds to the world around them. The most important thing to foster at this young age is what researchers call metacognition : awareness of one’s own thinking and thought processes.

It’s only with metacognition that children will learn to think more strategically, identify errors in their thinking patterns, and recognize their own limitations and the value of others’ perspectives. Here are some good ways to foster these habits of mind.

• Encourage kids’ curiosity by asking them lots of questions about why they think what they think. Parents should also not dismiss children’s speculative questions, but encourage them to think those questions through.
• Encourage active reading by discussing and reflecting on books and asking children to analyze different characters’ thoughts and attitudes. Emphasize and embrace ambiguity.
• Expose them as much as possible to children from different backgrounds — whether cultural, geographical, or socio-economic. These experiences are invaluable.
• Bring children into adult conversations , within appropriate limits of course, and don’t just dismiss their contributions. Even if their contributions are unsophisticated or mistaken, engage with children and help them improve.

2. Putting Emotions in Perspective

Just as children need to learn how to step back from their thought processes, they must also learn how to step back from their emotions. As we’ve seen time and again in our public discourse, emotion is often the enemy of thinking. It can lead us to dismiss legitimate evidence; to shortchange perspectives that would otherwise be valuable; and to say and do things we later regret.

When children are young (ages 5 to 9), fostering emotional management should center around learning to take on new challenges and cope with setbacks. It’s important children be encouraged to try new things and not be protected from failure. These can include both intellectual challenges like learning a new language or musical instrument and physical ones like trying out rock-climbing or running a race.

When children fail — as they will — the adults around them should help them see that failing does not make them failures. Quite the opposite: it’s the only way to become successful.

As they get older, during puberty and adolescence , emotional management skills can help them deal better with confusing physical and social changes and maintain focus on their studies and long-term goals . Critical thinking, in this sense, need not — and should not — be dry or academic. It can have a significant impact on children’s and young adults’ emotional lives and their success beyond the classroom .

3. Learning How to Be Online

Finally, critical thinking development in these challenging times must involve an online component. Good citizenship requires being able to take advantage of the wealth of information the internet offers and knowing how to avoid its many pitfalls.

Parental controls can be useful, especially for younger children, and help them steer clear of inappropriate content. But instilling kids with healthy online habits is ultimately more useful — and durable. Parents should spend time practicing web searches with their kids, teaching them how to evaluate sources and, especially, how to avoid distractions and keep focused on the task at hand.

We’ve all experienced the way the internet can pull us off task and down a rabbit hole of unproductive browsing. These forces can be especially hard for children to resist, and they can have long-term negative effects on their cognitive development.

As they get older, children should learn more robust online research skills , especially in how to identify different types of deceptive information and misinformation . Familiarizing themselves with various fact-checking sites and methods can be especially useful. A recent Reboot study found that schools are still not doing nearly enough to teach media literacy to students.

As kids routinely conduct more and more of their social lives online it’s also vital that they learn to differentiate between the overheated discourse on social media and genuine debate.

The barriers to critical thinking are not insurmountable. But if our public discourse is to come through the current upheaval intact, children, beginning at a young age, must learn the skills to navigate their world thoughtfully and critically.

Ulrich Boser is the founder of The Learning Agency and a senior fellow at the Center for American Progress. He is the author of Learn Better, which Amazon called “the best science book of the year.”

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Critical Thinking for Kids: Why, Benefits & Tips [Completed]

Critical thinking is repeatedly mentioned and used widespread in various education materials and events. It is said that for children in the 21 st centuries, critical thinking seems to be one of the most important skills for the future success. Let find out more about critical thinking for kids and answer all of your question about: what it is, how important it is for kids and how to foster critical thinking skills for kids, how do you explain critical thinking to a child? What is critical thinking for elementary students? At what age does critical thinking develop? with Skidos Educational Games for Kids !

What is critical thinking?

Although critical thinking for children concept is a popular topic, a large number of individuals may not firmly understand what it truly is and what it really means for kids.

Critical thinking can be understood as the ability to think rationally, to analyze the piece of information given to you and determine whether it is right or wrong, to think deeply in a way that helps you solve the problem. It is about being curious, innovative, open-minded to look and think differently and to come up with different ideas or solutions

Why is critical thinking skill important for kids?

Critical thinking matters for children of all ages, regardless of what their social status are. Without critical thinking, humankind would not have survived given that government authorities were not be able to set rules to maintain social security and doctors, researchers were not be able to figure out therapies for infectious diseases. It can be firmly stated that critical thinking is important to human’ lives.

In today’s competitive and fast-changing world, kids are expected to think critically, not to only learn by heart but to really understand the information given, analyze, compare, examine, innovate, debate and generate their thinking skills. According to Peter Worley, co-CEO and co-founder of educational charity group named The Philosophy Foundation, it is important that children develop critical thinking skills as early as primary school age.

Critical thinking facilitates the way children see the world around them, help them ask the right questions, figure things out and make judgements. Indeed, based on numerous scientific researches, it is proposed that children who are well taught critical thinking skills will tend to perform better at language comprehension and problem-solving, and even have a higher IQ than others. Also remember that critical thinking is the most important skills of 21st century skills for kids , so don’t miss that for your child.

How to foster critical thinking for kids?

At school, kids are usually taught to answer questions to score high in exams, however, as participants in society, it is quite common that we would be asked questions which are more complicated than the multiple choice questions found in the school exams.

Therefore, giving children opportunities to learn some subjects or to be exposed to things which they normally would not be able to do outside of the classroom is necessary. For something as important as critical thinking, there are several tips Skidos would suggest you if you would like to improve your children’ critical thinking skills by asking better questions, encouraging them to answer without rushing and inspiring their imagination.

#1 Ask open-ended questions

Asking open-ended questions such as WHAT, HOW or WHY can be a good strategy for school leaders and parents to follow so as to enhance your children’s critical thinking skills.

WHAT questions to develop critical thinking for kids

First, let’s start with a WHAT question but do not end there. When asking a WHAT question, it is usually a starting points. If you ask a WHAT question in class, kids usually get excited because it is the type of answer where if you get the answer, you get it and if you do not, you do not.

Students can easily give the answer to a WHAT question by searching on Internet or revising the class note. It may seem textbook-based but our job is to make our kids to move beyond the text book.

Therefore, other than just asking a simple WHAT question, for example: “WHAT are three main causes of global warming?” what we could do instead is to have them explain, or paraphrase what they study in class by using words “explain”, “give example”.

In that way, the previous question can be turned into: “ Explain three main causes of global warming? or “Give examples of three main causes of global warming”, which requires students to try harder, take a risk to answer a WHAT question.

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Second, once we have established the WHAT, we can start making connections by asking a series of WHY questions as giving children opportunities to connect the knowledge they obtained to something personal in their lives.

WHY questions are considered difficult for many reasons. One of the reasons is that to answer a “why” question, students need to put themselves out there, think about the reponse and give supporting evidences for their answers, not just repeating the facts.

WHY Question to foster critical thinking for students

Students are expected to question back to teachers “WHY is global warming important to concern about?” “WHY should a child like me care about global warming, not the government?” “ WHY should we pay attention to global warming now, not later?”.

When students find the question relevant and value-creating, they then start asking themselves “Okay, how can I take this information, think about how this could be useful in my everyday life”. There goes the question HOW.

After we have established the WHAT questions and figured out how to connect it with the WHYs, then we can proceed to ask the HOWs. Firstly, after asking the WHAT: “Explain 3 main causes of global warming” and your students have given an answer, you can continue asking “ HOW do you know?”; in that sense, kids need to back up their answers and hence, cannot get away with an easy answer. They have to provide supporting evidences and to be able to defend their answer against some logical attacks.

HOW Question to foster critical thinking for a child

Another interesting HOW question we could ask our children is “HOW might your  perspectives  be different from that of others?”. This will force students to empathize with others, evaluate the grounds of other people, consider their own opinions and maybe find some common grounds, which is very useful providing that they shall frequently be in a group discussion or debate later in life.

The final HOW question can be raised is “ HOW can you solve this problem?” to encourage students to synthesize all of their previous  knowledge and be figure out how to make this their own and be able to apply themselves. This is a valuable part to prepare children to types of uncertainties that they are likely to face in real life.

#2 Encourage kids to freely raise their voices and do NOT rush

While children are required to answer to questions, there are risks that they feel scared of not saying the right things or being judged by their classmates or others. As school leaders and parents, we need to do a better job of encouraging students to freely raise their voices and instill our children the grit necessary to be able to persevere against challenging topics that come their way.

For nurturing critical thinking skills, parents and teachers should create an environment where kids would feel free to think deeply without the fear of being ridiculed or shouted at. Remember not stress the kids because it is totally fine to get the answers wrong sometimes, and the important thing is that they do try their best to answer the questions given and they can learn from their mistakes.

Besides, it will be highly expected if parents and teachers do not to rush the kid to answer quickly but wait for your kid thinking before intervening or speaking. This will give children a chance to reflect, refine their answers, rather than responding without thinking thoroughly.

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It would be better if parents or teachers to try counting silently in their heads to 60 or even longer and observe what the kid is doing before stepping in to help. Parents should also ensure their kids know that you care about them as a person, so they will be willing to take risks, think differently, and voluntarily speak out their thoughts and ideas, even if they might not be true.

#3 Inspire imagination and creativity

It can be hard to think critically about any topic that kids are not interested in. Try asking children about politics or philosophy, you may find yourself alone in the spot as most children will be bored at speaking about these topics and not be willing to answer to you. Children are known for their vast imaginations, and it is essential we exploit their imaginations to their full advantage by finding out which topics they would like to study.

Parents and school teacher can refer to project-based learning method, in which kids can be allowed to choose what topics they would like to talk about or to explore deeper in the learning curriculum.

Teachers are recommended to guide students to write their choices out and then teachers can choose some popular topics to put into the lesson plans for a class activity, group discussion or a particular project. With regard to parents, you can figure out what your children love doing through your children’ preferences while they are playing with toys, carrying out experiments or doing art.

| >>> Read more: What Is Conscious Parenting and 7 Benefits of That?

In conclusion, fostering children’ critical thinking skills might seem challenging for parents without much of teaching experiences and given that kids tend to think in a simple, literal way. This is a long process like building a castle taking many days; kids do not suddenly obtain analytical thinking skills overnight, and parents as well as school leaders need to be patient to teach and reinforce teaching method while guiding children to be more critical thinking! Use the tips above to get kids in acritical thinking mindset to prepare them for high school, university, and beyond!

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The Importance of Critical Thinking for Kids: Why It Matters for Academic and Real-World Success

• September 14, 2023

It may become tiring when your students continuously ask “why?” throughout the school day, but that simple question is one of the first signs of critical thinking for kids.

American philosopher, psychologist, and educator John Dewey referred to this concept as “reflective thinking.” Dewey defined critical thinking as persistent, active, and careful consideration of a belief or supposed form of knowledge. It requires actively subjecting ideas to review and challenging what you’re told, rather than passively accepting them as truth.

With this thought process being a major part of your students’ brain and cognitive development , it’s important to help nurture it in the classroom with critical thinking activities for kids, so they have the chance to use logic and self-control to solve problems and explore their own creative points of view.

ChildCare Education Institute (CCEI) provides a collection of courses for early childhood educators seeking more guidance and training on how to promote critical thinking in the classroom. We realize that these skills will not only lead to lifelong academic achievement but they also help your students understand how to excel in the real world.

As we consider the importance of critical thinking for kids, we must first denote the foundational skills needed for critical thinking, then consider ways this thinking positively impacts problem-solving and supports academic success. We’ll also share some suggestions for fun projects that connect creativity to nurturing young minds that think critically.

Bloom’s Taxonomy: Levels of Critical Thinking

Bloom’s Taxonomy is a core part of the curricula we use to teach early childhood educators about critical thinking.  It’s also a vital tool teachers use in their day-to-day interactions with children. Bloom’s Taxonomy is laid out as a pyramid, with foundational skills at the bottom and more advanced skills higher up. The lowest phase, “Remember,” doesn’t require a great amount of critical thinking. These signify skills kids use when they memorize things like the alphabet, math facts, sight words, etc. Critical thinking starts to take off in the next steps of the pyramid

Understand – Understanding goes beyond memorization. It’s the difference between a child repeating the rote concept of “2+2 is four” or learning the days of the week versus understanding that when you add 2+2 it’s the same as multiplying those same numbers. Or a child understanding Saturday is the day after Friday and so on. Pure memorization has its place. Still, when a student understands the concept behind something, they’re able to apply what they’ve learned.

Apply – Application widens the world of knowledge and reasoning for young minds. Once they recognize the concept they’ve mastered can apply to other examples, you’ve helped them expand their learning greatly.  Math and science are where this level of critical thinking can easily be recognized, but its present in all subjects. Take sight words, for instance. Students originally memorize these words to help them read. However, once kids learn the phonics of words, they can apply that to tackle new words.

Analyze – Analysis springs your students into the next phase. Analyzing is where that incessant question of why stems because at this point they’re no longer taking things at face value. Analysis leads to students finding their own facts that stand up to inquiry, even when the facts don’t support what they thought. In the instance of your student beginning to question their belief that babies come from storks. Analyzing requires exploring, asking you questions, comparing and contrasting, research, and several other concepts to find the facts. Though they previously let their favorite fairy tales guide them, they now have to determine the best primary sources for information about babies’ birth like their teachers, parents, videos, and reading. Adults who find success in life have to use this skill set daily, and critical thinking for kids at this phase also becomes a routine.

Evaluate – Nearing the top of Bloom’s pyramid is evaluation skills, which provide the opportunity for kids to synthesize all the information they’ve learned, understood, applied, and analyzed, and to use it to support their opinions and decisions. The student has taken in all the information about babies, so now they have to remove their bias to make a choice on whether babies come from their mom or a stork. Evaluation moves beyond their beliefs that were supported without the proper elements of critical thinking.

Create – In the final phase, students use every one of those previous skills to create something new. For example, many kids in this age range create and express themselves through art. By starting with understanding and progressing to evaluating, they uncover how to apply the knowledge of how to mix primary colors (blue, red, etc.) to make other hues like purple, brown, etc. Beyond that, they can take their paints and easel to make a portrait that highlights the mixture of colors.

Why critical thinking for kids matters

Students making their way through each level of Bloom’s Taxonomy will think independently and understand concepts thoroughly. Students who know how to analyze and critique ideas are able to connect those skills to several subject matters  to make connections in various disciplines, see knowledge as useful and apply that and comprehend content on a deeper, more lasting level, according to the book “Critical Thinking Development: A Stage Theory.”  With that deeper understanding, your students will not always rely on you and their class time for guidance. Instead, they will seek out information and become self-directed learners in their daily lives.

At such a young age, it may seem difficult to promote critical thinking in the classroom, since it’s more of a habit that falls onto the individual student. However, early childhood educators are best suited to introduce critical thinking to little learners. In a 2018 Reboot Foundation survey, 20 percent of respondents said that critical thinking skills are best developed in early childhood, children ages 5 and younger.

At all ages, there’s an undeniable impact from providing lessons that nurture critical thinking in kids. For academic purposes, your students will be more ready to problem-solve and evaluate the lessons they learn in class. For their own benefit, forming their personal opinions based on deep critical thinking will allow them to find their own interests. When students are truly passionate about a topic or pursuit, they are more engaged and willing to experiment. The process of expanding their knowledge brings about a lot of opportunities for critical thinking. You have the chance to encourage this action and witness the benefits of the child investing in their niche interest in insects, performing arts, space, and more.

How to make critical thinking for kids fun

Critical thinking is all about sparking and responding to curiosity. There are a number of critical thinking activities for kids that have been proven helpful for early childhood educators.

Below, you’ll find a few fun ideas for your classroom:

Journal Time

Journaling may seem like a simple task but offers a daily or weekly opportunity to get your students in an imaginative mindset. You can incorporate just five minutes of instruction time each day to ask kids an open-ended question they can respond to using written words, a drawing, etc. For example, “What did you like about the experiment we did today?” or “What’s your favorite day of the week, and why?”

The kids may use words and pictures, depending on their level of writing skills, to answer the questions.

Lego-theme Party

You’ll be hard-pressed to find a student that won’t quickly say yes to a Lego party. This party is an opportunity for each student to use their imagination to create their own scene or theme based on one-word prompts. Just ask your students to create a farm, a store, the school, etc. using Legos.

The Lego creations allow them to use their imagination to create various themes, but they may have questions about what to include. You can give them helpful hints (like mentioning animals on a farm), but make sure your students are responsible for the final outcome. After everyone’s done, you can see how each student applied their critical thinking with very little guidance.

Make Your Own Menu

This food-themed critical thinking activity is sure to be a treat.

Gather artificial food items and sit them in front of the class. For this activity, ask each student to pick which foods they want for their personal menu. The students might ask how to spell the names of items or ingredients, but they’ll be fully in charge of what concoctions they create.

At the end, each student can present their menu and explain why they chose their food items. Not only will the students have a better handle on critical thinking, but they’ll also learn their classmates’ favorite foods.

These critical thinking activities for kids give your students the opportunity to question, analyze and evaluate in creative ways on topics that relate to them. Though critical thinking is a nuanced lesson, CCEI has designed courses that can help teachers inspire and guide students toward long-term academic success, such as Critical Thinking Skills in the Preschool Environment .

Click here to learn more about how to promote critical thinking in the classroom and discover our entire catalog of more than 200+ online courses that cover an array of trainings.

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Parents' Guide

Developing critical thinking in teens, introduction.

For children aged 13 and older, the development of critical thinking continues to build from the skills acquired and the challenges faced in the first two developmental stages. These skills must continue to be reinforced as the child matures.  

The four basic aspects of critical thinking we examined in the first part of this guide, concerning children aged five to nine , remain relevant, therefore. To review, these were:

Critical thinking based on arguing a point.

Developing self-esteem, the foundation of critical thinking.

Emotional management, a prerequisite for critical thinking.

The social norm of critical thinking.

We also saw new elements come into play between ages 10 and 12 in the acquisition of critical thinking and reasoning skills. These are likewise still important in considering the development of critical thinking in young teenagers:

The development of reasoning skills beyond argument.

Puberty and its implications in terms of interests, self-esteem, and emotional management.

The digital world, via gaming, the internet, and a burgeoning social or pseudo-social life (on social media targeted at young people).

To these concerns are added new set of factors come into play in later adolescence as the cognitive system matures and social life changes. These factors will hugely increase the critical potential of 13 to 15 year olds, while at the same time limiting it in certain respects. These factors are:

The development of formal logic, allowing for more and more complex and abstract lines of reasoning.

New social pressures, including heightened peer pressure and anxieties over social integration. The influences of groups and gangs, which tend to critique the established social order, can also lead to a conformity in attitudes and ways of thinking within the group.

Critical analysis of sources of information and the strengthening of interpretive skills.

Critical thinking in group projects, and as an element of citizenship and social progress .

Beginning at age 13, adolescents can begin to acquire and apply formal logical rules and processes. The rudimentary logic learned at previous stages can now be refined by teaching adolescents some more advanced logical notation and vocabulary, which are outlined in the coming sections. It is important to keep in mind, again, that critical thinking extends far beyond logic, offering tools to apply more broadly to arguments and information encountered in the everyday world.

In the teenage years, social pressures accelerate, and with the internet and social media, these pressures move faster and with more force than ever. As outlined in section two below, critical thinking can prove a valuable resource for teenagers to help cope with these pressures and resist the groupthink that easily emerges in social cliques both online and offline. Critical thinking can also play a role in helping young adults choose and pursue emerging goals, by constructing long-term plans and methods. Finally, critical thinking is an indispensable tool in helping young people understand and analyze the wealth of information sources now bombarding them.

1. Formal Logic

At the age of 13 and older, children can begin to learn the rules of formal logic and further hone their critical thinking skills. whether or not their children are learning these skills in school, parents can help by discussing how to analyze concepts and arguments..

From ages 11 to 12, there gradually develops what Piaget called the formal operational stage . New capabilities at this stage, like deductive (if-then) reasoning and establishing abstract relationships, are generally mastered around ages 15 to 16.

As we saw, by the end of this stage, teenagers, like adults, can use both formal and abstract logic—but only if they have learned the language of logic (“if,” “then,” “therefore,” etc.) and have repeatedly put it to use. Under these circumstances, children learn to extrapolate and make generalizations based on real-life situations. 

Thus, from ages 10 to 12, by stimulating children intellectually—urging them to reflect and establish lines of reasoning—they gradually become able to move beyond a situational logic based on action and observation onto a logic based on rules of deduction independent of the situation at hand.

This ability to manipulate abstract symbols consolidates by around age 15, provided that one has been versed in formal logic.

A and B are two logical propositions, such that A is the opposite of B. From this, we may formally deduce (without reference to  anything concrete) that the proposition P, which states “A or B,” is always true. There are no alternatives, so P fulfills all possibilities. We may also deduce that the proposition P 1 , “A and B,” is always false.  Here, two contradictory propositions cannot both be true. If one is true, the other is false.

These formal operations require both a mature central nervous system and a mature cognitive system. But, since such examples of formal reasoning are detached from everyday life, they require deliberate practice. Even an adult who is out of practice can struggle with formal reasoning.

After working through several examples, parents can help children extract the logical rules behind those examples.

We can present these two rules of logic using more concrete examples, which makes formal reasoning at once more accessible and less intimidating. In concrete form, however, the reasoning will be less easily applied to new situations. 

If proposition A is: “this salmon is farmed,” proposition B (the opposite of A) will be: “this salmon is not farmed.” B could also be expressed  as: “this salmon is wild.” It is easy in this concrete context to see that P, “A or B,” is always true. A salmon must either be farmed or wild. It is also easy to conceive that P 1 , “A and B,” is always false because a salmon cannot be both farmed and wild.

Moving away from situational lines of reasoning allows teens to extrapolate and apply logic to the ever more complex challenges and life events they might encounter as they mature into their young adult years. Without formal logic, young teens and young adults won’t be able to define their formal reasoning abilities to extend past situational deductions and personal life experiences or form larger connections with their surroundings and the human experiences that occur around them everyday.

Once they learn to abstract from concrete examples and express these rules in formal logic, children can form and manipulate logical notation and apply it to a multitude of situations. 

How can we help children from age 13 and older improve their formal logical deduction skills?

We must start by working on these two rules through concrete examples like that of the salmon. After working through several examples, parents can help children extract the logical rules behind those examples. This is the inductive phase: from concrete examples, we extract the common features and express them in a formal rule. 

Next, it will be necessary to prove this rule solely by logical deduction. If we do not do this, we cannot be certain that the rule is valid in every context. Extracting the common features only results in rules which, at this stage, remain merely hypothetical. Only reasoning allows for the generalization of a rule.

Once students have mastered a collection of formal rules, they can be trained to recognize, within a problem or a given context, what rule is applicable. That is, they can take an initial claim (a hypothesis), apply a rule of deduction to it, and arrive at a conclusion.

2. Faulty Reasoning

One important way teenagers can improve their logic and reasoning skills is by using formal definitions. these are necessary for more precise and universal reasoning and can help children identify faulty reasoning., integrating these topic into family discussions can be enormously productive., extension vs. intension.

One idea in formal logic that can be valuable to learn at this age has to do with how concepts are defined. For very young children, categories or concepts are defined according to how they are encountered in everyday life. For example, the general concept of color is determined by all the examples of colors children have come across or imagined. The concept covers all these different experiences. This is called the concept’s “ extension .”

But it is important that children from the age of around 13 start to learn to define concepts not merely according to their extension, but in a formal, scientific manner.

For example, instead of using a definition drawn from experience, students can explain that a color is a perception that our eye, linked to the brain, produces when an electromagnetic wave of a given frequency hits our retina. This definition according to the formal, internal qualities of the concept is called the concept’s “intension.” 

Definition by intension is more complicated, but it allows for the use of the concept in formal reasoning. Therefore, definition by intension gears the child’s mind towards higher-level abstract reasoning. 

For example, if we have to determine whether or not a given entity is a color or not, the intensional definition will offer us formal criteria for making a judgment.

Here’s another example. The prime numbers can be defined formally by intension: they are “the numbers that are only divisible by themselves and one.” If we were to learn only the extension of the term “prime number,” on the other hand, we would only have a list of the numbers that we know are prime.

It is clear that if we only have this definition by extension and we encounter a new, very large number — higher than the largest number on the list we’ve learned—we will have no criteria for knowing whether it’s prime. But if we have the formal definition by intension, we will, with the help of a calculator, be able to determine whether it is only divisible by one and itself and, therefore, prime.

We can’t productively critique the arguments of others if we don’t share their definitions of concepts.

When we are young, we learn about the world through definitions by extension during the course of our interactions with objects and other people. Our brain defines concepts by extension and then extracts the common features to produce a working definition. 

But these definitions are subjective since they depend on our history of encounters with relevant examples. Thus, all of the concepts we have created do not match other people’s concepts precisely, despite being identically named. They depend on the particular experiences we have had.

Yet, towards the ages of 13 to 15, with mathematical and formal logic, it becomes possible to define concepts by intension and, therefore, to share objective meaning with others. Teenagers can enter a world  of shared and precise meanings. This is a prerequisite for the application of precise and formal critical thinking. We can’t productively critique the arguments of others if we don’t share their definitions of concepts.

The formal approach for children aged 13 and up should, then be twofold: formalize the definition of the concepts used and formalize the logical deduction itself. This comes with practice and enhances both children’s capacity to communicate and their critical faculties.

The Concepts of Intension and Extension​

Recognizing faulty reasoning.

As has been discussed in previous sections, developing critical reasoning requires more than simply knowing how to reason formally and contextually. It is also necessary to learn how to recognize flaws in the reasoning of other people who may wish to convince us of their way of thinking, either for narcissistic reasons or to lead us to act to their own advantage.

Such flaws can occur on several levels:

Erroneous rules of logic, leading to false reasoning based on reliable hypotheses.

False hypotheses (starting points for reasoning): even if the reasoning is valid, the conclusion may be false. Certain politicians use this strategy very frequently.

Using a formal rule in a situation to which it does not apply. This often occurs in over-simplified mathematical modeling of complex material, for example when an essay in the humanities is interpreted using only the tools of formal logic. 

These three types of flaws can be worked into family discussions, with the goal of training children to counter weak or manipulative lines of argument. School should not be too heavily relied upon to provide this kind of practice for your children. Already between the ages of 13 and 15, they are able to construct brilliant lines of reasoning, which will prevent them from being tricked by manipulative or intellectually limited people.

Flawed Reasoning​

3. individuation, teenagers have a natural impulse to try to separate themselves from their parents and their backgrounds. a good critical thinking foundation can help ease the transition toward individuality and adulthood. better reasoning can help teenagers cope with their emerging independence and avoid an unthinking rejection of their background., what is individuation.

Individuating and the stages of individuation are concepts developed by renowned analytical psychologist Carl Jung . Jung founded analytic psychology and the concepts of extraverted and introverted personalities, archetypes, and the collective unconscious were also developed by Jung along with the theory of individuation.

In adolescence,  the individuation process heralds the initial stages that a child takes toward  becoming a unique individual, something more than just your parents’ offspring, is a psychological necessity. 

Part of differentiating yourself from the world around you is developing a self-image. It is the only way to avoid fading completely into your surroundings—and ending up in utter conformity, or worse.

Individuation adolescence

Individuation is indispensable to society. In order to sustain itself, society needs diversity. Cultures lacking the social norm of individuation are more fragile. They produce citizens who have identical self-images and behavioral patterns, whereas adapting to change requires diversity, creativity, evolution, and, therefore, critical thinking.

Only very rarely (or not at all) have individuals in these cultures of weak individuation experienced the feelings of crisis and malaise we associate with adolescence. The transition from childhood to adulthood unfolds instead according to so-called “rites of passage.” 

Our civilization has undergone a long and profound evolution through philosophy, science, psychoanalysis, and politics, leading us to a social norm that rejects the idea that the individual in the family, the social group, or the nation, is like a mere cell in an organ. Indeed, everyone has the right and even the “duty” to be reborn by deviating from their origins. 

This is an immense challenge because this act of individuation, this self-creation, arises at a moment when children are not yet able to achieve this “rebirth” autonomously, as they enter an unknown world without even knowing what it will be like. We call this period “adolescence” or even “kidulthood” when it lasts a long time—a growing phenomenon.

Experiencing society predominantly through school or family simultaneously generates pressure to conform and to individualize. It comes as no surprise that this causes some problems.

The desire to be free and independent generates psychological conflict.

What is the process of individuation.

Children have not fully matured intellectually or cognitively when they are confronted with this contradiction. They are, therefore, unable to conceptualize it. This is why, in their behavior and attitudes, children can sometimes bear a closer resemblance to skittish animals than calm self-creators responsible for their own gradual reinvention.

Although unaware of it, children embark upon adolescence through “second-degree” conformity through culture, since adolescence is a societal construct rather than a psycho-behavioral component of puberty. 

Paradoxically, children aged 13 to 15 or older may not experience teenage angst at all, thanks to their critical faculties. In fact, if they feel that their life is fulfilling and stable, they will be able to avoid getting sucked into an alternative world by other children their age. Their youth may pass without them having experienced teen crisis. Instead, they construct their identity reflectively and without drama.  

This, of course, is not typical. The desire to be free and independent generates psychological conflict. The fear and the anxiety associated with this moment of struggle incites rationalizations, thoughts which retrospectively come to explain dissatisfaction, malaise, and rebellion. Every situation that is not comfortable or does not come off successfully, we tend to attribute to our external environment and other people. Consequently, if things are not going well for us—if we are not happy—we tend to blame it on an unjust world.

Parents of teenagers are very familiar with the result: sweeping criticism of everything teens encounter. To the teenager, everyone sucks: parents, teachers, politicians, journalists, and so on. This reaction can generate conflict, but, as is explained in the next section, it also presents a good opportunity for deepening critical faculties.

4. Teenage Negativity

The need to become an individual can often manifest itself in negative and unyielding attitudes. though teenagers’ criticisms and complaints can be unsophisticated, parents should still engage with them. critical reasoning can help make the process of becoming an individual less painful and more productive..

It can be difficult to know how to react to teenagers’ negativity. On the one hand, their attitudes may seem too extreme and unsophisticated to take seriously. On the other, they can be exasperating and even hurtful when directed against the parents themselves. But parents should do their best to avoid being either dismissive or defensive. 

The teenager’s emotional negativity is an extreme version of something we are all prone to indulge in from time to time, no matter how highly we may prize our calmness and understanding. Parents should remind themselves that this negativity is part of a bid to become a fully-fledged autonomous individual with an opinion deserving of recognition and respect. 

Parents can help them reach this goal by taking their teens’ complaints seriously. This doesn’t mean telling them they’re right when they aren’t, but treating them as conversation partners worthy of engagement. Parents can ask their children to substantiate and defend their claims using argument and evidence; challenge their children when they fail to argue well; and compliment them when make good points.

This can be a good opportunity for parents themselves to refresh their ability to put aside emotions and handle a topic fairly and dispassionately. By modeling these kinds of intellectual virtues parents make it more likely that their children will adopt them.

Arguing with teenagers can be fun, especially if they begin to experience the kind of satisfaction that comes out of reasoned debate over complicated issues.

Of course these arguments will not always go smoothly, but over time parents can help bring their children into the critical community. Arguing with teenagers can be fun, especially if they begin to experience the kind of satisfaction that comes out of reasoned debate over complicated issues.

The quest for individuality also manifests itself in a need to create or to win over a new group, a group that can become one’s ideal family. The phenomenon of teenage cliques or gangs—and even radical organizations—arises from this fact. Not being understood or accepted is stifling. We need an escape valve, and so, as social animals, we create or join a group that meets our needs.

Individuation and Belonging

5. sense of belonging in a community, although they may relentlessly criticize society, in so doing teenagers are really showing that they belong to it. parents should help teenagers learn to articulate their dissatisfaction and develop a sense of belonging. . critical thinking can help them reconcile their desire for independence with the value of tradition and belonging to society., what it means to belong.

Belonging means acceptance into a larger whole, society, community, or organization. It’s a fairly common experience that occurs at many levels of life from the familial unit, to work, to school, to the society as a whole.

From the age of 12 to 13, in order for children to be able to articulate their disagreements with the status quo, they must develop their critical reasoning skills. As adults, we must, again, engage with these critiques if they are well-founded. This shows children that rejecting their endeavors is not the automatic response. This makes them feel valued and capable of exercising autonomous thought which can, moreover, influence adults.

In this way, critical thinking also — perhaps unexpectedly — makes it easier for children to accept at least a part of the cultural heritage that is offered to or imposed on them by language, upbringing, and custom. 

Allowing a teenager to convince others through argument and logical inference makes them feel more able to become an individual without breaking away from the group—a rebellion-free evolution. If they are allowed to articulate their dissent, they may even find school or home life less stifling than social life in a peer group where they are constantly pressured to conform. Encouraging this kind of critical thinking also protects them from negative influences (cults, crime, etc.), since their critical toolkit allows them to stay lucid when faced with wild, dangerous speech and behavior (alcohol, drugs, etc.).

From as early an age as possible, learning how to argue and reason critically using one’s capacities for inference allows for a balance in adolescence between individualization and an acceptance of heritage. 

Indeed, the need to distinguish oneself and to proclaim one’s individuality is always met by membership in a group — now often with the help of social media. This need is only met if these groups are not as prescriptive and stifling as the society from which the child is trying to escape and if they do not cause harm. 

Part of critical reasoning is the development of the capacity to question environmental, familial, and social norms and prescriptions. But this requires competence in a universal language made up of inferential logic and the art of arguing,  which comes from the critiqued society. Critical reasoning itself thus serves as lasting proof that one remains a part of that society. In the very act of distinguishing themselves from the pack, teenagers show they belong.

Critical reasoning anchors children in reality, allowing them to achieve individuality in their own unique way. Parents can help by supporting their children’s projects and encouraging them to engage with the world around them.

Building a sense of belonging.

Cultural heritage—including language, law, food, art, manners and customs, traditions, and scientific knowledge—represents an incredible resource that is at once imposed and offered. Teaching children critical thinking and reasoning means that they will not simply dismiss this priceless treasure in its entirety even though they will partially free themselves from it. Critical reasoning makes the process of individualization less violent and painful for both children and parents, thanks to the balance between the assimilation of culture and a healthy questioning of it.

In other words, critical reasoning—expressed through argumentative and logical know-how and rooted in self-esteem and love—anchors children in reality, allowing them to achieve individuality in their own unique way. Parents can help by supporting their children’s projects and encouraging them to engage with the world around them.

Cognitive faculties participate, in this way, in the psychological make-up of children. Critical reasoning has a twofold power: it is both integrator and liberator. It alerts us to the ways our culture forms us and helps us partly to overcome it. It is a fundamental pillar of our citizenship, on a national and global scale. 

Benefits of sense of belonging

Critical reasoning serves as proof to children that they are listened to and that they are the primary drivers of their own destinies. Subsequently, they are predisposed to put their faith in the future and in others. They become psychologically and intellectually equipped to imagine a future with other people, in which they undertake communal projects and attain important goals.

6. Analyzing Sources

Teenagers need support  to cope with and analyze disinformation and deception online. they should work on developing critical reading and browsing habits and learn to identify different kinds of deceptive reasoning. families can practice analyzing false or misleading information together. .

By the age of 13, young people likely already have significant experience navigating the internet. They have all made extensive use of a variety of websites in order to find answers to their questions or to help with papers and schoolwork.

The internet has democratized the transmission of information, allowing anyone and everyone to put forward their ideas, opinions, or hypotheses on multiple online platforms. People usually post things online in an affirmative style which presents any given statement, no matter how dubious or speculative, as a well-known fact.  

People’s personal blogs, companies’ promotional lifestyle websites, and free encyclopedias all feature articles on complex subjects, almost always with content that has not been vetted by any experts,  whose critical thinking skills and reasoning would be invaluable.

It seems that everyone—or almost everyone—has the tendency to grant at least some level of truth to everything they find online, especially if the site looks credible and its language is elegant. The same gullibility often applies to what we see on television or read in newspapers.

It is important to make young people aware of the phenomenon of “fake news” and to give them concrete proof of the great deal of false—even outrageous—information online. 

For example, it is possible to find videos claiming to prove that NASA’s moon landing was staged . Debunking these types of conspiracy theories, with the help of parents and educators, can be a useful exercise for students. As can discussing what makes certain sources reliable or unreliable.

For example, students could be shown a factual documentary on the moon landing and a video claiming the moon landing was faked and then asked to work out which one is false

In order to do this, they must use their logical knowledge to see if any false presumptions have been made. They must also ask themselves who made and commented in the videos. What is this person’s reputation? What are their professional qualifications? Has the document’s credibility been discussed in any forums?

Debunking these types of conspiracy theories, with the help of parents and educators, can be a useful exercise for students.

In analyzing these and similar sources, we will arrive at one of five possible situations:

An author has good intentions but his or her reasoning is flawed. The author draws unsubstantiated conclusions from trustworthy information. For example, we have proof that certain particles came out of thin air and did not evolve from anything. Some wrongly conclude that this proves the existence of God, since only God could create something from nothing. This information is true, but the reasoning is false, and the conclusion therefore does not follow. The solution involves the relationship between energy and mass in the equation E = mc 2 . In empty space, even the smallest amount of heat can cause spontaneous conversions of pure energy into matter.

An author has good intentions and reasons well, but uses false information. Here, the author can come to false conclusions, even if he or she reasons impeccably. For example, one could conclude that the acceleration of an object, induced by gravitational force, is dependent on its mass because if one drops a rock and a feather from a balcony, the rock will hit the ground before the feather. Here, the problem lies with the initial information, which is erroneous because it does not take the role of air resistance into account. The observation on which the argument is based is thus incorrect in this case, as is the conclusion. In reality, in a vacuum, the feather and the rock would reach the ground at exactly the same time.

It could be that the hypotheses and baseline observations, as well as the arguments drawn from it, are all incorrect. A false conclusion is likely to result.

Authors could be giving out false information intentionally with the aim of selling a product; harming another individual, group, or country; spreading a rumor to make themselves feel important; or sadistically causing mental anguish to others for their own enjoyment.

An author intends to get a point across by using an argument which appears to comply with logical reasoning but which actually contains one or more inferential leaps , deliberately introduced in order to prove that the conclusion is objective because it stems from rigorous thinking. Sophistry and paralogisms arise from this sort of trickery.

It is very important to expose adolescents to these five possible kinds of lies or deception, as well as to reflect on how to identify them by analyzing authors’ arguments and questioning the hypotheses or observations at the root of their arguments and their likely intentions, given the message’s context. For example, in an advertising context, we can understand that car manufacturers might benefit from lying about the amount of pollution produced by the vehicle they sell.

Nasreddin’s Sophisms

Paralogisms, 7. the critical mind, genuine critical thinking requires background knowledge. parents should help their children acquire broad and deep knowledge so they have the confidence and ability to call sources into question and avoid an unreflective acceptance of authority..

General knowledge is also a powerful tool for staying critical and skeptical in the face of this influx of information. It allows one to reconcile information and to check whether new data seems consistent with what they already know.

For example, if one were trying to evaluate arguments about how to address the recession caused by the 2008 global financial crisis, it would be useful to know the history of efforts to boost economic growth through government spending,  especially those undertaken during the Great Depression of the 1930s . Citizens versed in this history will be far better equipped to evaluate and criticize the proposals put forward by politicians and economists in their own time.

Having general knowledge also means that one does not hold even the most reliable sources sacred, knowing that careful thought often undermines received wisdom.

For example, Einstein’s theory of general relativity called Newton’s law of universal gravitation into question, even though Newton’s law had apparently been confirmed by a wealth of experiments and observations. Einstein’s general knowledge and his independent way of thinking allowed him to postulate that gravity was not simply a force but a warping of space-time in the vicinity of stars. Since then, independent observational astronomical predictions have always supported the theory of general relativity.

Treating certain sources as sacred can be as dangerous as uncritically accepting everything that comes from the internet or elsewhere. The same phenomenon is involved when religious texts are interpreted as legitimizing violence or intolerance.

The interpretation—as well as the cultural, social, geographical, and historical contextualization—of a piece of information is indispensable to the formation of a critical mind. But critical thinking is difficult. It takes training, as well as background knowledge, to determine the reliability of a source, and this determination can never be definitive or certain.

These examples show that if we are responsible for educating adolescents on the verification of sources, we must be careful not to give permanent, definitive credit to any piece of information or knowledge, even if it comes from a seemingly very reliable source. Critical thinking, provided that it does not lead to permanent doubt or paranoia, is truly a way of life, facilitating progress and freedom.

Fact-Checking

Verifying sources, 8. critical thinking and progress, critical thinking can help children not only learn to analyze the world around them, but act to try to change it. good critical thinking can foster productive interests, deeper engagement with social problems, and the attitudes of good citizenship. in this way critical thinking is vital to social progress..

A goal (or a project or “dream”) is the meeting of, on the one hand, an idea born out of a need or desire and, on the other, a method—an “algorithm” for bringing the idea into reality. But these two dimensions to every goal are, in fact, two sides of the same coin, two facets of creativity. 

As we have seen, the spark for critical thinking comes from self-esteem and unconditional love. This energy is indispensable to living with both a sense of joy and, at the same time, a continual dissatisfaction with the status quo. Taking joy in life is necessary to prevent this dissatisfaction from degenerating into depression or other pathologies. This joy provides the energy needed to turn dissatisfaction into ideas and dreams of change. 

But in order for an idea to turn into a project capable of changing the world, both a methodology and logical, communicative rigor are required. These allow a large number of people to understand a problem in the same terms and gear themselves toward the same objectives. Without these tools, efforts at problem-solving tend to devolve into emotionalism or factionalism.

Methodological rigor is rooted in critical reasoning. 

An education in critical thinking and reasoning is the best way to ensure a child can access goal-oriented thinking. A goal, much like the kind of formal logic we can exercise from the ages of 13 to 15, transforms the possible into the tangible. 

Goal-oriented thinking leads children in their adolescence to join or set up active groups or associations. Activity in such groups requires skills in both logic and communication, and it tends to support their further development. It pushes those undertaking such projects to strike a balance between asserting themselves and listening to others—between critiquing and taking what others say on board. 

In this sens e, critical thinking and the drive it inspires to undertake projects can be a kind of citizenship training. To rigorously and plainly critique a complex system (whether it be political, scientific, or philosophical, theological) is always to act as a citizen. It is beneficial to all.

Critical thinking not only enables students to reach their intellectual potential; it can also help them find purpose and, through purpose, happiness.

In this way critical thinking not only enables students to reach their intellectual potential; it can also help them find purpose and, through purpose, happiness. And, ultimately, it can help foster progress and social cohesion through cooperative action.

These links between critical thinking, undertaking projects, and citizenship should further encourage parents and educators to guide children toward this spirit of joyful dissatisfaction, as well as toward logical reasoning and the art of arguing.

If this mindset is acquired, teenagers won’t need pressure from above to take action as citizens or to participate in projects for social change that are bigger than themselves. There always lies the risk that when parents mandate this kind of participation as a kind of chore, children will reject it out of principle.

Instead of hoping their children will swallow whole what is offered them, parents should encourage them to seek the truth —to learn to reason and argue. Those around them, and society as a whole, will benefit from their skills, their independence, and their spirit.

Case Study 1

The concepts of intension and extension.

B eginning at around 13, students can begin formalizing their reasoning using intensional definitions. These formal definitions, which are internal to concepts themselves, rather than drawn from experience, can open up new avenues for reasoning and lead to new kinds of arguments. 

Consider the following scenario:

During a presidential election campaign, 14-year-old Lea defends a candidate who, in her eyes, is the only one worth voting for. She explains her candidate’s platform to her friends around the table at lunch in the school cafeteria and says how she wishes she already had the right to vote and that she begged her parents to vote on her behalf.

Lea’s arguments seem to have convinced her friends, but Anna, sitting at one end of the table, interjects: ″Who cares? As my parents say, all presidents are liars! I’m never going to vote.”

The other girls and boys present agree loudly. A surprised Lea tries to think of a comeback, but can’t think of what to say.

The bell rings. Everyone gets up to go back to class.

When she gets home after school, Lea tells her mother about the scene at lunch and asks her opinion: ″What would you have said to Anna?”

If you were Lea’s mother, how would you have replied? How can you use reason to respond to Anna’s argument, which seems to be an argument from authority ?

There are two ways to determine whether all presidents are liars or not:

Extensional method: Research the history of presidential elections, and compare the promises made by candidates to their actions after being elected. This method will allow you to determine whether all presidents over the course of history have lied. Perhaps they all have lied. But even in this case, Anna’s argument would be valid but only up to the present day , since one cannot predict the future and, therefore, what a new president will do. Perhaps Lea could then defend her favored candidate by arguing that, once elected, he or she will be different.

Intensional method: Research political science and show that the electoral system and certain institutions pressure candidates to lie in order to get elected and that this is considered the “rules of the game.” If this can be demonstrated, it would be a valid pattern for the past and the future. In this hypothesis, Anna’s argument will be valid for the present and the future (so long as the same institutions remain in effect). Notice, however, that this method gives Lea an opportunity for more subtle reasoning. All presidents may end up making false promises or misleading the public on certain points, but we can distinguish between deliberate, malicious lies and those that arise from the pressures of the office. This would allow her to poke holes in Anna’s rationale for not voting, since certain candidates may still be more honest than others.

Case Study 2

Flawed reasoning.

Use these examples of flawed reasoning to introduce logical vocabulary and help your children identify flawed reasoning  and how to identify flaws in an argument.. More definitions and basic concepts can be found here .

The examples are based on famous example of deductive reasoning attributed to Aristotle. In the exercises, Aristotle’s example is distorted in various ways, either using false information or faulty reasoning. Challenge your children to identify exactly why these arguments fail. 

Here are some definitions of the terms used below: 

Premises are the statements or information on which an argument is based (in these cases, the first two lines). 

The conclusion (the third line in these examples) is the statement drawn from the premises.

When an argument is valid , that means its conclusion follows logically from its premises.

When an argument is sound , that means it is both valid and based on premises that are true, meaning its conclusion is also true.

These examples can help students to break up reasoning into logical steps, make the logical steps of an argument explicit to themselves, and identify where reasoning breaks down. Critical thinking must enable us to detect logical errors and to recognize whether they lead us to false conclusions. Notice, however, that flawed reasoning does not guarantee a false conclusion. 

Aristotle’s Reasoning

“All human beings are mortal. Socrates is a human being. Therefore, Socrates is mortal.”

The premises are true, the reasoning is valid, and the conclusion is, as a result, true.

All human beings are women. Socrates is a human being. Therefore, Socrates is a woman.

One of the premises is false, the reasoning is valid, but the conclusion is false.

Half the human race is female. Socrates is a human being. Therefore, Socrates is female.

The premises are true, but the reasoning is invalid, and the conclusion is false.

Half the human race is male. Socrates is a human being. Therefore, Socrates is male.

The premises are true, the reasoning is invalid, but the conclusion is true.

Case Study 3

Peer pressure emerges in adolescent social groups as children attempt to assert independence from their parents and build their own identity through involvement in peer groups. This can lead to a number of paradoxical problems as children are pulled between an emerging sense of self and a need to belong. Even as their children seek to separate, parents can offer them help and support in working through some of these conflicts. 

Consider this scenario:

Twelve-year-old David has just entered sixth grade at a big middle school in the city. He is a bit lost and finds a group of boys his age to spend time with during class and at recess. They all get to know each other over the next few weeks.

At the end of October, one of the boys suggests that they draw a big skull and crossbones on their backpacks in permanent marker to show that they belong to the group. Within a few days, all of the boys in the group have proudly drawn a skull and crossbones onto the front of their backpacks— everyone, that is, except David. He really likes his backpack. He picked it out himself and his parents bought it for him for the new school year. Furthermore, he has never had an affinity for skeletons, and skulls and crossbones hold no special meaning for him.

When the group reunites in the playground one Friday morning, one of the boys goes over to David and threatens him, saying, “If you don’t draw a skull and crossbones on your backpack, you’re out of the group!” The other children back the mean kid up.

Over the weekend, David is faced with a dilemma. He can either keep his backpack the way he likes it, even if that means being excluded from the group, or draw a skull and crossbones on it to show that he belongs to the group.

On Sunday night, he decides to talk to his parents about the situation. If you were in their place, what advice would you give him?

At dinner, his father offers him some advice:

″David, you shouldn’t see this as a problem with only two solutions. Just tell your friends that you don’t like either option and that you have another idea.”

″That won’t work. They told me that it had to be one way or the other,” replies David.

″Well, you should at least give it a try,” suggests his mother. “Tell them that you really like being part of the group and that you like them as friends, but that you don’t want to ruin your new backpack by drawing on it. Tell them that, in a group, everyone should have their freedom and that you shouldn’t have to do the same thing as everyone else all the time. Ask them to let you stay in their group, which means a lot to you, without having to do something you don’t want to. That’s a third solution.”

In this situation, the group of boys want David to show he’s part of the group by adopting a common code. David is under pressure to comply and must make a decision. The easiest solution for David would be to succumb to peer pressure. He could also stand his ground and refuse, but this would probably cause him pain since he would have to deal with the group’s disapproval and possible exclusion.

The group does not tolerate non-conformity since it threatens its existence. Eventually, however, resisting peer pressure could play in David’s favor, as his show of independence could earn him the respect of the other group members and thereby bolster his self-esteem.

There is no ″right decision.” Everything depends on David’s level of self-esteem, which will determine his capacity to stand firm in the face of the consequences of his choices.

Case Study 4

Nasreddin, a very famous figure in the Arab Muslim world, was the author of often absurd stories. Families enjoy reading his stories together and refuting his biased reasoning, which is designed to sharpen our critical thinking skills and ability to foil sophistry. Identifying the flaws in Nasreddin’s reasoning is a useful logic game and a good way to introduce logical concepts. Challenge your children to show where Nasreddin goes wrong, and come up with equivalent examples from current events or everyday life that involve the same flawed reasoning.

Very early one morning, Nasreddin was up sowing salt all around his house.

“What on earth are you doing with all that salt, Nasreddin?” asked his neighbor.

“I’m putting it around my house to ward off tigers.”

“But there aren’t any tigers here.”

“Well then, that’s proof that the salt worked!”

The Moon and the Sun

One day, Nasreddin was asked:

“Tell us, Nasreddin, which is more important: the sun or the moon?”

“The moon, of course,” he replied immediately.

“Because the moon appears at night, and that’s when we need light most.”

The Power of Age

Nasreddin arrived at a café one day, looking proud and happy.

“Hey, Nasreddin,” his friends called to him. “You look as if you’ve just found treasure.”

“Even better, even better,” he replied. “I am 70 and I have just discovered that I am still as strong as I was when I was 20.”

“And how did you discover that?”

“Simple! You see that huge rock in front of my house? Well, when I was 20, I couldn’t move it.

“Today, I tried again and I still can’t move it, just like when I was 20.”

Case Study 5

Paralogisms are fallacious arguments that appeal to evidence that is misleading, partial, or irrelevant.  Below are some of the main strategies deployed in paralogisms. Ask you children to explain how the statements distort the facts or attempt to deceptively influence an audience. Use the paralogism examples as a starting point for discussing other examples in public life, advertising, or everyday conversation.

Paralogism Exercise #1

Spot the paralogisms in the following statements and explain why the reasoning is flawed. 

″If smoking were bad for your health, it would be banned. Smoking is not banned. Therefore, smoking is not bad for your health.”

″If I am sick, I go see the doctor. I am not going to see the doctor. Therefore, I am not sick.”

″Intensive farming allows us to feed all human beings. Organic farming is not intensive farming. Therefore, organic farming will not allow us to feed all human beings.”

Paralogism Exercise #2

Three false dilemmas are presented below. Why are these apparent dilemmas not real dilemmas?

A close friend who is going to jump into a freezing lake on New Year’s Eve says, “A real friend wouldn’t let me do this alone.”

The night before election day, a candidate for office says, “It’s me or chaos.”

A slogan in an advertisement for Sneakie sports shoes reads, “Cool people wear Sneakies.”

Paralogism Exercise #3

Often biased or flawed reasoning uses false generalizations. How can we contradict the following statements?

Upon hearing that a  politician is being investigated for tax fraud: “See? All politicians are corrupt.”

“Hypnosis works for giving up smoking. My brother managed to quit that way.”

“Social media is the best way to find love. Several of my friends met their partners that way.”

Paralogism Exercise #4

Beware of an “argument from authority,” especially those circulating online.

″Many scientists dispute the global warming phenomenon.” Who are these “scientists”? On which scientific studies have they based their opinions? Do they have personal, political, or economic connections with people or organizations that could benefit from challenging global warming? It is important to ask oneself all of these questions before accepting an argument.

Paralogism Exercise #5

Arguments based on numbers:

″This singer’s video already has 500,000 views online.”  What does this say about the quality of their music?

″X93 – the latest phone, already owned by 2,000,000 people worldwide.”  Does this mean that this device would suit my needs? Is this an indicator of its quality?

Paralogism Exercise #6

Arguments based on fear:

″You say that you’re against the death penalty, but murder will be much more common if we abolish it as a deterrent.”

Case Study 6

Several media companies offer fact-checking services. It is beneficial to consult them with teenagers and to pose questions about the ways in which media can distort the truth. These services can offer insight into the techniques various organizations and bad actors use to deceive audiences, as well as into the bias that can skew the information put out by various news organizations. Discussing these examples with your children get help raise awareness of the various ploys used to manipulate readers and viewers, and help them hone their analytical and critical skills.

Here are links to some trustworthy fact-checking sites: Politifact   |   Snopes  |    FactCheck.org  |    Poynter Institute

Examining the false stories fact-checked by these organization can be a helpful exercise. Here is an example of a false story fact-checked by Snopes:

Understanding examples like these can give students insight into techniques fake news sites use to hook and deceive an audience. Here, for example, the violent image may grab viewers’ attention and cause them to let their critical guard now. Attaching the fake story to a genuine news item (Samsung’s smartphone recall) also makes readers more likely to believe and share the false story, since it appears like a development in an ongoing story.

Student’s can also learn from the fact-checkers’ analysis. Here, they track down the original photos to show how the fake site has repurposed them, and they dig into the website reputation and background.

Researchers Sam Wineburg and Sarah McGrew recommend teaching students to navigate the internet more like fact-checkers. Students, they write, tend to “read vertically , evaluating online articles as if they were printed news stories.” Fact checkers, on the other hand, “read laterally , jumping off the original page, opening up a new tab, Googling the name of the organization or its president.”

Fact-checkers, Wineburg and McGrew write, are also less inclined to trust a website’s own description of its mission. They look for outside evidence from multiple sources to confirm or refute the website’s claims. And they don’t get hooked by enticing language or images, instead reading through a whole page of search results or information before deciding reflectively what links to follow or where else to look.

Finding good information online — and steering clear of bad information—are skills that can be taught and learned. They are increasingly vital at a time where multiple interests are leveraging the internet to attempt to monopolize our attention and shape our beliefs.

Case Study 7

Young people receive information from everywhere (social media, emails, texts, newspapers, television, online videos). Given the wealth of information coming in, much of it coming through or recommended by friends whose judgment and endorsement we are inclined to trust, it is easy to passively accept what we see or read. Young people should learn through examples how to resist this tendency and how to conduct thorough analyses of the media they are exposed to everyday.

It is important for parents to accompany them in conducting this sort of analysis so they can teach them how to critically evaluate these sources of information and how to avoid being misled. Below is a set of questions that you can apply to news sources with your children. They can be applied to any media source (the internet, printed media, TV/radio, etc.). We’ve divided these sets of questions into two sections: questioning the source and questioning the content.

1. Questioning the Source

• What is the source? Is it reliable? 

It is often possible to cast doubt on a source simply by looking at surface features. There are numerous fake news websites with unusual names or URLs (like, for example, worldnewsdailyreport.com) that should tip readers off to their unreliability. In addition, if a website looks poorly designed and managed, contains typos or formatting errors, this is also an important indicator that it is likely unreliable, if not intentionally false. Fake news also may also come under more plausible publication names, like, for example, the “Denver Guardian,” and with more convincing design. A simple internet search can usually bring up information from credible sources alerting the reader to the fraudulent nature of the source. Here is a list of unreliable news sources from Factcheck.org. With your child, practice determining the reliability of different kinds of information.

Who owns the source? Is the content sponsored?

When evaluating a source, it is also possible to do research into details about the source, such as who owns the source or who is funding the content or supporting it via advertising. It is often possible this way to identify potential biases or attempts to influence readers that may not be immediately clear at a first reading. Reliable sources may also sell space in their publications or websites to sponsors, who have obvious interests in what information is presented and the slant with which it is presented. See for example this “ China Daily ” paid post in the New York Times, which is placed on the Times website by Chinese state media. Exploring how and why information like this is presented can be a good learning experience. It is also useful to discuss how sponsored content is marked on this and other websites.

• Who is the author of the content? What are their credentials? What possible biases may they have?

In addition to asking questions about publications, it is important to know who has written a given article or op-ed , what their reasons for doing so may be, and what expertise they have in the given area. Doing so can help determine the reliability of the information offered, the possible slants or biases with which the information is presented, and any financial or other interest the writer may have in the matter discussed. Most reliable websites will offer at least some of an opinion writer’s background, but an internet search can often return more detailed information. It is also important to help students recognize that an editorial author’s potential biases do not necessarily render the content absolutely unreliable. Critical thinking should not lead to knee-jerk rejection of all potentially biased opinions. Rather, a fair-minded independent thinker takes potential bias into account in evaluating content, weighing it along with other factors, like the strength of the argument and the evidence put forward.

2. Questioning the Content

• What type of content is being offered? What is the issue under discussion?

Before we embark on an analysis of the content of a given source, it is important to identify what type of content is being offered. The way we approach analyzing an advertisement will be very different from the way we analyze a news story or an opinion piece. It’s also important that students be able to identify when a particular source is purposefully blurring the lines between categories. For example, so-called “advertorials” can disguise advertising or promotion in the guise of opinion pieces or feature articles. News stories may likewise present information in a particular misleading or biased manner, trying to persuade the reader of something, but without making it clear that they are actually offering an opinion, not simply news.

• What sources are drawn on for the information or argument given? Are they reliable?

Even when we are satisfied that a source we are reading is generally reliable, it is worthwhile to pay attention to its own sources of information. If a particular piece of content cites facts without providing sources there is good reason to question the information. Moreover, students should get in the habit of following links and citations to verify that the secondary information comes from a reliable source and that the original content is characterizing it accurately.

• What are the main arguments being offered? Are they strong and sound? Are they consistent with each other?

Media sources use a variety of means to try to convince the audience of a particular point or point of view. It is important to train ourselves to be conscious of what these means are and whether they are valid. If an article or video simply relies on emotional reactions or strong images to prove its point, without trying to put forward an argument, we should be skeptical. On the other hand, if there is an argument presented, we should begin training children to break it down and analyze it. Parents and their children can practice breaking down the argument into premises and conclusions, evaluating whether the evidence for the premises is strong and the conclusions follow rationally from them.

• How might one argue against the position put forward?

Another important exercise to carry out, even if you generally agree with a position put forward, is to ask how it might be opposed. This can help identify weak points in the argument and show where evidence, even if it’s reliable, may not fully support the point of view being put forward. To this end, it can be helpful to research articles with opposing points of view, but which rely on the same set of facts. Discuss the merits of each article and how you would argue for and against each of them. 

Complete the quiz to review important points in the guide.

• The stage when children are able to study calculus and other college-level math.
• The stage when children can begin to grasp and manipulate abstract ideas.
• The stage when children begin arguing more persuasively.
• The stage when children start dressing more elegantly.
• Parents can use everyday examples to demonstrate the meanings of terms like proposition, contradiction, and validity.
• Parents can work on improving their own understanding of logic.
• Parents can discuss logical fallacies in popular media or current events with their children.
• Parents can go over children’s essays and other schoolwork closely and dispute their reasoning.
• Parents can enroll their children in college exam prep courses as early as possible.
• The intension is how the concept is used; the extension is a formal definition of the concept.
• The intension is a formal definition of the concept; the extension is a group of examples coming under the concept.
• The intension is a narrow definition of the concept; the extension is a broader definition.
• The intension is the role a concept plays in logic; the extension is its role in everyday life.
• As critical thinkers, they will be better equipped to manipulate other people and make their way to the top of social circles.
• As crtical thinkers, they will be more likely to concentrate on their studies and ignore social life and their own individuality.
• Critical thinking gives them tools to show their superiority to their peers and gain social esteem.
• Critical thinking allows them to react thoughtfully to social pressure and assert their independence from friend groups when appropriate.
• Walk away. Teenagers need to learn that overheated opinions and conversations will get them nowhere.
• Engage them in arguments and challenge them to improve their criticisms (if they’re warranted). They’ll learn to argue with more moderation and subtlety.
• Get into shouting matches with them. They need to see that their mistakes have consequences.
• Bring in a teacher or other adult authority figure to mediate. The parent-child relationship is too emotionally charged for productive arguments.
• Is the content meant to be news or opinion?
• Who owns the source? Or who is supporting the content? What interests might they have?
• Does the content’s impact rely on emotional language or sensationalistic images?
• Was the author educated at a prestigious college?
• What do other reliable sources say about the issue under discussion?
• A convincing counterargument
• The merging of two arguments into one
• The study of planetary orbits
• A deceptive or misleading argument

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Critical Thinking Skills: Shape A Bright Future for Kids 2024

In today's rapidly evolving world, the ability to think critically has become more crucial than ever. 

Critical thinking, a skill often touted but seldom defined, involves the objective analysis and evaluation of an issue to form a judgement. 

It is not enough to be a competent problem solver; you must also be able to handle the complex issues of life with assurance and clarity. 

For children, developing this skill is not just a stepping stone to academic success but a foundational element for lifelong learning and adaptability. 

As parents and educators, fostering critical thinking in our young ones is not just an educational goal; it's a vital investment in their future. 

In this blog, we'll explore the essence of critical thinking skills, its significance for children, and how nurturing this skill can set them up for a successful and fulfilling life.

Table of Content

Understanding critical thinking, why is critical thinking important for children, how critical thinking benefits children in the long run, ways to foster critical thinking in children, the role of education in developing critical thinking, how courses by jetlearn can enhance critical thinking skills, i) definition of critical thinking.

Critical thinking is a cognitive procedure that involves objectively analysing, evaluating, and synthesising information to make a reasoned judgement. 

It includes the capacity to think distinctly and logically, comprehend the logical relationship between concepts, and apply independent thought to evaluate the validity of arguments. 

Critical thinking requires a curious and open-minded approach, allowing individuals to question assumptions, identify biases, and consider alternative perspectives. 

It is a disciplined mode of thinking that allows people to make educated decisions and solve challenges.

ii) Components of Critical Thinking Skills

Critical thinking is a complicated skill made up of numerous critical components, all of which contribute to the overall ability to think deeply and effectively. 

Understanding these components can help individuals develop and refine their critical thinking skills:

1. Analysis ‍

This involves breaking down complex information or problems into smaller, more manageable parts to understand their structure and relationships.

Analytical thinking helps in identifying patterns, distinguishing between facts and opinions, and evaluating the relevance and significance of information.

2. Evaluation

Once the analysis is complete, critical thinkers assess the credibility and reliability of the information. 

This includes scrutinising the sources, examining the evidence, and considering the validity of arguments. 

Evaluation helps in forming well-reasoned judgments and conclusions.

3. Synthesis

This component involves integrating various pieces of information, ideas, or perspectives to form a cohesive understanding or develop innovative solutions. 

Synthesis requires creativity and the ability to see connections between seemingly unrelated elements.

4. Inference

Critical thinkers use inference to draw logical conclusions from the information at hand. 

This involves making deductions, predicting outcomes, and identifying implications based on the available evidence.

5. Explanation

Articulating the reasoning behind conclusions or decisions is a crucial part of critical thinking. 

Clear and coherent explanations help communicate complex ideas effectively and persuasively.

6. Self-regulation

Reflecting on one's own thought processes, biases, and assumptions is essential for effective critical thinking. 

Self-regulation involves monitoring and adjusting one's approach to thinking to ensure objectivity and accuracy.

iii) The Role of Critical Thinking Skills in Problem-solving and Decision-making

Critical thinking skills plays a pivotal role in problem-solving and decision-making, serving as the foundation for effective analysis and judgement. 

Here's how it contributes to these crucial processes:

1. Identifying the Problem

Critical thinking begins with a clear understanding of the problem at hand. It involves questioning assumptions, clarifying ambiguities, and breaking down complex issues into manageable parts.

2. Gathering and Analysing Information

Critical thinkers gather relevant information from reliable sources and analyse it to understand the root causes of the problem. 

They distinguish between facts and opinions, identify biases, and evaluate the credibility of the data.

3. Generating Solutions

With a thorough analysis, critical thinkers brainstorm potential solutions. They think imaginatively, examining several views and options and weighing the benefits and drawbacks of each choice.

4. Making Decisions

Critical thinking skills aids in making informed decisions by evaluating the evidence, assessing the risks and benefits, and considering the short-term and long-term implications of each choice.

5. Implementing Solutions

Once a decision is made, critical thinkers develop a plan to implement the solution. 

They anticipate potential challenges, prepare for contingencies, and adapt their strategies as needed.

6. Evaluating Outcomes

After implementation, critical thinking continues as individuals assess the effectiveness of the solution. 

They reflect on the results, learn from mistakes, and make adjustments for future improvement.

Critical thinking skills are crucial for children's development and success, both academically and in their future lives.

Here are several reasons why it's important:

1. Prepares for a Complex World

Today's world is filled with complex issues and rapidly changing information.

Children learn critical thinking skills that allow them to negotiate complexity, analyse information, and make sense of their surroundings.

2. Enhances Academic Performance

Critical thinking skills is fundamental to effective learning. It helps children understand concepts at a deeper level, apply knowledge to new situations, and solve problems creatively, leading to improved academic performance across subjects.

3. Promotes Independence

By developing critical thinking skills, children learn to think for themselves, make their own decisions, and become less reliant on others for answers. This independence fosters confidence and self-reliance.

4. Improves Problem-Solving Skills

Critical thinking skills are essential for effective problem-solving. It enables children to break down problems, evaluate different solutions, and choose the most effective course of action.

5. Encourages Creativity

Critical thinking involves looking at situations from different perspectives and thinking outside the box. This fosters creativity and innovation, essential skills in a rapidly evolving world.

6. Supports Effective Communication

Critical thinkers can articulate their thoughts and arguments clearly and persuasively. This skill is vital for effective communication, collaboration, and leadership.

7. Builds Emotional Intelligence

Critical thinking helps children understand their own emotions and those of others, leading to better emotional regulation and interpersonal relationships.

8. Prepares for Future Careers

Many of the jobs of the future will require strong critical thinking skills.

By developing these skills early, children are better prepared for the demands of the workforce and more likely to succeed in their chosen profession.

Critical thinking is not only an important talent for academic success; it also has long-term benefits that last throughout adulthood. 

Here are some ways in which critical thinking benefits children in the long run:

1. Career Readiness and Adaptability

In today's ever-changing employment environment, businesses prefer people who can think critically, solve complicated problems, and adjust to new environments. 

Children who develop these skills are better prepared for a wide range of careers and are more likely to excel in their chosen professions.

2. Improved Communication and Collaboration Skills

Critical thinking enhances a child's ability to communicate their ideas clearly and listen to others' perspectives. 

This leads to more effective collaboration, an essential skill in both personal and professional settings.

3. Better Decision-Making ‍

As adults, critical thinkers are better able to make informed decisions in their personal and professional lives. 

They can assess the benefits and drawbacks, examine the long-term consequences, and determine the best course of action.

4. Enhanced Problem-Solving Abilities

Critical thinking skills allow individuals to approach problems systematically, analyse information, and develop creative solutions. 

This ability is invaluable in a world where challenges are complex and multifaceted.

5. Increased Creativity and Innovation

Critical thinking encourages individuals to think outside the box and explore new ideas. 

This promotes invention and creativity, which are highly appreciated in numerous sectors and can lead to game-changing developments.

6. Emotional Intelligence and Empathy

Critical thinking helps individuals understand their own emotions and those of others, leading to better emotional regulation and empathy. 

Emotional intelligence is essential for developing good connections and navigating social situations.

7. Lifelong Learning

Critical thinkers are naturally curious and open-minded. They are more inclined to pursue lifelong learning, always expanding their knowledge and skills to adapt to a changing reality.

8. Resilience and Stress Management

Critical thinking can also help individuals handle stress and adversity more effectively. 

They are better equipped to find solutions and maintain emotional balance by approaching challenges with a clear and rational mindset.

Fostering critical thinking in children is imperative for their cognitive development and lifelong success.  ‍

Here are some effective ways to nurture this important skill:

1. Encourage Curiosity and Questioning

Create an environment in which children feel free to ask questions and explore their curiosity. 

Encourage them to wonder, inquire, and seek answers, fostering a love for learning and critical inquiry.

2. Promote Open-Ended Discussions

Engage children in discussions that require more than yes-or-no answers. 

Encourage them to express their thoughts, provide reasons for their opinions, and listen to different perspectives.

3. Provide Hands-On Learning Experiences

Experiential learning through hands-on activities and experiments helps children understand concepts better and develop critical thinking skills.

Encourage them to explore, experiment, and learn from their experiences.

4. Teach Problem-Solving Strategies

Introduce students to a variety of problem-solving skills, including brainstorming, recognising pros and drawbacks, and breaking down difficult problems into manageable portions. 

Encourage them to apply these strategies in different situations.

5. Encourage Reflection

After completing a task or learning a new concept, encourage children to reflect on their experiences. 

Ask them what they learned, what challenges they faced, and how they could approach things differently in the future.

6. Engage in Coding Activities

Coding is an excellent way to develop critical thinking skills. Encourage children to engage in coding activities, such as creating simple programs, building apps, or designing games. 

Platforms like JetLearn offer courses specifically designed for children to learn coding in a fun and interactive way. 

7. Introduce Critical Thinking Games and Activities

Games and activities that require strategy, logic, and reasoning can be fun ways to develop critical thinking skills. Examples include puzzles, chess, logic games, and brainteasers.

8. Model Critical Thinking ‍

Children learn by example, so demonstrate critical thinking in your own decision-making and problem-solving. 

Discuss your thought process with them, showing how you evaluate information and make reasoned judgments.

9. Encourage Reading and Research

Reading exposes children to new ideas and perspectives, while research helps them learn how to gather and evaluate information. 

Encourage them to read widely and explore topics that interest them.

10. Use Real-Life Scenarios

Apply critical thinking to real-life situations. Ask children how they would handle certain scenarios, encouraging them to think through the consequences of different actions.

11. Foster a Growth Mindset

Encourage children to see challenges as opportunities for growth and learning. 

Teach children that making errors is an integral component of the learning process and that hard work and perseverance are essential for improving their skills.

Education plays an important part in the development of critical thinking since it provides the basis and atmosphere for nurturing this vital ability. 

Here are some key aspects of how education contributes to the development of critical thinking:

1. Curriculum Design ‍

An education system that prioritises critical thinking incorporates it into the curriculum across subjects. 

This means moving beyond rote memorisation to include activities that require analysis, evaluation, and synthesis of information.

2. Teaching Methods

Effective educators use teaching methods that foster critical thinking, such as inquiry-based learning, problem-based learning, and project-based learning. 

These approaches encourage students to ask questions, explore solutions, and engage deeply with the material.

3. Assessment Techniques ‍

Assessments of critical thinking skills, such as open-ended questions, essays, and real-world problem-solving exercises, allow students to showcase their capacity to think critically and reflect on their learning experience.

4. Classroom Environment ‍

A supportive classroom environment that encourages open dialogue, respects diverse perspectives, and promotes intellectual curiosity is essential for developing critical thinking. 

5. Teacher Training

Educators themselves need to be equipped with critical thinking skills and effective teaching strategies. 

Ongoing professional development and training in critical thinking pedagogy are essential for teachers to effectively nurture these skills in their students.

6. Use of Technology ‍

Integrating technology into education can support the development of critical thinking skills. 

Tools such as educational apps, online resources, and interactive platforms can provide engaging and challenging learning experiences.

7. Parental Involvement

Parents play a significant role in developing critical thinking skills at home.

Engaging children in discussions, encouraging questioning, and providing opportunities for independent learning can complement formal education.

8. Lifelong Learning ‍

Education should instil a love for lifelong learning, encouraging students to continuously seek knowledge, question assumptions, and adapt to new challenges.

This mindset is essential for sustaining critical thinking skills throughout life.

Courses offered by JetLearn are designed to enhance critical thinking abilities in a variety of ways, making them an excellent resource for children's cognitive development. 

Here are some key aspects of how JetLearn's courses contribute to the enhancement of critical thinking:

1. Interactive Learning

JetLearn's classes are interactive and engaging, encouraging learners to actively participate in their learning process. 

This interactive approach fosters curiosity and critical inquiry, essential components of critical thinking.

2. Problem-Solving Focus

Many of JetLearn's courses, especially those related to coding and STEM, emphasise problem-solving. 

Learners are presented with real-world challenges and are guided through the process of devising logical, creative solutions, thereby honing their critical thinking skills.

3. Personalised Learning

JetLearn offers personalised learning paths that cater to each child's unique interests and learning pace. 

This individualised approach allows students to explore topics deeply, ask questions, and develop a nuanced understanding, all of which contribute to critical thinking.

4. Project-based Learning

JetLearn's project-based learning approach gives students the opportunity to work on comprehensive projects that require planning, research, and execution. 

This hands-on experience encourages learners to apply critical thinking skills in a practical context.

5. Collaborative Learning ‍

Some courses at JetLearn involve collaborative projects and discussions, where learners work together and share ideas. 

This collaborative environment promotes the exchange of diverse perspectives, enhancing critical thinking through constructive dialogue and teamwork.

6. Feedback and Reflection

JetLearn provides regular feedback to learners, encouraging them to reflect on their learning process, understand their mistakes, and think about how they can improve. This reflective practice is a key aspect of developing critical thinking skills.

7. Exposure to New Technologies

By offering courses in emerging technologies like artificial intelligence and robotics, JetLearn exposes learners to cutting-edge fields that require analytical thinking and adaptability, further enhancing their critical thinking abilities.

Critical thinking is an indispensable skill that lays the foundation for a child's academic success and future well-being.  ‍

By developing this skill, we provide our children with the tools they need to negotiate the complexities of modern life, make educated decisions, and embrace lifelong learning.  ‍

As parents and educators, it's our responsibility to foster an environment that encourages curiosity, questioning, and open-mindedness.  ‍

By adopting tactics such as coding exercises and enrolling in courses given by platforms such as JetLearn, we can ensure that our children gain the critical thinking abilities required to survive in an ever-changing world.

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Kid Spark Education Blog

Scientific thinking for kids.

We all learned the scientific method in school, and you may still have a few preconceived ideas about it because of your experience. Maybe you remember it as a structured approach used for science fair projects or lab experiments. This rigid view that’s applied in science class is not applicable to everyday life. But the scientific method shouldn’t be seen as inflexible or exclusive to the science classroom. In fact, you use the scientific method every day. Think of it as a logical process for solving a problem and gaining knowledge.

Everyday scientific thinking

Think back to this morning. Most people start their day by drinking coffee. Was your coffee hot? You made an observation. Did you wonder if it was too hot for you to drink yet? You asked a question. Based on your experience drinking coffee, you may have formed a hypothesis and decided if it was too hot for you to drink based on how long it had been since you poured it. Did you touch the cup or move your hand over the top to feel the warmth? You conducted an experiment. After testing the heat, you probably analyzed the data to conclude if the coffee was too hot to drink. 

In deciding when your coffee was ready to drink, you naturally used the scientific method. You thought about the content of science, used reasoning processes to solve a problem, and applied your findings. In this case, hopefully you didn’t burn your tongue! 

Actually, you've been naturally applying scientific thinking to everyday decisions since you were a child. Do you remember crying to get your parents’ attention? That process allowed you to predict, verify, or refute a hypothesis. Crying most likely got their attention, so you applied your new-found knowledge to improve your world. 

But you most likely did not do this once, in a step-by-step order. Maybe your hypothesis was wrong, and your coffee was too hot. Did you consider your experiment? If you burned your tongue even after touching the cup or moving your hand over the top, you probably brainstormed another method to test the coffee before you risked burning your tongue again. If your coffee was too hot to drink after your first test, I’m sure you tested it again instead of giving up and not having coffee at all. And what if you waited too long and the coffee was too cold? That created a new problem with possible solutions. If you are an avid coffee drinker, you have probably mastered this process through multiple attempts, but still circle around this process instinctually. 

Scientific thinking in the 21st century classroom

This same scientific thinking can apply to the everyday 21st century classroom by teaching children to solve more significant everyday problems. Although it is still important to teach the step-by-step approach to the scientific method, including the terminology and definitions, it can be experienced in a less formal way that incorporates 21st century skills. These skills can include critical thinking, creativity, and collaboration, that help students generate new knowledge and collaborate to solve problems that are relevant to them. By teaching young children the basic approach first, you can scaffold their learning and move on to more innovative approaches to scientific thinking by having children design their own investigations to solve problems using the scientific method as a guide.  

Steps of the scientific method

First, teach or review the steps of the scientific method with your students. By using real world examples, students can see how scientific thinking isn’t exclusive to science class. They can also relate to the process and apply their thinking to larger problems. It’s unlikely that your students drank coffee this morning, but maybe their cereal was soggy, their shoes wouldn’t stay tied, or the class is experiencing a problem. Take them through the steps of the scientific method as they recall the challenge at hand. 

• Make an observation: What do you see around you that causes a problem?
• Ask a question: What causes this problem?
• Form a hypothesis: What is a potential answer to the question that can be tested?
• Make a prediction: What outcome do you expect if the hypothesis is correct?
• Test the hypothesis: Perform an experiment.
• Analyze the results: What does your data show?
• Reflect and draw conclusions: Discuss your results to see if your hypothesis was correct. If not, why? Can you repeat the experiment?

Incorporating scientific thinking in the 21st century classroom

Project-based learning incorporates these skills by using critical thinking, creativity, collaboration, and communication ( the 4 Cs ). By working together to solve a problem, students learn social and leadership skills. Solving problems also encourages students to take initiative, be productive, and flexible. By researching solutions to a problem, students develop information literacy, media literacy, and technology literacy.  

We all run into problems in our everyday lives. If we take the time to understand the root of the problems and why they occur, we can easily brainstorm solutions. That’s critical thinking! Help your students make this connection by asking them to reflect on problems in their community. 

Maybe your students have noticed that there is litter around the school. Are there enough trash cans? Does the school have a recycling program? Maybe your students notice that the carpool process is slow. Are there crossing guards? Is someone directing traffic? These real world problems are relatable to students, and realistically solvable. There are also multiple approaches to solving the problems that involve creativity and innovation.  

Solving a problem with 21st century skills

Bringing the scientific method to life

By showing students that scientific thinking is natural and applicable to everyday life, you can bring the scientific method to life outside of the science classroom. Children learn best by doing, and relating learning to their lives. By guiding students to solve problems in their community, you will help them develop 21st century skills through innovation and scientific thinking.

Topics: STEM Activities , Preschool , Elementary STEM Education , STEM Education

Written By Chelsea Herndon

Chelsea Herndon earned a Master of Arts in Early Childhood Education and Elementary Education and an Educational Specialist in Elementary Education from the University of Alabama at Birmingham. She is currently an instructor and doctoral student at Auburn University.

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Metacognition: how thinking about thinking can help kids.

A powerful skill for building resilience

Writer: Rae Jacobson

Clinical Experts: Marc Gladstone , Tamara Rosier, PhD

What You'll Learn

• What is metacognition?
• How does metacognition help kids?
• How can kids learn to be more metacognitive?

Metacognition is a big word for something most of us do every day without even noticing: Thinking about our own thoughts. Reflecting on our thoughts is a big part of understanding our feelings and learning new things.When kids hit challenges — a hard math test, a fight with a friend — it can be tempting for them to give up. But in order to thrive, kids need to be able to go from “I can’t” to “How can I?” Metacognition can help.

Figuring out how to face tough situations without getting frustrated can be extra helpful for kids with learning issues. A kid with ADHD who struggles to stay on task might feel anxious about writing a long essay. Without the skills to reflect on why they feel upset, they might think: “I’m just bad at writing.”

But a kid who knows how to reflect could look at the same situation and say, “I always feel like this when I have to work for a long time. Maybe I should start early and take breaks.” Taking a metacognitive approach makes it easier to manage frustration and find solutions.

Metacognitive skills can also help kids manage their feelings and boost self-esteem. The bad feelings kids have when they feel frustrated easily turn into negative self-talk: “If I failed the test, that means I’m not smart.” Metacognitive thinking can help kids think things through — and stop beating themselves up. For instance: “I failed the test because I wasn’t ready. How can I be more prepared next time?”

Parents can help kids learn metacognitive thinking. Start by asking open-ended questions that give kids space to reflect. For example, “Can you tell me more about why you think that?” It’s also important to help kids think through times when they get upset or act out. Thinking about their behavior can help them learn to manage difficult situations in a better way. For example, “Why do you think you got upset when Dad changed the channel?”

When kids hit difficult problems — the seemingly insurmountable English essay, a math test that takes on epic proportions, social struggles that leave them feeling frustrated — it can be tempting to give up and resort to four words no parent ever wants to hear: “I can’t do it.”

In order to thrive, kids need to be able to make the transition from the negative “I can’t” to the proactive  “How can I?”

To do that, they need to think about why they’re stuck, what’s frustrating them, what they would need to get unstuck. They need to think about their own thinking.

There’s a word for that, and it’s metacognition.

Metacognition is a big word for something most of us do every day without even noticing. Reflecting on our own thoughts is how we gain insight into our feelings, needs, and behaviors — and how we learn, manage, and adapt to new experiences, challenges, and emotional setbacks. It’s the running conversation we have in our heads, mentally sounding ourselves out and making plans. Training kids to use it proactively to overcome obstacles, it turns out, can be a powerful tool.

More and more studies are suggesting that kids who are taught to use metacognitive strategies early on are more resilient and more successful, both in and out of school.

“I view metacognition as a goal,” says Marc Gladstone, a learning specialist. “Getting into the habit of using metacognitive strategies early on helps kids become more independent learners and bolsters self-advocacy skills.”

What is metacognition and how does it work?

“Metacognitive thinking teaches us about ourselves,” says Tamara Rosier, a learning coach who specializes in metacognitive techniques. “Thinking about our thinking creates perspective — perspective that leaves room for change.”

She gives an example: “Instead of saying, ‘Math tests make me anxious ,’ we’re asking ourselves, ‘What is it about math tests that makes me feel anxious and what can I do to change that?’ ”

Kids who are taught to think of themselves as being “good” or “bad” at a particular task can have a fixed mindset that makes them passive in approaching a challenge: either they can do it or they can’t, but they aren’t likely to think they can change that outcome.

Teaching kids to become more metacognitive helps them move from a mindset that leaves little room for change to a mindset which promotes self-awareness and resilience.

Help for kids with learning issues

Helping your child learn to work through difficult situations (or homework assignments, as the case may be) without becoming overwhelmed or giving up is especially valuable for kids with learning issues who may need to come up with different strategies than other students in the class.

For example:

• A child with ADHD who struggles to stay on task is likely to feel frustrated and anxious when he’s assigned a long essay. If he’s unable to reflect on why the project upsets him he might think, “Everyone else is having an easy time. I’m just bad at writing.”
• A kid who’s learned to reflect on his own learning process, on the other hand, could look at the situation and say, “I always feel like this when I have to work for a long time. Maybe if I take breaks every hour or so I’ll feel less stressed out.” By taking a metacognitive approach, he’s able to manage his frustration and find a better way to approach big assignments in the future.

Great for self-regulation

Metacognitive skills are not only excellent tools for kids who learn differently, and often find themselves struggling to keep up. They also enable kids to self-regulate when faced with challenges, especially unexpected ones.

“One of the most powerful byproducts of metacognitive thinking is increased self-regulation ,” says Gladstone.

Being able to self-regulate helps kids manage experiences that might otherwise overwhelm them. For example, take two girls who have to audition for a school play, both of whom are struggling with unusually difficult material.

A girl who is regularly told how talented she is and is used to being praised for her performances is likely to get frustrated and overwhelmed at the sheer thought of performing badly.

But a girl who is praised for her ability to work hard and persevere when she’s faced with a challenge can draw on her metacognitive skills to help her manage her nerves and help her figure out a way of rehearsing that works better for her.

Quieting negative self-talk

Fallout from a fixed mindset often takes the form of self-criticism. The negative feelings kids experience when they feel frustrated easily turn into negative self-talk. “If I’m so smart, why did I fail the test? I’m not smart. I’m useless.”

“When you place your value on being ‘smart,’ anything that makes you feel less than smart is devastating,” says Rosier. “A lot of kids develop a negative inner voice, and they develop it in place of metacognition.”

This negative voice is sneaky, she explains, often masquerading as a coach. “You can mistake self-criticism for motivation. What we want to do is get rid of the negative inner voice and replace it with metacognitive thinking that helps your child find new ways to manage her challenges instead of beating herself up about them.”

How to encourage metacognition  

How do you help your child start becoming more meta?” Metacognitive questions, says Rosier, will help your child begin thinking in a more reflective way. Questions should be:

• Open-ended . Give your child some space to reflect on his thinking: Can you tell me more about why you think that?
• Non-blaming. It can be hard to stay open when kids are acting out, but asking them to think about their behavior can help them learn to manage difficult situations in a better way: Why do you think you got so upset when Dad changed the channel?
• Solution-focused . Encourage him to think about how he can use his understanding to change things in the future: How could you handle that differently next time?
• Process-oriented. Ask questions that help your child get a better idea of how his thought process works: How will you know when this drawing is finished?

“When you teach kids to think about their behavior differently , they begin to behave differently,” says Rosier. But she warns that it’s important not to expect instant results. Learning to think metacognitively is a process, and parents may have to accept that a lot of the work is happening behind the scenes.

“Of course we want to see progress, but our children — especially teenagers — don’t always share their thinking with us and that’s okay.”

Just asking the questions gets the metacognitive work going internally, even if it’s not visible to the parental eye, Rosier explains. The benefits are the same, she says, even if all you get is a grunt in return.

Learning to learn

Asking questions at home will help kids begin to use metacognitive strategies in their schoolwork, too. For many kids — especially those with learning differences  — this can be harder than it sounds. It’s easy to get bogged down by poor study habits, procrastination, homework meltdowns, and test stress.

If your child is struggling to work through a long paper, ask questions that help him use his metacognitive skills to try a different approach.

• What do you think is making it hard for you to work on this paper right now?
• What are some strategies that have helped you do well on similar papers in the past?
• Can you use those insights to help you with the work you’re doing now?

Asking metacognitive questions will help him clarify his process, manage his anxiety, and find a better way to approach his paper, but the benefits don’t end when the assignment is done.

The more your child is able to understand his learning process the easier it will be for him to figure out what strategies and supports work best for him — knowledge that will help him succeed — both now and as he grows up.

Frequently Asked Questions

Metacognition simply means thinking about our own thoughts. Metacognition is examining how we handled or responded to something, and  how we might do something better next time the same situation comes up.

Metacognition, which means thinking about thinking, works by giving kids perspective. It can also boost kids’ self-esteem. For example, instead of telling themselves, “Math tests make me anxious” or “I’m bad at math,” metacognition can help them ask: “What makes me anxious about math and how can I change that?”

Parents can encourage metacognition in kids by asking open-ended questions about   their ideas and the reasons for them. They can also ask their child how they would do something differently next time.

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What is Critical Thinking?

Critical Thinking Definition

September 2, 2005, by The Critical Thinking Co. Staff

The Critical Thinking Co.™ "Critical thinking is the identification and evaluation of evidence to guide decision making. A critical thinker uses broad in-depth analysis of evidence to make decisions and communicate their beliefs clearly and accurately."

Other Definitions of Critical Thinking: Robert H. Ennis , Author of The Cornell Critical Thinking Tests "Critical thinking is reasonable, reflective thinking that is focused on deciding what to believe and do."

A SUPER-STREAMLINED CONCEPTION OF CRITICAL THINKING Robert H. Ennis, 6/20/02

Assuming that critical thinking is reasonable reflective thinking focused on deciding what to believe or do, a critical thinker:

1. Is open-minded and mindful of alternatives 2. Tries to be well-informed 3. Judges well the credibility of sources 4. Identifies conclusions, reasons, and assumptions 5. Judges well the quality of an argument, including the acceptability of its reasons, assumptions, and evidence 6. Can well develop and defend a reasonable position 7. Asks appropriate clarifying questions 8. Formulates plausible hypotheses; plans experiments well 9. Defines terms in a way appropriate for the context 10. Draws conclusions when warranted, but with caution 11. Integrates all items in this list when deciding what to believe or do

Critical Thinkers are disposed to:

1. Care that their beliefs be true, and that their decisions be justified; that is, care to "get it right" to the extent possible. This includes the dispositions to

a. Seek alternative hypotheses, explanations, conclusions, plans, sources, etc., and be open to them b. Endorse a position to the extent that, but only to the extent that, it is justified by the information that is available c. Be well informed d. Consider seriously other points of view than their own

2. Care to present a position honestly and clearly, theirs as well as others'. This includes the dispositions to

a. Be clear about the intended meaning of what is said, written, or otherwise communicated, seeking as much precision as the situation requires b. Determine, and maintain focus on, the conclusion or question c. Seek and offer reasons d. Take into account the total situation e. Be reflectively aware of their own basic beliefs

3. Care about the dignity and worth of every person (a correlative disposition). This includes the dispositions to

a. Discover and listen to others' view and reasons b. Avoid intimidating or confusing others with their critical thinking prowess, taking into account others' feelings and level of understanding c. Be concerned about others' welfare

Critical Thinking Abilities:

Ideal critical thinkers have the ability to (The first three items involve elementary clarification.)

1. Focus on a question

a. Identify or formulate a question b. Identify or formulate criteria for judging possible answers c. Keep the situation in mind

2. Analyze arguments

a. Identify conclusions b. Identify stated reasons c. Identify unstated reasons d. Identify and handle irrelevance e. See the structure of an argument f. Summarize

3. Ask and answer questions of clarification and/or challenge, such as,

a. Why? b. What is your main point? c. What do you mean by…? d. What would be an example? e. What would not be an example (though close to being one)? f. How does that apply to this case (describe a case, which might well appear to be a counter example)? g. What difference does it make? h. What are the facts? i. Is this what you are saying: ____________? j. Would you say some more about that?

(The next two involve the basis for the decision.)

4. Judge the credibility of a source. Major criteria (but not necessary conditions):

a. Expertise b. Lack of conflict of interest c. Agreement among sources d. Reputation e. Use of established procedures f. Known risk to reputation g. Ability to give reasons h. Careful habits

5. Observe, and judge observation reports. Major criteria (but not necessary conditions, except for the first):

a. Minimal inferring involved b. Short time interval between observation and report c. Report by the observer, rather than someone else (that is, the report is not hearsay) d. Provision of records. e. Corroboration f. Possibility of corroboration g. Good access h. Competent employment of technology, if technology is useful i. Satisfaction by observer (and reporter, if a different person) of the credibility criteria in Ability # 4 above.

(The next three involve inference.)

6. Deduce, and judge deduction

a. Class logic b. Conditional logic c. Interpretation of logical terminology in statements, including (1) Negation and double negation (2) Necessary and sufficient condition language (3) Such words as "only", "if and only if", "or", "some", "unless", "not both".

7. Induce, and judge induction

a. To generalizations. Broad considerations: (1) Typicality of data, including sampling where appropriate (2) Breadth of coverage (3) Acceptability of evidence b. To explanatory conclusions (including hypotheses) (1) Major types of explanatory conclusions and hypotheses: (a) Causal claims (b) Claims about the beliefs and attitudes of people (c) Interpretation of authors’ intended meanings (d) Historical claims that certain things happened (including criminal accusations) (e) Reported definitions (f) Claims that some proposition is an unstated reason that the person actually used (2) Characteristic investigative activities (a) Designing experiments, including planning to control variables (b) Seeking evidence and counter-evidence (c) Seeking other possible explanations (3) Criteria, the first five being essential, the sixth being desirable (a) The proposed conclusion would explain the evidence (b) The proposed conclusion is consistent with all known facts (c) Competitive alternative explanations are inconsistent with facts (d) The evidence on which the hypothesis depends is acceptable. (e) A legitimate effort should have been made to uncover counter-evidence (f) The proposed conclusion seems plausible

8. Make and judge value judgments: Important factors:

a. Background facts b. Consequences of accepting or rejecting the judgment c. Prima facie application of acceptable principles d. Alternatives e. Balancing, weighing, deciding

(The next two abilities involve advanced clarification.)

9. Define terms and judge definitions. Three dimensions are form, strategy, and content.

a. Form. Some useful forms are: (1) Synonym (2) Classification (3) Range (4) Equivalent expression (5) Operational (6) Example and non-example b. Definitional strategy (1) Acts (a) Report a meaning (b) Stipulate a meaning (c) Express a position on an issue (including "programmatic" and "persuasive" definitions) (2) Identifying and handling equivocation c. Content of the definition

10. Attribute unstated assumptions (an ability that belongs under both clarification and, in a way, inference)

(The next two abilities involve supposition and integration.)

11. Consider and reason from premises, reasons, assumptions, positions, and other propositions with which they disagree or about which they are in doubt -- without letting the disagreement or doubt interfere with their thinking ("suppositional thinking")

12. Integrate the other abilities and dispositions in making and defending a decision

(The first twelve abilities are constitutive abilities. The next three are auxiliary critical thinking abilities: Having them, though very helpful in various ways, is not constitutive of being a critical thinker.)

13. Proceed in an orderly manner appropriate to the situation. For example:

a. Follow problem solving steps b. Monitor one's own thinking (that is, engage in metacognition) c. Employ a reasonable critical thinking checklist

14. Be sensitive to the feelings, level of knowledge, and degree of sophistication of others

15. Employ appropriate rhetorical strategies in discussion and presentation (orally and in writing), including employing and reacting to "fallacy" labels in an appropriate manner.

Examples of fallacy labels are "circularity," "bandwagon," "post hoc," "equivocation," "non sequitur," and "straw person."

Dewey, John Critical thinking is "active, persistent, and careful consideration of any belief or supposed form of knowledge in the light of the grounds that support it and the further conclusions to which it tends (Dewey 1933: 118)."

Glaser (1) an attitude of being disposed to consider in a thoughtful way the problems and subjects that come within the range of one's experiences, (2) knowledge of the methods of logical inquiry and reasoning, and (3) some skill in applying those methods. Critical thinking calls for a persistent effort to examine any belief or supposed form of knowledge in the light of the evidence that supports it and the further conclusions to which it tends. (Glaser 1941, pp. 5-6).

Abilities include: "(a) to recognize problems, (b) to find workable means for meeting those problems, (c) to gather and marshal pertinent information, (d) to recognize unstated assumptions and values, (e) to comprehend and use language with accuracy, clarity and discrimination, (f) to interpret data, (g) to appraise evidence and evaluate statements, (h) to recognize the existence of logical relationships between propositions, (i) to draw warranted conclusions and generalizations, (j) to put to test the generalizations and conclusions at which one arrives, (k) to reconstruct one's patterns of beliefs on the basis of wider experience; and (l) to render accurate judgments about specific things and qualities in everyday life." (p.6)

MCC General Education Initiatives "Critical thinking includes the ability to respond to material by distinguishing between facts and opinions or personal feelings, judgments and inferences, inductive and deductive arguments, and the objective and subjective. It also includes the ability to generate questions, construct, and recognize the structure of arguments, and adequately support arguments; define, analyze, and devise solutions for problems and issues; sort, organize, classify, correlate, and analyze materials and data; integrate information and see relationships; evaluate information, materials, and data by drawing inferences, arriving at reasonable and informed conclusions, applying understanding and knowledge to new and different problems, developing rational and reasonable interpretations, suspending beliefs and remaining open to new information, methods, cultural systems, values and beliefs and by assimilating information."

Nickerson, Perkins and Smith (1985) "The ability to judge the plausibility of specific assertions, to weigh evidence, to assess the logical soundness of inferences, to construct counter-arguments and alternative hypotheses."

Moore and Parker , Critical Thinking Critical Thinking is "the careful, deliberate determination of whether we should accept, reject, or suspend judgment about a claim, and the degree of confidence with which we accept or reject it."

Delphi Report "We understand critical thinking to be purposeful, self-regulatory judgment which results in interpretation, analysis, evaluation, and inference, as well as explanation of the evidential, conceptual, methodological, criteriological, or contextual considerations upon which that judgment is based. CT is essential as a tool of inquiry. As such, CT is a liberating force in education and a powerful resource in one's personal and civic life. While not synonymous with good thinking, CT is a pervasive and self-rectifying human phenomenon. The ideal critical thinker is habitually inquisitive, well-informed, trustful of reason, open-minded, flexible, fair-minded in evaluation, honest in facing personal biases, prudent in making judgments, willing to reconsider, clear about issues, orderly in complex matters, diligent in seeking relevant information, reasonable in the selection of criteria, focused in inquiry, and persistent in seeking results which are as precise as the subject and the circumstances of inquiry permit. Thus, educating good critical thinkers means working toward this ideal. It combines developing CT skills with nurturing those dispositions which consistently yield useful insights and which are the basis of a rational and democratic society."

A little reformatting helps make this definition more comprehensible:

We understand critical thinking to be purposeful, self-regulatory judgment which results in

• interpretation

as well as explanation of the

• methodological
• criteriological

considerations upon which that judgment is based.

Francis Bacon (1605) "For myself, I found that I was fitted for nothing so well as for the study of Truth; as having a mind nimble and versatile enough to catch the resemblances of things … and at the same time steady enough to fix and distinguish their subtler differences; as being gifted by nature with desire to seek, patience to doubt, fondness to meditate, slowness to assert, readiness to consider, carefulness to dispose and set in order; and as being a man that neither affects what is new nor admires what is old, and that hates every kind of imposture."

A shorter version is "the art of being right."

Or, more prosaically: critical thinking is "the skillful application of a repertoire of validated general techniques for deciding the level of confidence you should have in a proposition in the light of the available evidence."

HELPFUL REFERENCE: http://plato.stanford.edu/entries/logic-informal/

Thinking about thinking helps kids learn. How can we teach critical thinking?

Lecturer in Critical Thinking; Curriculum Director, UQ Critical Thinking Project, The University of Queensland

Disclosure statement

Peter Ellerton consults to the Centre for Critical and Creative Thinking. He is a Fellow of the Rationalist Society of Australia.

University of Queensland provides funding as a member of The Conversation AU.

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Few people doubt the value of developing students’ thinking skills. A 2013 survey in the United States found 93% of employers believe a candidate’s

demonstrated capacity to think critically, communicate clearly, and solve complex problems is more important [the emphasis is in the original] than [their] undergraduate major.

A focus on critical thinking is also common in education. In the Australian Curriculum, critical and creative thinking are known as “ general capabilities ”; the US has a similar focus through their “ common core ”.

Critical thinking is being taught successfully in a number of programs in Australian schools and universities and around the world. And various studies show these programs improve students’ thinking ability and even their standardised test scores.

But what is critical thinking and how can we teach it?

What we mean by critical thinking

There are many definitions of critical thinking that are vague or ill-formed. To help address this, let’s start by saying what critical thinking is not.

First, critical thinking is not just being smart. Being able to recognise a problem and find the solution are characteristics we associate with intelligence. But they are by themselves not critical thinking.

Intelligence, at least as measured by IQ tests, is not set in stone. But it does not seem to be strongly affected by education (all other things being equal), requiring years of study to make any significant difference, if at all. The ability to think critically, however, can improve significantly with much shorter interventions, as I will show.

Read more: Knowledge is a process of discovery: how constructivism changed education

Second, critical thinking is not just difficult thinking. Some thinking we see as hard, such as performing a complex chemical analysis, could be done by computers. Critical thinking is more about the quality of thinking than the difficulty of a problem.

So, how do we understand what good quality thinking is?

Critical thinkers have the ability to evaluate their own thinking using standards of good reasoning. These include what we collectively call the values of inquiry such as precision, clarity, depth and breadth of treatment, coherence, significance and relevance.

I might claim the temperature of the planet is increasing, or that the rate of deforestation in the Amazon is greater than it was last year. While these statements are accurate, they lack precision: we would also like to know by how much they are increasing to make the statement more meaningful.

Or I might wonder if the biodiversity of Tasmania’s old growth forests would be affected by logging. Someone might reply if we did not log these forests, jobs and livelihoods would be at risk. A good critical thinker will point out while this is a significant issue, it is not relevant to the question .

Critical thinkers also examine the structure of arguments to evaluate the strength of claims. This is not just about deciding whether a claim is true or not, but also whether a conclusion can be logically supported by the available data through an understanding of how arguments work.

Critical thinkers make the quality of their thinking an object of study. They are sensitive to the values of inquiry and the quality of inferences drawn from given information.

They are also meta-cognitive - meaning they’re aware of their thought processes (or some of them) such as understanding how and why they arrive at particular conclusions - and have the tools and ability to evaluate and improve their own thinking.

How we can teach it

Many approaches to developing critical thinking are based on Philosophy for Children , a program that involves teaching the methodology of argument and focuses on thinking skills. Other approaches provide this focus outside of a philosophical context.

Read more: How to make good arguments at school (and everywhere else)

Teachers at one Brisbane school, who have extensive training in critical thinking pedagogies, developed a task that asked students to determine Australia’s greatest sports person.

Students needed to construct their own criteria for greatness. To do so, they had to analyse the Australian sporting context, create possible evaluative standards, explain and justify why some standards would be more acceptable than others and apply these to their candidates.

They then needed to argue their case with their peers to develop criteria that were robust, defensible, widely applicable and produced a choice that captured significant and relevant aspects of Australian sport.

Learning experiences and assessment items that facilitate critical thinking skills include those in which students can:

• challenge assumptions
• frame problems collectively
• question creatively
• construct, analyse and evaluate arguments
• discerningly apply values of inquiry
• engage in a wide variety of cognitive skills, including analysing, explaining, justifying and evaluating (which creates possibilities for argument construction and evaluation and for applying the values of inquiry)

One strategy that also has a large impact on students’ ability to analyse and evaluate arguments is argument mapping , in which a student’s reasoning can be visually displayed by capturing the inferential pathway from premises to conclusion. Argument maps are an important tool in making our reasoning available for analysis and evaluation.

How we know it works

Studies involving a Philosophy for Children approach show children experience cognitive gains , as measured by improved academic outcomes, for several years after having weekly classes for a year compared to their peers.

Read more: Who am I? Why am I here? Why children should be taught philosophy (beyond better test scores)

This type of argument-based intellectual engagement , however, can show high outcomes in terms of the quality of thinking in any classroom.

Research also shows deliberate attention to the practice of reasoning in the context of our everyday lives can be significantly improved through targeted teaching.

Researchers looking at the gains made in a single semester of teaching critical thinking with argument maps said

the critical thinking gains measured […] are close to that which could be expected to result from three years of undergraduate education.

Students who are explicitly taught to think well also do better on subject-based exams and standardised tests than those who do not.

Our yet-to-be-published study, using verified data, showed students in years three to nine who engaged in a series of 12 one-hour teacher-facilitated online lessons in critical thinking, showed a significant increase in relative gains in NAPLAN test results – as measured against a control group and after controlling for other variables.

In terms of developing 21st century skills, which includes setting up students for lifelong learning, teaching critical thinking should be core business.

The University of Queensland Critical Thinking Project has a number of tools to help teach critical thinking skills. One is a web-based mapping system , now in use in a number of schools and universities, to help increase the critical thinking abilities of students.

• Critical thinking
• Critical thinking skills

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| | | | | | | My Wordlists Legacy activities       Wordsmyth     Lookup History likely to find fault. , , , , , of the nature of a crisis; serious or dangerous. , , , , , , , , very important. , , , , , , , , , , , , , , , , critically (adv.) Subscribe for ad-free Wordsmyth and more Critical thinking definition Critical thinking, as described by Oxford Languages, is the objective analysis and evaluation of an issue in order to form a judgement. Active and skillful approach, evaluation, assessment, synthesis, and/or evaluation of information obtained from, or made by, observation, knowledge, reflection, acumen or conversation, as a guide to belief and action, requires the critical thinking process, which is why it's often used in education and academics. Some even may view it as a backbone of modern thought. However, it's a skill, and skills must be trained and encouraged to be used at its full potential. People turn up to various approaches in improving their critical thinking, like: Developing technical and problem-solving skills Engaging in more active listening Actively questioning their assumptions and beliefs Seeking out more diversity of thought Opening up their curiosity in an intellectual way etc. Is critical thinking useful in writing? Critical thinking can help in planning your paper and making it more concise, but it's not obvious at first. We carefully pinpointed some the questions you should ask yourself when boosting critical thinking in writing: What information should be included? Which information resources should the author look to? What degree of technical knowledge should the report assume its audience has? What is the most effective way to show information? How should the report be organized? How should it be designed? What tone and level of language difficulty should the document have? Usage of critical thinking comes down not only to the outline of your paper, it also begs the question: How can we use critical thinking solving problems in our writing's topic? Let's say, you have a Powerpoint on how critical thinking can reduce poverty in the United States. You'll primarily have to define critical thinking for the viewers, as well as use a lot of critical thinking questions and synonyms to get them to be familiar with your methods and start the thinking process behind it. Are there any services that can help me use more critical thinking? We understand that it's difficult to learn how to use critical thinking more effectively in just one article, but our service is here to help. We are a team specializing in writing essays and other assignments for college students and all other types of customers who need a helping hand in its making. 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With lots of experience on the market, professionally degreed essay writers , online 24/7 customer support and incredibly low prices, you won't find a service offering a better deal than ours. 215 IMAGES How to help your child with Critical Thinking Critical Thinking Skills for Kids How to Develop Critical Thinking Skills in Children Critical Thinking for Kids: Why, Benefits & Tips [Completed] Critical Thinking in Education Critical Thinking Definition and Strategies COMMENTS 6 Ways to Teach Critical Thinking 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 ... How to Explain Critical Thinking to a Child After all, the definition of critical thinking can be complicated for even an adult to understand: It has to do with the process of observing, applying and evaluating information. In other words, critical thinking is how you learn from interpreting and experiencing the world around you. Although the terminology seems daunting at first, there ... Critical Thinking Skills for Kids (& How to Teach Them) Debates. This is one of those classic critical thinking activities that really prepares kids for the real world. Assign a topic (or let them choose one). Then give kids time to do some research to find good sources that support their point of view. Finally, let the debate begin! Why Is Developing Critical Thinking Skills Important for Kids? Finally, one of the most important practical applications of critical thinking skills is improved literacy, which makes kids more resilient to manipulation, brainwashing, false information, and other dangers that lurk on the internet and in-person in the form of peer pressure, bullying, and more. Kids will have the ability to better analyse the ... How to Develop Critical Thinking Skills in Your Kids [in a fun way that Here are three examples: ‍. If your child did the multiplication 6 x 9 to get 54 that would NOT be critical thinking. ️But if they then explained to you all the other ways they could get the number 54, then it could be. If your child memorised the lyrics to their favourite song that would NOT be critical thinking. How to teach kids critical thinking Firstly, it is a beneficial method to explore the world. If a child learns things using critical thinking, he or she will avoid loads of mistakes and misleadings which could have traumatized him/her. Secondly, this skill makes a mind work faster. When things don't make sense from first sight — think the situation over with a critical ... Critical thinking: what it is, how it is formed and how it helps children Critical thinking is the ability to imagine, analyse and evaluate information to determine its integrity and validity. Critical thinking helps children to form opinions and ideas, as well as helping them to understand people better and to be aware of which people they come into contact with can be good friends and which cannot. Thinking about thinking helps kids learn. How can we teach critical A focus on critical thinking is also common in education. In the Australian Curriculum, critical and creative thinking are known as "general capabilities"; the US has a similar focus through their "common core". Critical thinking is being taught successfully in a number of programs in Australian schools and universities and around the ... How Parents Can Teach Kids Critical Thinking Even if their contributions are unsophisticated or mistaken, engage with children and help them improve. 2. Putting Emotions in Perspective. Just as children need to learn how to step back from ... Parents' Guide to Critical Thinking: Ages 5-9 In order to develop high-level critical thinking skills later in life, five- to nine-year-old children must first make progress along four different tracks. This includes developing basic reasoning skills and interests, building self-esteem, learning emotional management skills, and internalizing social norms that value critical thinking. Critical Thinking for Kids: Why, Benefits & Tips [Completed] Critical thinking facilitates the way children see the world around them, help them ask the right questions, figure things out and make judgements. Indeed, based on numerous scientific researches, it is proposed that children who are well taught critical thinking skills will tend to perform better at language comprehension and problem-solving ... What Is Critical Thinking? Critical thinking is a skill that focuses on using logic and analysis—and not just memorized facts—to answer questions and solve problems. Essentially, critical thinking relies on practicing how to think, not what to think. For example, asking, What makes biology a science? requires far more thought and reflection than asking, What is the ... The Importance of Critical Thinking for Kids: Why It Matters for Why critical thinking for kids matters. Students making their way through each level of Bloom's Taxonomy will think independently and understand concepts thoroughly. Students who know how to analyze and critique ideas are able to connect those skills to several subject matters to make connections in various disciplines, see knowledge as ... Parents' Guide to Critical Thinking: Ages 13+ These skills must continue to be reinforced as the child matures. The four basic aspects of critical thinking we examined in the first part of this guide, concerning children aged five to nine, remain relevant, therefore. To review, these were: Critical thinking based on arguing a point. Developing self-esteem, the foundation of critical thinking. Critical Thinking Skills: Shape A Bright Future for Kids 2024 Critical thinking skills aids in making informed decisions by evaluating the evidence, assessing the risks and benefits, and considering the short-term and long-term implications of each choice. ‍. 5. Implementing Solutions. Once a decision is made, critical thinkers develop a plan to implement the solution. Scientific Thinking for Kids Steps of the scientific method. First, teach or review the steps of the scientific method with your students. By using real world examples, students can see how scientific thinking isn't exclusive to science class. They can also relate to the process and apply their thinking to larger problems. It's unlikely that your students drank coffee ... Metacognition: How Thinking About Thinking Can Help Kids Metacognitive skills can also help kids manage their feelings and boost self-esteem. The bad feelings kids have when they feel frustrated easily turn into negative self-talk: "If I failed the test, that means I'm not smart.". Metacognitive thinking can help kids think things through — and stop beating themselves up. What is Critical Thinking? Critical thinking is the identification and evaluation of evidence to guide decision making. A critical thinker uses broad in-depth analysis of evidence to make decisions and communicate his/her beliefs clearly and accurately. Other Definitions of Critical Thinking:Robert H. Ennis, Author of The Cornell Critical Thinking Tests "Critical thinking is reasonable, reflective thinking that is Critical thinking Definition & Meaning The meaning of CRITICAL THINKING is the act or practice of thinking critically (as by applying reason and questioning assumptions) in order to solve problems, evaluate information, discern biases, etc.. How to use critical thinking in a sentence. Thinking about thinking helps kids learn. How can we teach critical The University of Queensland Critical Thinking Project has a number of tools to help teach critical thinking skills. One is a web-based mapping system, now in use in a number of schools and ... Find Definitions Written for Kids Student Dictionary for Kids. Search an online dictionary written specifically for young students. Kid-friendly meanings from the reference experts at Merriam-Webster help students build and master vocabulary. critical The meaning of critical. Definition of critical. Best online English dictionaries for children, with kid-friendly definitions, integrated thesaurus for kids, images, and animations. Spanish and Chinese language support available Using Critical Thinking in Essays and other Assignments Critical thinking, as described by Oxford Languages, is the objective analysis and evaluation of an issue in order to form a judgement. Active and skillful approach, evaluation, assessment, synthesis, and/or evaluation of information obtained from, or made by, observation, knowledge, reflection, acumen or conversation, as a guide to belief and ... essay homework paper phd project resume review study thesis