Computational Thinking for Kids

In the field of education, computational thinking is a set of problem-solving methods that involves expressing problems and their solutions in such different ways that a computer could understand and execute. It involves two things, mental skills, and practices for different purposes like explaining and interpreting the world as a complex of information processes. Similarly, designing such computations that enable a computer to do different jobs for us is also the purpose here. These ideas range from basic CT for beginners to advanced CT for experts. Computational thinking for kids will not only make kids more efficient in what they do but will also set them up for success in the modern workforce.

• Computational Artifact
• Computational Thinking for Kids?
• What are the Core Steps to Computational Thinking for Kids
• Why is Computational Thinking Important?
• Computational Thinking Activities for Kids
• Advantages of Computational Thinking for Kids

Computational Thinking for Problem Solving

• • • University of Pennsylvania via Coursera
    • 18 hours of effort required
    • 54,258+ already enrolled!
    • ★★★★★ (859 Ratings)

Computational Artifact:

A computational Artifact is known to be anything that has been created by a human hand using a computer. An Artifact can be a program, an image, audio or video, a presentation, or a web page file but is not just limited to these mentioned. What computing does is enable people to use creative development processes while using computing tools and techniques. These tools and techniques then lead to creating computational Artifacts for a creative expression of ideas or maybe to solve a problem.

Creating computational Artifacts is not a simple step. Instead, it very much requires a person to have an understanding of these things and also using software tools like video editing software and services like Google Search Engine in the best manner.

Computational Thinking for Kids:

With each passing day, technology is constantly evolving and changing the way we do things. It includes the way we communicate with one another if there is a school project that needs to be done then how we carry out research for that, how we manage our business, what strategies are adopted, and much more. If we teach kids computational thinking, we will be providing them with all the essential and fundamental skills that can help them become lifelong learners. This will not only make them more efficient in what they do but will also set them up for success in the modern workforce.

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Problem Solving Using Computational Thinking

• • • University of Michigan via Coursera
    • 11 hours of effort required
    • 12,391+ already enrolled!
    • ★★★★★ (90 Ratings)

Introduction to Computational Thinking and Data Science

• • • MIT via edX
    • 9 Weeks (14-16 hours weekly) of effort required
    • 190,281+ already enrolled!
    • ★★★★★

What are the Core Steps to Computational Thinking for Kids?

Following are the core steps to computational thinking for Kids:

• • The first step is to break down a complex problem into smaller and more manageable steps.
  • The next step is to look for different patterns or trends that are among the problems that are, identify such data that is useful to the problem.
  • Then, remove all the unnecessary details from the problem.
  • After the problem is broken down into smaller pieces, try to take one piece at a time and solve them and then put them together logically into a complete solution.
  • Lastly, analyze and evaluate the whole solution.

Why is Computational Thinking Important?

Computational thinking is something that can be applied to any kind of job and any sector. In order to survive in this competitive world where one has to have the ability to solve problems, critically analyzing information, and communicating with one another, one needs to learn computational thinking right from the start.

Computational Thinking Activities for Kids:

There are many computational thinking activities for kids that if parents or teachers try to implement them from the start can very much help a kid in learning CT.

• Organize and clean dishes computationally using the STEM way.
• Make your child clean his room through sequential and systematic thinking.
• While going somewhere, make your child your GPS and ask him to focus enough on the road to lead you the way.
• Go out to the grocery with your child in order to teach him data labeling.
• Let your child become a computational gardener while planting a garden.
• Make your child learn new words computationally.

And many more computational activities are there for kids to start from the beginning in order to become capable of thinking out of the box and solving problems effectively.

Advantages of Computational Thinking for Kids:

When children manage to learn computational thinking to its best, the following are the benefits of Computational Thinking for Kids that they are able to gain from that.

• They become an algorithmic thinker.
• They are able to evaluate the problem in the best manner.
• While solving a bigger problem, they are able to break it down into smaller pieces and then solve it one by one.
• Also, they become wise enough to rule out any complexity from the data without losing any important detail from it.
• They become fluent in finding a general approach to a set of problems.

Computational Thinking at School

• • • University of the Basque Country via Miríadax
    • 20 hours of effort required
    • Language: Spanish
    • ★★★★☆ (179 Ratings)

Computational Thinking with Beginning C Programming Specialization

• • • University of Colorado via Coursera
    • 4 Months (3 hours weekly) of effort required
    • 10,900+ already enrolled!
    • ★★★★★ (372  Ratings)

Thus we can say that Computational Thinking is a very unique and helpful approach that if comes in practice from the beginning can help a child to develop unique skills in solving problems, communicating with others and producing better results at wherever they work. So we can say that every child should be given this opportunity and the resources to learn Computational Thinking.