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How Explicitly Teaching Computational Thinking Can Benefit Your Child


Imagine you are a teacher. You have a new student in your class. This student is struggling with math. What do you do?


If you're like most teachers, you'll probably try to help the student with their math homework. You might give them some tips on how to solve the problems. But what if there was a better way?


What if you could help the student learn math in a more holistic way? What if you could help them understand why the math works the way it does? This is where computational thinking comes in.



What Is Computational Thinking?


When we teach kids how to code, we're teaching them how to think computationally. But what does that mean, and why is it important?


Put simply, computational thinking is a way of thinking that allows you to solve problems using computers. It involves breaking down a problem into smaller, more manageable parts, and then solving those parts using a set of specific steps or algorithms.


Computational thinking is important because it's a fundamental skill that can be applied in many different areas. It's essential for anyone who wants to work in technology, but it's also useful for jobs in finance, healthcare, marketing, and many other sectors. Plus, it helps kids learn how to think analytically and logically, which can be a huge advantage in any field.



Benefits of Explicitly Teaching Computational Thinking


There are many benefits to explicitly teaching computational thinking to your child. Here are a few of the most important ones:


1. Computational thinking helps children develop problem-solving skills.

2. It teaches them how to break down problems into smaller, more manageable parts.

3. It helps them better understand and analyze data.

4. It trains them to think logically and systematically.

5. And lastly, it prepares them for a future in which computer science is an important part of most careers.



Examples of Explicitly Teaching Computational Thinking


One way to explicitly teach computational thinking is to give your child real-world problems to solve. For example, you could ask them to figure out how to get from one side of the city to the other in the least amount of time.


Another way to teach computational thinking is to use coding programs and tools. These can be used to help kids develop problem-solving skills, as well as teach them how to sequence commands, debug programs and more.


Finally, you can also use board games and puzzles that require kids to think computationally in order to solve them. These games can help kids develop strategies, learn how to focus on a task and improve their logical thinking skills.



How to Incorporate Computational Thinking Into the Classroom


Incorporating computational thinking into the classroom is a great way to give your child an extra edge. But how do you do it? The most important thing is to be explicit in teaching your students the fundamental concepts of computational thinking. Start by providing plenty of hands-on activities and engaging projects that involve problem solving, creative thinking, and collaboration. This will help them develop the skills they need to become critical thinkers, like breaking down a problem into smaller parts and coming up with multiple solutions for each part.


In addition, make sure you provide plenty of opportunities for your students to practice their computational thinking skills through programming and coding exercises. You can use coding activities as part of a larger project or as stand-alone lessons. As your student’s skill set grows, encourage them to create their own projects from scratch. With a good foundation in computational thinking, they will be able to take on more challenging tasks and thrive in any type of learning environment.



Benefits for Students With Explicitly Teaching Computational Thinking


By explicitly teaching your child computational thinking, you open up a world of possibilities. Computational thinking can help students become more creative problem solvers and effective communicators in their academic and professional careers. It enables students to ask questions, think abstractly, solve complex problems, develop logical reasoning skills, design processes for others to follow, and ultimately build the self-confidence needed to succeed in a world increasingly reliant on technology.


Explicitly teaching computational thinking can also help students acquire critical life skills such as patience and resilience, qualities that will help them not only now but in the future. By seeing a problem through from start to finish they’ll feel a sense of achievement and gain the confidence needed to take on bigger issues.



Tips for Incorporating Computation Thinking Into the Curriculum


Incorporating computational thinking into your child’s curriculum can be a great way to prepare them for the future.



Conclusion


So, why should you explicitly teach computational thinking? As we have seen, there are many benefits to doing so. Explicitly teaching computational thinking can help your child become a critical thinker, a problem solver, and a leader. It can help them understand and use technology, and it can even help them in other subjects. Plus, it’s just plain fun!

So, what are you waiting for? Get started today!





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