In this blog, we will discuss what computational thinking is and why it is important for students.
What is computational thinking?
In simple terms, computational thinking is problem-solving. It is the process of thinking through a problem step by step in a logical fashion. More specifically, it is a set of skills that enable students to easily navigate through complex problems into more manageable steps. This way, students can better understand the problem at hand and tackle them on their own.
Examples of computational thinking
Computational thinking is not just problem solving but includes a set of 4 simpler skills – Algorithmic Design, Pattern Abstraction, Decomposition, and Pattern Recognition. In the real world, the concept of computational thinking is used in any activity that takes a series of steps to complete. Let’s take a closer look at each of the key concepts in computational thinking.
1. Decomposition – It is the process by which students break the problem into smaller and simpler steps. Using decomposition, the problem that initially seems overwhelming becomes much more manageable.
2. Pattern recognition – Pattern recognition is the ability to spot the instructions or patterns that repeat. Using pattern recognition, students analyze data or connections among its different paths.
3. Pattern abstraction – Using pattern abstraction, students identify and seek out the most important information in each of the decomposed problems. The process of abstraction helps students look at the bigger problems and identify how the important details can help solve other areas of the problem.
4. Algorithmic design – Algorithmic design helps students to communicate better and interpret clear instructions for a valuable output. Using the algorithmic design, students develop a step by step process to solve complex problems to come out with the correct results every time.
Why is computational thinking important for students?
The biggest benefit of computational thinking for students is how it enables them to navigate complex problems and break them into simpler steps. For students, to be able to think in a way that complements technological processes is essential to solving problems in the real world. And this is just one-way computational thinking that can be helpful for students. Another is that computational thinking encourages kids to consider how they can leverage technology to solve such complex problems. And as a foundation for thought, computational thinking encourages kids to be organized and diligent. Overall, computational thinking builds essential attitudes like practising teamwork, leading learning, embracing ambiguity and more.
Students learn to ask bold yet unique questions. By applying computational thinking, they collect and analyze resources, think critically and creatively and develop a growth mindset whether with or without the use of technology.
We are sure you might be wondering what helps kids learn computational thinking. Well, there are many different paths you can take to teach them like practising mathematical equations. However, the best way is to help them learn how to code. As computational thinking is a major component at every stage of coding, it has a clear advantage over all other methods. Coding helps kids of all ages improve their problem-solving skills. No wonder all the best schools nowadays focus on developing computational thinking skills among students.
One such top school in Rohtak, TSUS has a carefully planned academic syllabus that ensures the child enjoys the years spent in learning. They help children acquire a good understanding of concepts in coding, science and technology, mathematics, art and more. TSUS encourages learning by asking bold questions, problem-solving and through updated applications.
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