The Advantages of Starting Computer Programming Young
Think your kids are too young to learn to code? Think again.
Coding (also called programming or developing) is telling a computer, app, phone or website what you want it to do. Some teachers and experts are calling it the ‘new literacy’—a subject so critical that every child wants to know the basics to excel in our quickly changing world.
Coding is to digital literacy what practicals are for science. In biology we have students act frog dissections, and in chemistry we make them construct erupting volcanoes; not because we need them all to become brain surgeons or build the new Etna in their backyard, but because it helps form a profound knowledge of the anatomy of organisms or the workings of chemical mixtures. Similarly, coding is a way to get below the surface level of the computer screen and form a more in-depth knowledge of how the technology works. Digital literacy is the goal; coding is the means. It just so happens that coding is the most convenient, useful, and powerful means.
Coding or computer programming is the act of using languages to instruct a computer to perform functions. In today’s digital world, coding is a necessary skill alongside math and reading, but too few kids have the chance to learn to program because it is rarely taught in school.
Our mission is to create a fun and engaging platform where children not only learn to program but also have opportunities to be creative using code.
Why is this subject currently receiving so much attention and why is it so critical for kids to learn how to code?
1. Learning To Code Develops Problem Solving And Computational Thinking Skills
The skills that come with computer programming improve kids develop new methods of thinking and foster problem-solving techniques that can have significant repercussions in other areas. Computational thinking allows preschoolers to grasp concepts like algorithms, recursion and heuristics—even if they don’t understand the terms, they’ll learn the basic concepts (and for parents who don’t understand these terms.
2. Coding Encourages Creativity In programming, as in life, there is more than one way to solve a problem. Once your child learns the basic concepts, they will realize they are limited only by their imaginations. They can find their solutions, and they can examine someone else’s code and add their tweaks to it to make it better.
In fact, many programs we use today were created as improvements and variations upon older versions. Because of this, coding can be a highly engaging and fun activity. Many platforms designed for teaching code to kids start them off by playing games where basic commands are introduced. Additional challenges are then added by making more complicated controls and mixing them to increase functionality. When kids are done, they will have a developed version of their own game or app.
3. Coding Is Fun
Beyond the practical reasons for getting how to code, there’s the fact that creating a game or animation can be enjoyable for kids. Primarily if you do away with the regular classroom setting and begin coding in the form of a game. They can create projects that do amazing things.
4. Computational Thinking
“Coding is not just about creating software. It’s about computational thinking. Thinking computationally is an advantage to our logic and philosophy skills as well as more popular STEM (Science, Technology, Engineering, and Math) oriented concerns. There is a direct link between the computing needed to code and the computing necessary in a child’s science and math classes.
5. Sequential Thinking
Reading knowledge and computer science may not seem related to the cover, especially when you are battling your little ones to put down the tablet and get their nose in a book. But the sequential thinking involved in coding can provide corrected reading comprehension.
The ability to order events in a text relates to the skill of the chronological sequencing needed in writing code. So you can relax assured that even if your little one doesn’t grow up to be a computer programmer, exposing them to coding is still benefiting their overall development.
6. Kids Learn to Use Logic
Logical thinking is required for coding. It consists of formulating the step by step procedures to produce the desired outcome. It involves using expressions, selection, iteration, conditional and other logical statements and sentences.
7. Kids Study Algorithmic Thinking
Algorithmic thinking is the ability to define precise steps to solve a problem or answering a task. It requires computational concepts alike repetition, sequencing, and conditional logic. Kids use algorithm all the time, without even knowing it, mainly with math (like solving long division problems) and science. Algorithmic thinking enables kids to break down problems and think of solutions as the step-by-step procedure.
8. Coding Prepares Kids for Skills that are Necessary for the Future
The continuing pervasiveness and importance of technology in our lives would need a lot of workers with coding skills. It is expected that writing programs will proceed to pay well into the future. Even many non-programming jobs that want the use of computers would require a bit of coding knowledge. Also, when learning to code, kids also learn other critical future skills like critical thinking, communication, collaboration, and creativity.
9. Coding can Make your Child Discover his Lifetime Passion, and can be Useful for him to Choose his Future Career
Computer programming can be one the active growing and the most exciting job in the next few decades, with the development of artificial intelligence, machine learning, data mining, and robotics. Kids exposed to coding can develop the love or even the passion for it, and feel that it is what he wants to do in the future.
What is the best age to start coding?
Many good programmers claim that they begin coding by age 5 or 6. But the most excellent answer is when the child starts to show excitement and interest in it, like when a gamer child imagines that he can develop his own game, or when he believes he can create a program that will be helpful or will entertain his friends.
At 7 or 8, most kids have enough developed logical and essential thinking skills needed for coding.
Kids as young as ten can produce programs that achieve professional quality.