What are programming and coding?
Computers are capable of speech. Not like how humans communicate, however. They communicate by code as opposed to words or facial gestures. Every computer "speaks" the same language, known as binary. As the name suggests, there are just two "words" in the language: 0 and 1, indicating low and high voltages, respectively. This indicates that just two types of electric impulses are converted from human input. These communications are processed by computers, which then provide the desired output. This procedure is known as coding.

While binary code is fast and economical to execute, most people find it difficult to learn and utilize. Obviously, computers cannot also learn human languages. We, therefore, use programming languages such as HTML, Javascript, Python, and C++ as intermediaries. The languages are only a handful of the more than 700 that exist. However, the majority of people are only proficient in one or two. Object-oriented programming languages are those that emphasize the use and reuse of data. They may also be functional, based on mathematical functions.

Different web languages are utilized for various reasons and in various industries. For example, CSS and HTML are exclusively used to design web pages. Python is a flexible and user-friendly object-oriented programming language that is an excellent place to begin learning code. In this way, Java and JavaScript are similar to Python. C and C++ are a little more complex but are still simple to use. We've utilized them to develop a wide range of apps for multiple platforms, including mobile games and operating systems.

Why should children learn to program?

In 1843, when Ada Lovelace, a female mathematician, created the first coding language, computers did not even exist. In 180 years, computers will control the globe. Computers move data from one end of the planet to the other within seconds. Computers have enabled us to put men on the moon and even construct Artificial Intelligence (AI), and their importance grows daily. According to the US Bureau of Labor Statistics, programming will be one of the fastest-growing occupations during the next ten years, with the bulk of these jobs outside the IT industry. Therefore, it is evident that children should study programming and coding.

Learning to code not only prepares children for the future but also teaches them a variety of valuable skills. Programming teaches problem-solving and creativity to children. Programming's hands-on nature teaches children to experiment and find innovative solutions to challenges. It teaches kids not to give up when faced with a challenge but to think creatively about overcoming it.

Math and coding are inextricably intertwined, and youngsters who code frequently gain outstanding math skills. The ability to organize, analyze, and calculate data can make math more enjoyable for them. The arithmetic abilities kids acquire can be applied to subjects such as physics and engineering.

Additionally, coding can foster computational thinking(CT) in young minds. CT is a framework for critical thinking that enables problems to be easily discovered and deconstructed. It also encourages abstract thought and is adaptable to numerous areas.

Matic Academy is the most effective way to teach coding to children.

We specialize in teaching children STEAM - Science, Technology, Engineering, the Arts, and Mathematics - and offer the finest STEAM-related products and services. We provide numerous methods for teaching programming and coding to children. You know where to search if you wish to educate your children on how to code!