The childhoods of today's children are notably different from those of earlier generations.

Naturally, children of the 21st century are nurtured by supportive parents and family members and are also vulnerable to the affects of complicated socio-economic and cultural aspects of their day, just like Baby Boomers or other generations before them.

However, the influence on children today's social and cognitive development as well as learning preferences has been nearly quantum.

Yes, technology, as you would have suspected.

Today's children, who were born in the internet and hyperconnectivity era, are digital natives with an amazing capacity to learn new technologies quickly and fluently.

Parents may find some of this unsettling, but it's important for everyone to realize that technology is here to stay and that it also has a lot of benefits.

One may also contend that learning how to code is the best approach to gain an advantage in the world of the future because it will be crucial to comprehend the language of technology.

There are several benefits to teaching children computer programming, in addition to the obvious one of equipping them with skills they can use in the future.

In this essay, I'll go through a number of key justifications for why teaching computer programming is now imperative, as well as offer some tips on how to get your kids started.

Giving your children the opportunity to learn about coding can be quite rewarding for them. There are many well-argumented benefits we may address, from cognitive development and priceless skill training to creative expression and wise investment in the future.

Just a quick rundown of a few of the most crucial:

Early in the 1980s, researchers discovered a link between studying computer programming and cognitive growth. One of the pioneers in the field of children's coding and cognitive development was MIT mathematician Seymour Papert, one of the creators of the programming language LOGO.

Children who participate in high-quality computer programming education, in Papert's view, engage in "Piagetian learning," often known as "learning without being taught." He suggested that computer programming creates a setting where previously abstract concepts that were too difficult for children to understand can become more clear and tangible. In addition, learning to code teaches children how to think rather than what to think.

Kids who are learning to code rapidly grasp that it is best to divide an issue down into smaller components in order to solve it. Computational thinking is a strategy that works well for solving any other kind of issue in the real world.

Although Papert's results were contested at the time (primarily due to the small size of the research sample), more recent research has demonstrated that coding can positively influence children's cognitive growth, particularly when it comes to metacognitive skills, operational competence, self-awareness, and even divergent thinking.

Kids who learn computer programming gain abilities that are immediately useful on the job market and can be applied across a variety of industries because we live in a time of constant digital revolution.

The U.S. Bureau of Labour Statistics' study on STEM jobs indicates that the future is incredibly bright for developers, programmers, software engineers, and computer scientists.

Over half a million new jobs in the field of computers are anticipated to be created between 2014 and 2024, a 12.5% increase in employment. The financial side is also positive: 93% of STEM jobs pay more than the average income. This implies that your children will enjoy fantastic job opportunities and a stable financial future.

Just like learning French or playing the guitar, writing code can be mentally exciting. The improvement of critical and creative thinking abilities is the key area of overlap between coding and liberal arts. Kids who learn computer programming are challenged to come up with their own solutions rather than depending on memorization of definitions or formulas as soon as they master the syntax and understand how sequences function.

For two key reasons, it is essential to have a well-rounded and age-appropriate computer programming education. First, children will gradually acquire new knowledge that will be extensive and comprehensive, giving them a firm foundation for using their own ideas and experimenting. Second, students will have the chance to develop their critical thinking, which will be a useful ability in the actual world, and maximize their potential. If they are sincere about learning computer programming, they will get the chance to create their own theories and test them against the facts, look for solutions on their own using logic and reasoning, and take pleasure in coding as a fun activity that empowers them to make decisions for themselves.

In addition to the advantages already listed, learning to code has a lesser-known psychological advantage. Specifically, after learning the fundamentals, children will experiment with other things and become accustomed to failing. They will acquire confidence and perseverance in the future if they adopt a positive attitude toward failure and see it as an essential component of learning.

After discussing some of the key advantages of teaching your children computer programming, let's move on to the best techniques to assist them in getting started.