In the current era of strong technological development, teaching coding to children is becoming increasingly important. However, how is coding for children different from a specialized IT major? In this article, let's explore the importance of children learning coding and its relationship to the field of Information Technology (IT).

What is coding for children? 

Coding for kids simply means introducing and teaching children basic concepts and skills in programming. In other words, learning coding for children is not just a subject but also a tech skill. In the era of Industry 4.0, understanding the developing technology and its significant impact on life, tech skill are gradually becoming essential for international integration and the future development of children.

As a result, programming courses for children have emerged. The majority of these programs focus on teaching children how to use technology devices, software, useful applications, or simple programming languages. Through learning coding, children can explore, create, and think in their own unique ways.

Why should children learn coding from a young age?

Learning programming from a young age brings many important benefits to children's brain development. First, learning programming helps children develop computational and logical thinking. It encourages children to investigate, analyze, and systematically solve problems. Additionally, learning programming also stimulates creativity and quick thinking in generating new ideas.

As Bill Gates once said, "Whether you want to uncover the secrets of the universe or just want to pursue a career in the 21st century, basic computer programming is an essential skill to learn." Learning programming becomes even more necessary and important in the era of Artificial Intelligence.

Benefits of children learning programming

Currently, there are various programming courses with diverse programs and learning objectives. However, when it comes to programming, the programs generally aim to stimulate children's thinking in the following ways:

• Improving computational thinking: Working with code and numbers helps children develop computational abilities.
• Enhancing logical thinking: Unlike rote learning, programming requires reading and understanding lines of code, which fosters logical thinking in children.
• Developing information analysis and problem-solving skills: Dealing with "bugs" and the task of "debugging" is a daily task when learning to code. Analyzing data and finding multiple solutions stimulates children's development of these skills.
• Teamwork: By participating in group programming projects, children learn to collaborate, share ideas, and coordinate to achieve common goals.
• Advancing technology skill: Learning programming helps children understand technology and become proficient users of technological devices.

Alongside these benefits, different courses have their own specific goals and learning content:

• Robotic curriculum helps children learn new knowledge and provides entertainment after intense study hours with robots.
• Advanced programming curriculum targets children with an interest in the IT field from an early age.
• Other curricula aim to train children in technology skill, providing them with a basic to advanced knowledge foundation in technology while developing soft skills.

How is the IT field different from coding for children?

Information Technology is a broader field than coding for kids. Besides programming, the IT field encompasses other specializations such as system administration, data analysis, cybersecurity, and many other areas.

While programming for children focuses on introducing the basics of programming and developing tech skill, the IT field offers more in-depth knowledge and requires a strong grasp of various aspects within the field. If children have a direction towards the IT field, learning coding from a young age brings many benefits. Programming knowledge provides children with a solid foundation and understanding of technology-related concepts in IT. This helps children feel confident and ready to absorb more complex knowledge in their learning and work within this field.

If children learn coding from a young age, do they need to study IT major at the higher level?

Learning programming from a young age can make it easier for children when they enter university to study IT. Depending on the curriculum, knowledge, and qualifications, they can choose a suitable major when they enter university and specialize in the field.

However, having programming knowledge from a young age does not mean that children do not need a comprehensive education and a degree in IT. University programs and degrees provide a broader and more detailed understanding of the field of study and future career opportunities.

The knowledge gained in IT at the university / college level is still crucial for developing deeper skills, knowledge, and better job prospects in this field. Pursuing a degree in Information Technology opens up many opportunities for research, practical application, and specialization in various IT fields.

Can children start working in the IT industry when they turn 18 after learning programming as kids?

The possibility of starting work in the Information Technology field at the age of 18 depends on several factors: the program the student has studied and the knowledge they have acquired. For more specialized programs with applicable skills, students can start with an intern position in their desired field.

Alongside applying the knowledge gained to work, accumulating experience through internships, students still need to continue studying in the IT field at the college or university level. Continuing education, participating in real-world projects, and working in a professional environment will help students build a solid foundation and come closer to success in the Information Technology industry.

Without a specific IT career direction, should one still learn programming?

Even without a specific IT career direction, learning programming still brings many positive benefits. Technological skill can be applied in various fields, such as problem-solving, task automation, and critical thinking. Additionally, understanding how technology works helps individuals adapt better to the ongoing technological advancements in daily life and be more adaptable to change.

Besides developing critical thinking skills, children also develop essential soft skills through learning at Algorithmics. Algorithmics not only teaches children tech skill and programming knowledge from basics to advanced levels but also helps them maximize useful soft skills for various future professions, such as:

• Teamwork: Through technology projects, children collaborate to accomplish tasks together.
• Proactive and self-learning: Through a specialized curriculum, children are encouraged to find solutions independently or seek assistance actively.
• Presentation skill: Improved through presenting their projects to parents, teachers, and peers.
• Creativity and exploration: Children are encouraged to express their ideas freely through their projects.

Conclusion

Teaching children coding not only helps them develop computational and creative thinking but also opens up numerous opportunities in the Information Technology field. Introducing children to programming at an early age is an investment in their future, enabling them to understand technology and develop essential skills. With parental guidance and encouragement, introducing programming to children is a valuable skill that can bring significant benefits to their future.