What are the benefits for children to learn to code?

Preface: There is now a kind of programming tutoring institution on the market to help children learn programming from an early age and experience the fun of programming. Many parents have signed up for programming learning training courses for their children, and want to provide some help for their children's future development.

I don't know what parents understand about programming, in the eyes, programming is what we think about and then according to certain rules into a language that computers can recognize. Nowadays, the salary of programmers is relatively high, and if parents want to train their children to become programmers, they can expose them to programming from an early age, but programming is a very boring subject. This is where the child's interest comes in.

In the process of learning programming, due to the characteristics of programming, it is necessary to have smooth logic to be able to run normally, so children learning programming can improve their logical thinking ability. <>

In the process of children's growth, parents need to spend a lot of effort to help their children improve their hands-on ability, so learning to code is a good choice. Through programming, children can design many intelligent tools, such as robot infrared sensor doors, and even compile a desired thing by themselves. In this process, children's creativity and imagination can be stimulated.

At the same time, the hands-on ability has also been improved to a certain extent. <>

In the process of learning programming, sometimes the logic is not smooth, and the programming cannot be run. Often prone to making mistakes, children can become stronger subtly, and at the same time, more patient, with a calm mind to face success and failure. When it comes to their children's education, parents need to take a long-term view.

Judging from the current national policy, it is not enough to just learn some mathematics and English, but also to allow students to master a little programming ability.

Traditional education generally focuses on the inculcation of knowledge, first putting knowledge into the head, and then slowly digesting it. Robot education emphasizes the process of acquiring knowledge, discovering and solving problems by yourself, and verifying them through practice, so as to acquire knowledge. By increasing such a practical process, children can not only acquire the final knowledge, but also exercise various comprehensive abilities.

It includes hands-on skills, spatial structure, creativity, imagination, logical thinking, language expression, teamwork, and in general, the ability to find and solve problems.

The cultivation of these abilities runs through every teaching link, for example, in the creative process of the work, the children have to design the model by themselves, which exercises the children's imagination, and the process of turning ideas into reality is a great test of the children's hands-on ability, three-dimensional thinking, and sense of space.

The programming part of the robotics course is a good way to exercise children's logical thinking, and it is also a good way to learn programming and so on.

Develop scientific literacy.

Cultivating children's scientific literacy requires not only mastering the latest scientific knowledge, but more importantly, a scientific learning method and way of thinking, and the robotics curriculum is designed based on this concept.

Whether it is the construction of the work or the writing of the program, it is a process of trial and error, just like a scientific experiment, this seemingly boring process is the most important research method of all science. Under the guidance of the teacher, the child can always master the fastest trial and error method, and finally come up with the most suitable result.

Shape children's programming thinking, cultivate children's logical thinking ability, cultivate children's abstract thinking ability, cultivate children's hands-on ability, cultivate children's ability to resist frustration.

It can help children's brain development, let children learn more knowledge, can let children learn more skills, can expand children's thinking ability, and can promote children's brain development.

Benefits: By learning children's programming, children can improve their comprehensive abilities, such as programming ability, comprehensive subject ability, logical thinking ability, future workplace competitiveness and leadership.

Disadvantage: At this stage before junior high school, children's imagination is dominant, and visual thinking is relatively strong. Learning computer programming is a kind of logical thinking, which requires some abstract ability and some mathematical knowledge as a foundation.

But it must be clear that letting children learn programming is to learn thinking logic, not to let children write**.

Programming learning can stimulate teenagers' interest in learning: the new programming classroom is not to teach students how to code, how to arrange, but in the form of entertaining and educational plays, so that students can learn basic programming knowledge, and can be easily applied in the form of games. Students can experience the fun of games while learning, and will not give up halfway because they feel that the theory is boring, which greatly stimulates students' interest in learning and provides them with a more interesting way of learning.

In the digital age, schools need to be rebooked to continue to develop the knowledge, skills, attitudes and values necessary for students to understand and participate in public negotiations. At the same time, schools must adapt civic education as the potential influence of citizens on decision-making grows as more participatory institutional designs and more forms of digital communication are developed.

Through activities such as coding, schools can play a role in improving students' digital literacy while supporting students to develop smarter, safer internet habits. In addition, through civics education, teachers can encourage students to engage in rational discussions while enhancing their own digital confidence, motivation and skills.

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