Robot education refers to stimulating students' interest in learning and cultivating their comprehensive ability through the design, assembly, programming and operation of robots. Technology combines many advanced technologies, such as mechanical principle, electronic sensor, computer software and hardware, artificial intelligence and so on, which bears a new mission for the cultivation of students' ability and quality.

Second, the essence:

Robot education is not only to teach children robot technology, programming technology and knowledge of various disciplines, but more importantly, to stimulate children's interest in insight into things and cultivate their awareness of invention and innovation and practical ability through robots as teaching carriers. Robot education is a kind of education at first, and robots are just tools to achieve educational goals.

Robot education can cultivate children's abilities in many aspects, such as defining and solving problems; Ability to collect and apply information; Hands-on ability; Teamwork ability; Expression ability; Critical thinking; Keep curiosity and imagination, etc. These are the abilities needed for future competition.

Third, the way of robot education:

There are two kinds, one is 4C teaching method, and the other is PBL teaching method.

First of all, understand the commonly used 4C teaching methods: contact method, construction method, reflection method and continuation method. It takes advantage of students' natural ability to construct and explore causality and their talent to explore in solving problems as an ideal way to establish a cognitive world. In fact, 4C teaching method is a process of four teaching links in the teaching process.

Fourth, what is robot education?

Because robot education is different from traditional education. It is a kind of interest-based education, which will not focus on teaching as traditional education does, nor will it be taught by indoctrination. But through the design, production, competition and interaction of robots to stimulate children's interest, let children summarize the corresponding knowledge and technology through task challenges, and let children learn to think and solve problems like scientists and inventors.

In addition, many will have competitions, through actual combat confrontation, such as building robots according to the competition design situation, writing tasks for robots, and learning how to solve practical problems. , improve children's comprehensive ability.