First, cultivate "curiosity"
Children's "curiosity" is innate. The cultivation of curiosity is of great benefit to the cultivation of children's character, including enthusiasm, fun, courage to try, independent thinking and critical thinking, as well as children's comprehensive abilities, including hands-on ability, exploration ability and anti-frustration ability.
Scientific and technological innovation talents are the main force to build an innovative country and enhance international competitiveness. In recent years, China has been vigorously promoting the artificial intelligence education of teenagers and the cultivation of scientific and technological talents. In order to better implement this work, we need to start with education.
Different from the traditional education mode, education emphasizes the way of thinking rather than the knowledge of a single subject. By stimulating children's curiosity to find and solve problems, it is a kind of overall training for teenagers, thus driving their curiosity and stimulating their scientific innovation. So, why do we need education? What ability can education cultivate?
Second, cultivate children's curiosity and creativity.
In the education industry, there are great differences between domestic and foreign education methods. We will find that the biggest difference between China teenagers and foreign teenagers is curiosity and creativity. For example, the pen in our hand, our way of education is to tell you that its role is to write, practice writing quickly or write articles is the most important thing!
But in western education, what is the principle of pen making that children will think of? What can it do besides writing? Then children will be curious about all kinds of questions.
Curiosity is not only a child's nature, but also curiosity and creativity. Children's curiosity about things is an urgent desire for knowledge. Only with curiosity can they think of creating something new. In the process of robotics, children's interest in robots can stimulate him to actively explore the mysteries of science and technology.
Therefore, the robot course can make children fall in love with creation, learn in creation, and learn in creation to satisfy their thirst for knowledge.
Third, build knowledge system and skills.
There is a relationship among science, technology, engineering, mathematics and art that supports, complements and develops together. STEAM education is by no means independent of any part of it. Only in interactive application and collision can we achieve deep learning and understanding learning, and can we really cultivate children's skills and understanding in all aspects.
Therefore, children create their own robot products, and in this process, they can learn various disciplines and interdisciplinary knowledge.
Fourth, whimsy: pay attention to the innovation and invention education of young people
Modern neuroscience research has confirmed that the left brain is responsible for collective thinking. It relies on logic and analysis to detect details and processes, but it lacks highly abstract connections. The right brain is responsible for divergent thinking, which is related to intuition and nonverbal thinking. It has the function of distinguishing hands-on production, physics, science, invention and objects, and can combine the fragments of information into a whole.
Learn the importance of invention and innovation.
First, the development of the times, the general trend
1, mastering scientific and technological innovation knowledge is the "passport" of the future artificial intelligence era, and the international community pays special attention to the cultivation of scientific and technological innovation talents.
2. All primary and secondary schools have carried out various scientific and technological innovation courses (including school-based courses and community courses), and invention is one of the most popular courses. Learn early and master early, and don't let your child lose at the starting line.
Second,? Assist children and improve in an all-round way.
1, cultivate children's interest in technology and innovation, help children master relevant skills and lay a good foundation.
2. It is conducive to improving children's logical thinking ability, allowing children to learn to think independently and cultivate the ability of independent learning.
3. Assist children to improve their studies, expand their multidisciplinary knowledge, lock in their favorite prestigious schools in advance, and improve their competitiveness in further studies.
4. Enhancing children's self-confidence and inventing a complete work can effectively improve children's concentration! A work created step by step by yourself can enhance children's self-confidence and make them face the setbacks they may encounter in their future study and life with greater courage.
5, promote brain development, let children solve problems more efficiently and methodically, and use all kinds of knowledge flexibly.