First, expand children's spatial imagination:
There are many kinds of structural parts in science and technology education, which can form various simple and complex mechanical structures, which exist in a large number in life. When children are studying, building these structures by themselves can not only help children understand a lot of structural knowledge, cultivate their sense of space, but also greatly improve their spatial imagination.
Second, cultivate children's logical thinking ability:
A very important point in the research of science and technology education is logical programming (or programming thinking). This kind of logical thinking ability is very important for children's intellectual development, and it is the most important ability training in science and technology education and learning. Logical programming is not all kinds of incomprehensible codes, but a vivid graphical interface, which makes it easier to train children's logical thinking.
Third, cultivate children's practical ability:
Constructive learning is an important way to strengthen the cultivation of practical ability and develop children's intelligence. The study of science and technology education is a process of self-construction, programming, debugging, operation and operation. The cultivation of children's practical ability is more comprehensive, richer and more interesting than other ways, which is deeply loved by children and is one of the best ways to cultivate children's practical ability.
The definition and significance of science and technology education;
I. Definition:
Science and technology education: also known as STEM education, through the design of curriculum activities centered on students' active exploration, the software and hardware platforms widely used in the industry are introduced to participate in engineering challenge competitions.
Stimulate children's interest in science and technology, help children to widely contact with scientific and technological knowledge, master the use of common engineering tools, train engineering thinking, and cultivate children's ability to accept engineering challenges, actively learn and comprehensively use knowledge to solve problems.
Second, the significance:
Teenagers shoulder the historical responsibility and mission of building a prosperous, strong, democratic, civilized and harmonious socialist modern country. Teenagers are the future of the country, the builders and successors of the socialist cause, and the representatives of the country's future advanced productive forces and advanced culture.
"Youth's wisdom is the wisdom of the country. Young people are rich, young people are strong, the country is strong, young people are independent, young people are free, the country is free, young people are progressive, young people are better than Europe, and young people are better than the earth. "