With the promotion of quality education and the implementation of the double reduction policy, more and more parents are paying more attention to new methods of cultural education. After all, no one wants their children to lose at the starting line. Some new toy stores have quietly entered our field of vision under the banner of educational toys.

　Everyone often talks about fun, but we must acknowledge that neither parents nor kindergarten/primary school teachers easily sort out the correlation between games and learning. The preface of science education mentions: "The key to early childhood education lies in arousing children's interest in research, experiencing the research process, and developing their overall research abilities." Games and learning actually share many commonalities in early childhood education, such as happiness, imagination, creativity, communication skills, executive function, and self-control. In school, children can learn through games and experience the meaning of the surrounding world.

　　But can you imagine Kai Zhi Educational Building Blocks This type of toy is the leader in the educational toy category. Kai Zhi educational building blocks not only focus on developing children's brains and cultivating their hand-eye coordination, but also aim to promote the rapid development of three aspects of early childhood education: mentality, scientific knowledge and experience, and scientific experimentation abilities. From the original Tangram to today's popular ones, they are all leading symbols of Kai Zhi educational building blocks. Research has found Kai Zhi Educational Building Blocks that it is beneficial for children's intellectual development and training of hand-eye coordination. The sorting, close connection, ring shape, and symmetry in the building blocks are all beneficial to children's intelligence. When building blocks, children must consider proportions, symmetry, and many other issues, which is beneficial to the early development of children's mathematical concepts. At the age of 1, building blocks help children understand colors; at the age of 2, they help them recognize shapes and compare sizes; at the age of 3, children's three-dimensional perception improves through play. At the age of five or six, building blocks can fully express children's thoughts, logic, and imagination. After the age of seven, more difficult and complex building blocks can further exercise their enthusiasm and self-control. Until college, building blocks will remain a beneficial learning tool for children. They can learn spatial geometry in math class using building blocks, understand chemical molecular formulas using ball-and-stick models, and electronic building blocks can help children work in electrical equipment and computer science fields in college, while the architectural design industry even more needs the three-dimensional perception brought by building blocks.