[Summer vacation that expands the world - Blocks to develop interest and a spirit of challenge] Use the included workbook to learn about the theme of "architectural structure", and while looking at the blueprints, reproduce the architectural techniques actually used and experiment to see if they are made correctly.・You can consider it. By following these steps, this is an engineering block that allows engineers to learn the process of building bridges. You will acquire the ability to create things that go beyond just playing with blocks, allowing you to realistically challenge techniques used in the real world. When you understand the principles of nature and science and connect the dots, the world that you took for granted every day will look dramatically different. Please experience that ``I see! That's right!'' experience.
[Snap-fit structure that enables flexible design] Adopts a unique snap-fit structure that has been patented in the United States and can be assembled in 3D from any direction. In addition to the conventional installation of blocks vertically or horizontally, flexible designs such as expansion and contraction and a range of motion are possible. These blocks are specialized in engineering, allowing children to easily reproduce complex structures and make full-scale models, as well as allowing children to use their creativity to freely create things that are not in the instructions.
[Model changed to 9 shapes] There are 9 types of models that can be made: ``arch bridge'', ``drawbridge'', ``cable-stayed bridge'', ``two-story bridge'', ``house'', ``low truss bridge'', ``pyramid'', ``suspension bridge'', and ``truss bridge''. . You can check the assembly method in the guidebook that comes with this product, on the website, or the dedicated app "Engino KidCAD". You can work on various experiments with 9 types of models, so you can enjoy it for a long time with one kit.
[What is the secret hidden in the "bridge" that is used every day...? ] This kit allows you to experiment using various types of bridges. You can actually make several models and learn how bridges are designed to support weight. Do you know what type of bridges such as Tokyo's Rainbow Bridge and London's London Bridge are classified as? By actually building, touching, and thinking about ``why things are the way they are,'' such as the differences in strength and advantages/disadvantages of each bridge, you can gain deep learning that cannot be obtained through classroom lectures.
【like! fun! STEAM education starting with] Developing intellectual curiosity from ``love'' and the feeling of connecting dots gives children new awareness. You will begin to ask "why? Why?" about things you take for granted every day, and the way you see the world will become broader and deeper. This will lead to new intellectual curiosity, and you will learn the ``learning method'' needed in this day and age, which allows you to learn while having fun.
