[Summer vacation that expands the world - Blocks that develop interest and a spirit of challenge] This is an experiment kit that allows you to deepen your understanding by actually building and operating it while learning about the mechanisms of science. You can have fun creating models by combining block parts while looking at the illustrated assembly diagram. This is a toy that allows you to thoroughly learn about the theme of Newtonian mechanics by making 8 different models. By using the included workbook, you can obtain a series of knowledge and guidelines for experiments, including the principles and usage of the science and technology, how to conduct experiments, and how to write experiment reports. This toy uses the STEAM education approach, a next-generation educational method that combines the five fields of science, technology, engineering, art, and mathematics. Learn manufacturing skills such as scientific thinking and creativity while making your own.
[Engino DISCOVERING STEM Series Newtonian Mechanics] Engino's ``DISCOVERING STEM Series'' is a building block experiment kit that is equipped with a mechanism that will further stir up the inquisitive spirit of intellectually curious children and get them immersed. By learning the history and stories about each theme, actually building and experimenting with them yourself, you can learn about the principles and mechanisms of science, and take quizzes to check if your knowledge is solidified. When you understand the principles of nature and science and connect the dots, the world that you took for granted every day will look drastically different. Please come and experience that "I see! That's right!"
[Remodeled into 8 shapes] There are 8 types of models that can be made: ``ballistic catapult'', ``balloon-powered airplane'', ``collision vehicle'', ``dragster'', ``Galileo's experimental slope'', ``gravity fan'', ``mobile cabin'', and ``pendulum''. 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 8 types of models, so you can enjoy it for a long time with one kit.
[The mystery of invisible "energy"...? ] Do you know Newton's laws of motion? This is the basics of physics published a long time ago. By actually building a model and conducting experiments, you can understand how invisible energy works in everyday life, such as "inertia," "momentum," "kinetic energy," and "potential energy," which you could only understand in an abstract manner. The understanding changes. For example, try making a fan that is powered by gravity and experiencing how potential energy is converted to kinetic energy and the relationship between gravity and speed. By actually making, touching, and thinking about various "why things are the way they are" with this kit, 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.
