If we asked you how to make a hydraulic crane with a syringe mechanism, how would you answer? Moreover, what would your reaction be if we told you that your young child could answer this question by making a hydraulic arm from a syringe? Children can now have a say in all kinds of STEM applications with wooden model toys played at home after STEM activities implemented in schools.
Since STEM education covers areas such as science, technology, physics, mathematics, engineering, design, innovation, circuit, electricity and assembly, it aims for children to learn while having fun with wooden children's toys produced specifically for age groups in these areas. Since the prices of wooden toys are quite affordable, they can be purchased by parents with peace of mind.
With the effect of providing hand-eye coordination, triggering analytical thinking and developing constructive and creativity skills, children not only learn how to make a hydraulic system with a syringe, but also try approaches to innovation and new inventions by learning how to make a hydraulic system with a syringe, and create objects in new shapes and models. It designs new products by trying to bring them together in different ways.
Innovative STEM Applications: Hydraulic System with Syringes
Thanks to the syringes and hydraulic system, your child will be able to understand the concepts of ratio and use ratio in problem solving, thanks to the fluid pressure test materials. Thus, after spending time with the hydraulic toy, they will be able to use ratio-proportion comparisons to solve mathematical problems based on real-world problems.
If educational wooden toy making is learned, one will be able to organize studies on how the change in the movement of objects depends on the sum of the forces on the object and the mass of the object, and will be able to easily evaluate other design solutions by noticing the systematic process on the toy hydraulic piston.
The wooden educational toys included in the wooden toy set enable children to find the appropriate design model by trial and error method; It is produced to develop new models by generating data for repeated tests of the proposed object, process or tool. In other words, with the help of this set, your young inventor will have a toy that he can have a lot of fun with, while performing the most instructive scientific activities that can be expected from his age.