5 Attributes to learn from LEGO toys about Structural Engineering

Introduction

Every person adult or a school going kid or a toddler has a set of toys. Some of them, such as dolls or remote control cars or soft toys, serve entertainment without inducing any thought process in the child’s mind. The mind of a child is developing at a very rapid pace as he/she is growing. They have an immaculate grasping power that enables them to learn quickly and enhances their ability to question them.

There are several ways to refine this skill and introduce your child to different science concepts or similar. One of them is through the LEGO construction set. It consists of a Lego Light Brick and other different LEGO parts to develop structures, and one can teach their child the basics of structural engineering. Allowing them to play with these toys will help to imbibe the roots of creativity in your child. Even adults who fancy innovation and want to have their hands on structural engineering can buy themselves a set.

Five Features To Learn About Structural Engineering From LEGO

Playing with the Lego set can boost your mind when you start thinking about ways to build a properly balanced structure, be it bridges, cars, buildings, etc. As structural engineering is all about technicalities and science, here are five attributes that you can learn by starting to build your Lego model:

  1. Stable and sturdy foundation: If any structure’s base is not strong enough to erect a building or bridge on top of it, it is likely to collapse. One must place the Lego Accessaries and the bricks to make a strong foundation for the building. It is one of the most crucial lessons in structural engineering.
  2. Balancing of load: Once the base is well-equipped to hold the structure, it is necessary to equalize the model’s freightage according to the strength of the foundation. You might have observed how a Lego building topples when you stack large Lego Light Brick.
  3. Thinking about scaling: While designing the building structure, a structural engineer often needs to focus on the length and height of the model as it helps in deciding the materials and their tensile strength to build a bridge, building, or a car that does not collapse.
  4. Tension and compression: When there exists a load within a structure, it leads to tensity and compression in its components. If it exceeds after a limit, it can cause it to collapse as the trusses cannot handle the burden. It is of prime importance for bridges. You must consider this while suspending any material in your Lego construction.
  5. Learning to brace the structure: While building a Lego model, you can use braces to reinforce the strength of the building or house to prevent it from toppling over. It helps especially when you are developing a village from the Lighting construction toys of Lego.

Conclusion

You can thus see how learning to build Lego models can help to have insights about structural engineering. It is a definite way to spark creativity and innovation.

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