Developing Creativity Through STEM Education

Plato once said that before we are born, our souls float in the world of ideas. There, our souls possess all the knowledge in the universe, but during the process of landing in our mortal bodies, we quickly forget almost everything. This is why, Plato claimed, discovering a new idea feels like remembering something you already knew, more often than it feels like figuring out something new. Indeed, there’s no sensation that’s more satisfying than being able to scream “Eureka!” from the top of your lungs. With Enough Creativity, this is exactly what you get through STEM education.

What Is STEM?

STEM is an academic discipline whose etymology stems (no pun intended) from the words Science, Technology, Engineering, and Mathematics. Students educated in STEM fields gain knowledge about stem careers, but they also seem to have increased test scores compared to their non-STEM counterparts. STEM jobs are usually described as the future of the global economy and are often seen as the most esteemed in today’s society.

So, seeing as how STEM is incredibly important and offers some of the most respected, best-paying jobs in the field, why not create an educational program that will help recognize the right talent for these fields. We’re of course talking about STEM education, which will not only prepare kids to assume these roles but also make them more efficient when it comes to adjustment.

Naturally, creativity, as a trait, is inseparable from STEM, but how big of a role does this feature actually have in STEM education. Let’s see how developing creativity through STEM education benefits STEM, as well as the educational model as a whole.

How Is Creativity Used in STEM?

STEM is all about thinking outside of the box. You see, your ability to come up with unique ideas and solve problems is what this is really all about. The most important thing about STEM and creativity lies in their codependence. Sure, with creative thinking, the STEM field becomes more relevant. However, kids may also be encouraged to use their creativity once they see the practical application of skills that they’ve developed.

In education, one of the simplest ways to implement the STEM curriculum is through play. By experimenting, kids will empirically adopt some of the most important scientific laws. Nurturing this creativity through experimentation tools and materials (most of which are quite inexpensive) is one of the simplest things out there.

Keep in mind that there’s also one major perk of encouraging creativity in STEM education – learning how to handle failure. Kids are quite emotional, which means that they react overwhelmingly to both success and failure. It’s important that a future innovator knows how to embrace a failed experiment and use it as a learning experience. Admitting that you were wrong is something that a lot of successful people fail to master to this date, yet, it’s incredibly important.

What Is STEM Creative Thinking?

Discovering a law of nature is like understanding a metaphor. It’s a scenario in which you’re required to make a link between two seemingly dissimilar ideas and use this connection to your own advantage. Take Sir Isaac Newton, for instance. The link between an apple falling on his head while napping under the tree and the invisible force that holds the universe together (gravity) is vague, but it’s there.

Sure, Sir Isaac Newton didn’t receive what we today consider to be stem education, but the principles he used in his work are fairly similar. Speaking about his predecessors, he often argued that he was able to see so far only because he was standing on the shoulders of giants. STEM education does its best to follow the same principle. All the methods that are proven to work are implemented into an innovative curriculum.

You should also remember that STEM creative thinking teaches young learners to use what they’ve got. Draining every molecule of value from limited resources is, sadly, probably going to be a necessity in the world of the future. This is what makes STEM education even more important.

Why Is Creativity and Innovation Important in STEM?

In STEM fields, there’s nothing more important than the ability to apply what you’ve learned. In a way, this is one of those fields in which theory is nowhere near as important as practice. So, developing creativity through STEM education is not only the most efficient way to approach this field but also the only right way to do it.

Keep in mind that the significance of creativity in STEM is recognized by potential employers, as well. Sure, the job growth rate in these fields is growing from 2% to 33% (in mathematics and statistics). However, this doesn’t mean that potential employers are not highly selective. Being able to recognize your creativity and problem-solving via your educational background and portfolio will put you at the head of any list of candidates.

Make no mistake, all STEM jobs are creative by their very nature. This is why, after getting hired, you’ll be expected to express your creativity relatively early on. Your analytical skills, as well as your problem-solving abilities, will come to the forefront, which is why STEM education helps prepare you for these situations. Overall, STEM will teach you the methodology of problem-solving rather than just giving you the result directly.

0