What is STEM Education, and Why is it Important for Kids?
Aug 04, 2021
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STEM education exposes kids to Science, Technology, Engineering and Mathematics concepts from a young age. This then ensures that your child has all the tools and information they need to succeed in whichever career they choose to pursue in the future. After all, the skills that STEM education teaches cannot be acquired any other way.STEM education is especially important because the teachings go beyond academic excellence. Exposure to these technical subjects prepares students for the job market regardless of the industry they end up venturing into. In addition, the skills they learn throughout their educational journey ensures they know how to tap into their unique interests and fast track their careers.
Since the world today is going through a technological revolution, STEM education also helps kids grow up with the knowledge they need to understand how the world works. Developers and scientists keep coming up with new innovations that your kids should be able to leverage one way or another. Simple actions like taking advantage of online academic writing services such as Assignment Geek ensure your kids have a smooth learning experience.
Besides leveraging innovations for smooth learning, students can also use the knowledge they’ve acquired from STEM education to develop advanced innovations that can benefit different sectors. Students need to learn how they can make their contributions because they’re the leaders of tomorrow. Students’ gradual contribution over time leads to a world that’s better equipped to leverage technology to improve the quality of life.
Keep reading to learn more about STEM education and why it’s essential for your child.
What is STEM?
Even if your career isn’t based in the education sector, you’ve probably heard the term STEM being mentioned in relation to education policies, workforce strategies, and curriculum choices. The acronym stands for Science, Technology, Engineering and Mathematics, which are perhaps the most technical subjects in the education sector.
STEM was first used as an official acronym at the US National Science Foundation after a meeting that was held to shed more light on the benefits of science education. The acronym later gained momentum within and outside the education sector as political leaders highlighted the important roles STEM education played in the leadership of any republic.
STEM has been established as a method of education that teaches subjects incoherence rather than in isolation. This teaching module bridges the learning gaps of traditional teaching methods by putting students at the core of the learning experience.
As a result, students become active learners who master new concepts in real-time rather than passive listeners who have to go through their notes repeatedly to grasp what the teacher was saying in class. STEM education encourages students to utilize the resources available to them to make learning seamless. For instance, students today don’t hesitate to seek the assistance of the best assignment services available to them to keep up with homework deadlines.
What’s the Difference Between STEM Education and Traditional Education?
Aside from being an acronym for different subjects, STEM is also recognized as a hybrid teaching method that integrates all the subjects it stands for. STEM was a necessary invention once educators discovered that teaching these subjects in isolation did not give students the best value because they were intertwined. Instead, it was better to teach them all simultaneously using a cohesive inter-disciplinary approach as this would guarantee more hands-on learning.
Since it’s impossible to separate these disciplines from each other, it’s only right to treat them as one unit. Naturally, they’re all integrated, so implementing the STEM teaching module was not hard. STEM education shows more promise than traditional education because subject integration leaves no room for students to be left behind in one of the disciplines. Besides, when students understand how Science, Technology, Engineering and Mathematics correlate, they have an easier time understanding concepts.
Additionally, STEM, unlike traditional teaching methods, encourages experimentation and exploration with the aim of discovering new facts. Students no longer rely on already established information because they have the resources to come up with new stipulations that are provable. This boosts critical thinking in students because they learn to form their own opinion about different concepts rather than go with what’s already written in textbooks.
Experimentation also brings about logical analysis that wasn’t emphasized in traditional education. STEM uses project-based learning approaches to ensure students acquire comprehensive knowledge. Working on projects encourages teamwork rather than individual learning, that’s quite common with traditional teaching methods.
The shift from traditional to STEM education hopes to make learning fun, relevant, fun and hands-on. Educators hope that through STEM teaching techniques, students will finally be able to apply the knowledge they acquire to solve real-life problems.
Wrapping Up
Clearly, STEM is an essential discovery that every learning institution should take seriously. Using in-depth teaching methods ensures that students have an easy time mastering even the most complex concepts in technical subjects.
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