Education is always a hot topic, after all, what kind of education should we give to our children? However, in a constantly developing world, there are four disciplines which have proven to be the most vital, and yet have been somewhat neglected. That’s not to say that other subjects and majors are any less important, but that there is a significant demand for STEM subjects. STEM are the topics of science, technology, engineering, and mathematics. However, the application of STEM actually teaches these four as interdisciplinary, with an applied, practical approach. Why is it so important?
What makes it so important?
Many experts within those fields feel as if the focus on these subjects, and specifically the idea of STEM education, on the whole, are wholly unrepresented. The projection for 2019 was that there was a desperate need, with an estimated requirement for around 8.65 million workers within these fields. It just seems as if people aren’t interested in or pursuing these disciplines as much as countries or states require. Live Science reports that the creation and development of cloud computing have already created at least 1.7 million jobs, with 71 percent of STEM jobs dedicated to the field of computing.
They don’t always need a degree
A common misnomer is that people believe you require a higher education or college degree to enter a STEM-related job. However, reports suggest that less than half of these roles and fields require a bachelor’s degree in order to get the job. However, having a degree does increase your salary prospects, which is always a bonus to anyone who does wish to become more proficient before going hands-on. Of course, if the idea of going to college is the main deterrent, then it comes as good news that it’s not necessary!
Statistics are worrying
The statistics have been jarring scientists and people within STEM-related fields as they have identified a massive shortfall in people required to make up the numbers. Germany along was said to have a shortage of 210,000 workers, according to Live Science, all of which are in the fields of computer science, mathematics, technology, and natural science. Not to mention that the UK reportedly requires at least 100,000 STEM graduates each year just to meet with the country’s demand. So it’s not just an issue exclusive to the United States.
STEM education focuses on real-world application
While education syllabus and methods of learning have been developed over many years, STEM learning has a real-world approach that directly relates learning to practical, everyday application. In many students’ views, this is contrary and more informative to sitting in a classroom rote memorizing the periodic table. That’s not to say that traditional methods are out the window, but that the blended learning educational structure makes it easier for students to relate to their lives outside of the classroom. This also helps make it more interesting for students.
STEM also aims to include underrepresented people in the field. Attracting people from all kinds of demographics is the idea, and maintaining an active scheme of inclusivity. It aims to start at a young age, in elementary school and makes its way all the way to high school in the hopes of inspiring students to take up a STEM career. Due to the demand, many STEM careers are offering brilliant pay packets, funding, and perks.