In today’s industry that harmonizes physical, digital, and biological systems, the demand for highly-skilled workers with advanced technological skills seems to be on the rise. Although this generation is considered to be one of the most advanced in science and technology, when it comes to labor skills in this regard, there is a skill gap.
This has left many positions vacant as several workers’ skills aren’t meeting the demands and expectations of employers. This is where STEM education comes in.
To bridge the skill gap between labor and employers, educational institutions need to be knowledgeable in science, technology, engineering, and mathematics (STEM) fields in addition to the various forms of linear equations, quadratic function equations, and radical problems and answers skills. An institution skilled in this field will no doubt produce graduates with better chances for future jobs.
Unfortunately, educational institutions aren’t producing enough STEM graduates because students rarely choose this field, and the few that do, often switch majors. So, how do we prepare for future jobs, given that STEM appears to be an essential component of the employment industry’s present and future aspects?
This and much more will be discussed in this article. Let’s go.
STEM’s importance for future economic prosperity
In today’s world, there are just 10% of American STEM bachelor’s degree courses, China has 22%, and India 25%. This statistic is relatively low despite the high demand for STEM professionals.
Experts have predicted that there will be an increase in the demand for such workers as computing, engineering, and advanced manufacturing jobs will be on the rise in the near future. However, does every student need STEM skills? Let’s take a look at that. Below are three important benefits of STEM education to future jobs.
Bridging the skill-gap for future jobs
STEM jobs are no doubt the future of the economy. Experts have projected employment growth of 8.8% in 2028 in just this field. This means that before qualifying for such job opportunities, a student must have a strong STEM background. Why are STEM careers important? For simple reasons, they are high in demand and high in pay compared to regular careers.
Critical thinking and innovation skills
STEM education doesn’t only prepare students for a STEM career but also improves their problem-solving skills and logical thought processing. With these abilities, you can stand out and succeed in any field.
Project Management Skills
STEM courses are quite different from other courses, especially those related to technology and engineering. When implemented in a university, students get to handle hands-on projects preparing for the larger market. For example, building an engine, a computer program, or a simple robot is a skill that will no doubt be useful personally and in an organization.
What Can We Do To Prepare For Future Jobs?
There are numerous careers available in the world today that were unheard of several years ago. We cannot handpick the best STEM jobs for the future; however, we can equip ourselves with the necessary skills while preparing for them.
As old technologies fall away and new ones arise, STEM needs to be included in college as a course. This is the best way to prepare for the future of STEM. To prepare for future jobs, we must understand that the job outlook is shifting from the usual.
We now have jobs such as mobile app developers, data analysts, and driverless car engineers, to name a few. These fields are all under STEM and didn’t exist several years ago. This means careers are evolving quite drastically, so you can only be prepared not to be left behind.
So, how do we prepare for future jobs? Simple, by learning STEM as early as possible. Early STEM education must be developed appropriately. Preschoolers and elementary students should be provided with materials that can help them play and develop scientific thinking. STEM toys can be used in place of regular toys to encourage inquiry and experimentation, which is the basis for science.
As children mature, they should be taught to build problem-solving skills instead of memorizing textbook material. If exposed early, many students will enjoy STEM and be encouraged to explore careers in this field, even going as far as creating careers of their own.
Creativity, analytical thinking, innovation, originality, and initiative are skills sought in today’s world. Employers constantly search for these qualities, and traditional learning does not guarantee the development of such skills. The STEM curriculum, on the other hand, allows students to apply knowledge, which is no doubt a better student guide.
With the advancement of technology and the world going digital, you can never be too prepared. Participating in STEM workshops and summer programs is an excellent way to keep up with this new pace.
The future of STEM definitely will be a huge phase in economic development, so a STEM-based curriculum should be adopted in colleges and universities for students to study and have a head start.
Like in every other sector, jobs are going digital too, which is why Science, Technology, Engineering, and Mathematics (STEM) are becoming a vital part of future employment. Future jobs will likely involve a background knowledge of STEM, so this skill is best learned today.