STEM is a well-known concept in education today. The four pillars of Science, Technology, Engineering, and Mathematics are revered by experts and educators alike. For a pupil’s holistic development, creativity and personalization are essential. STE(A)M is thus born. STEM learning is combined with arts. A child’s education can be enhanced through STEAM education. STEM vs STEAM has been a long-running debate.
STEM and STEAM are not new concepts in themselves. It could be described as a way to understand and integrate real-life learning. Rather than teaching math and science separately, they can be taught together in a way that shows how the knowledge from both complements and supports one another.
What is the difference between STEM and STEAM?
STEM and STEAM differ in their approach to scientific concepts. STEAM uses both hard and soft skills to solve problems, while STEM emphasizes hard skills.
To understand a STEM concept, STEAM encourages collaboration. Here is an example. By using STEAM tools such as data visualization, one can deepen their understanding of science or math. New ideas and products emerge when this out-of-the-box thinking is applied. The use of understandable formats makes it easier to understand complicated data sets. The use of understandable formats makes it easier to understand complicated data sets.
STEM and STEAM similarities
Both STEM and STEAM require integration. The disciplines in both STEM and STEAM are not taught separately; rather, the emphasis is on holistic, well-rounded teaching and learning. Both of these ways of understanding are relevant to our daily lives and work in some ways. We consider various parameters and consider the problem as a whole when solving any problem. The same can be said for STEM and STEAM.
In the real world, we require a variety of skill sets for both work and personal life. When all of these abilities are combined, the result is a skilled individual.
Why is STEAM gaining popularity?
The humanities, languages, art, and new media are all covered in the STEAM curriculum. If a person can master any of these subjects in addition to STEM, they will be well-positioned in their careers. According to a 2018 LinkedIn report, 57% of senior leaders value soft skills over hard skills.
Incorporating the letter ‘A’ into STEM education also makes learning more enjoyable and helps to keep children engaged. They are able to bring a personal touch to their studies.
STEAM only works to improve STEM rather than detract from it. It instils a greater sense of creativity in the student, preparing them for a wide range of future job opportunities.
The purpose of STEAM education
Children must learn that they do not have to be either creative or analytical—they can be both! This is exactly what STEAM learning does. It teaches young people to solve problems by using both sides of their brain.
A STEAM-based learning model can ensure better preparedness for students entering the workforce tomorrow, regardless of role or industry.