Nowadays, STEM is a widely used concept in education. The four pillars of science, technology, engineering, and mathematics are admired by professionals and educators. However, a wider perception of creativity and individuality is needed for a student's complete growth. Here comes STE(A)M. This is the inclusion of artistic knowledge to STEM education. A more well-rounded approach to a child's education can be ensured via STEAM education. STEAM is an educational approach that emphasizes Science, Technology, Engineering, the Arts, and Mathematics. In other words, it is STEM with arts programs thrown in! While it’s true that the primary between STEM and STEAM is the arts, the benefit of including the letter "A" is not immediately apparent. After all, why should you learn history or philosophy if you want to study computer engineering or robotics? It's a reasonable question, but the answer might surprise you!
What Is the Difference Between STEM and STEAM? The difference between STEM and STEAM is in how they approach scientific concepts. STEM emphasises the use of hard scientific, technological, engineering, or mathematical skills to propel progress or develop new ideas. According to The Conversation, students in STEAM curricula use both hard and soft skills to solve problems. STEAM, for example, promotes collaboration in order to comprehend a STEM concept. STEAM uses tools such as data visualisation or fine art imagery to deepen one's understanding of science, math, and technology by integrating concepts and practises from the arts. This type of unconventional thinking is what drives STEAM professionals to develop new products using 3D printers or to distil complex data sets into simple formats such as infographics. So, STEM vs. STEAM? Which Should I Study? Despite all the differences between STEM and STEAM, there is room for expansion in all sectors related to science, technology, engineering, art, and math. It is critical that students select a curriculum that takes into consideration their unique skills, professional objectives, and hobbies. If there is one thing to learn from the rise of STEAM, it is that future STEM workers should build both hard and soft skill sets in order to compete more successfully in the employment market. According to LinkedIn, developing soft skills is a major priority as projects become more complicated and technology continues to change the nature of work. In the age of technology, new curriculum focused to teaching skills like teamwork, leadership, and communication will help professionals of all stripes succeed since they are abilities that robots cannot learn, automate, or replace in humans.
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