Ever since the STEM framework was introduced, it has become an integral part of education globally. As a result, STEAM evolved from STEM and has steadily gained popularity in education over the years. As both are designed to equip students with the skills needed for their future careers, each takes a slightly different approach. So, what are the main differences between the two?

What is STEM?

STEM stands for: Science, Technology, Engineering and Mathematics. 

While each subject can be explained simply, STEM as a whole is a collective blend of the four subjects, each taught in conjunction with one another. This cultivates innovation, critical thinking and problem solving. 

With continuous advancements in technology throughout the workplace, demand for highly skilled workers, such as AI programmers, doctors, and civil engineers, is always on the rise. To meet this need, it is important for students to become familiar with the principles of STEM, so that they are well prepared for the future.

What is STEAM?

STEAM builds on the core of STEM by adding the Arts, bringing in a variety of creative disciplines. This approach makes learning more engaging for students by tying their studies to their interests and passions. It not only boosts their learning experience but also helps them build skills needed for creative careers. Plus, it adds a layer of creative thinking to the innovative STEM mindset, which is great for technical fields that benefit from fresh, out-of-the-box ideas.

What is the Main Difference Between the STEM and STEAM?

STEM focuses on a hands-on, practical approach to complex problems. This pushes students to use their evidence-based knowledge and hard skills to come up with solutions. STEAM takes this one step further by adding a creative twist, shifting some of the focus to soft skills such as collaboration and teamwork. These skills are just as important for success in STEM and helps students become more well-rounded and gain future-ready skills for future careers.

Both approaches are invaluable and can be strengthened by tapping into student passions, like gaming. Using esports as a digital framework creates a new pathway for students from diverse backgrounds to experience STEM in an engaging way. For instance, young girls who play video games are 3.3 times more likely to explore STEM subjects, while teenagers who embrace gaming are 70% more likely to pursue STEM majors in college.

STEM and STEAM in Education

In conclusion, STEM and STEAM both play crucial roles in modern education by preparing students for future careers. While STEM emphasizes technical skills in science and mathematics, STEAM incorporates Arts to encourage creativity and collaboration. Together, they provide a comprehensive foundation that equips students for success in their future careers. If you want to take it a step further, we offer curricula aligned with both STEM and STEAM. Get your demo today! 

Frequently Asked Questions on Stem and Steam

Why is There an A in STEAM?

The A in Steam stands for “Arts.” While STEM stands for Science, Technology, Engineering, and Mathematics; STEAM stands for:  Science, Technology, Engineering, Arts and Mathematics

Why Did it Change From STEM to STEAM?

It didn’t change but expanded, as STEAM is a progression of the STEM acronym with the addition of arts. The change allows promotion of creativity and curiosity alongside technical skills.

Do the Arts Belong to STEM vs STEAM?

Arts belong on STEAM. STEAM builds on the technical focus of STEM, encouraging students to think creatively and develop a balanced set of skills. This approach blends analytical thinking with creativity, which is essential for well-rounded learning.

Is STEAM the Same as STEM?

Not exactly, but they’re pretty similar. STEAM just includes the arts to broaden the learning experience by combining technical skills with creative thinking for a more complete educational approach.