STEM (science, technology, engineering, and math) has become a major focus for today’s schools. To build on this, educators and professionals have been proposing to add ‘arts’ into the mix, changing the acronym to STEAM. It can be a controversial topic, but we think it is worth further review to see how they both measure up.
A Little on STEM
Dr. Judith Ramaley, former president of Winona State University, launched what we now know as STEM-centered education. As she was developing the curricula for the National Science Foundation in 2001, she wrote that it was “impossible to … compete in an increasingly global economy without knowledge of science and the ability to apply it.” She also remarked science was key to making wise personal decisions and exercising good citizenship. It grew to be one of the most popular approaches still in use today.
Enter STEAM
What good is a STEM education that relies almost entirely on objective materials without a subjective education to support it? A recent study by the National Endowment of the Arts focused on just that. The report laid out four key findings, among others:
- Students who focused on arts were 29% more likely to apply to a postsecondary institution than were students who did not.
- Art students were just as likely to pursue majors in STEM than their non-art focused peers. Even though they dedicated a large portion of their education to the arts, they still pursued STEM in the end.
- Art students were more likely to participate in the college admissions process than their peers.
- The study found no outcome in which art students were disadvantaged, compared to the students not in the arts in that they had similar rates in being admitted to selective colleges, pursued STEM degrees, earned bachelor degrees, and even graduate degrees.
Other Benefits of STEAM
STEAM emphasizes a creative way of learning through projects that engage and inspire students, especially for younger ones, female students, and students of color. STEAM also encourages the two main paths in higher education: science and arts (which are not separate, but rather used to build on each other). Even the most rigid of STEM students can and do often have a passion for subjects such as painting, dance, drama, and digital media – all of which can have a STEM component. The STEM movement may have filled student schedules with more math and science courses. Unfortunately, it has also filled them with ‘teaching to the test’, which can take up hours of a single student’s day.
How to Integrate STEAM
The arts should be included if we really want to make STEM work. The STEM professionals of today must also be well-rounded thinkers as well as skilled communicators – both verbal and written. Innovators in STEM need to be able to present their work, theories, publications, and experiments in the best light possible, which is impossible without a background in arts. True success in STEAM success will come when our larger educational policies adjust for opportunities to study all curriculum. This includes reevaluating our testing and grading practices.
National STEM/STEAM Day
Did you know there is a special day to celebrate both? November 8th is the day meant to inspire kids of all ages into exploring their interests in science, tech, engineering, math, and the arts. The day is inspired by the Project Mc² brand and created by MGA Entertainment. To learn more about this amazing day, click here and follow #PumpTalk & #STEMDay19 for interesting factoids we will be sharing throughout the day.
Sources:
https://nationaldaycalendar.com/national-stemsteam-day-november-8/
http://www.teachhub.com/stem-vs-steam-what-is-better
https://soeonline.american.edu/blog/stem-vs-steam
https://education.cu-portland.edu/blog/leaders-link/importance-of-arts-in-steam-education/
Additionally, check out: https://smartparentadvice.com/stem-vs-steam/
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