Loyola High School Music Gathers STE(A)M
January 1, 2012
— art music, contemporary music, education, electronic music, literacy, media, music, music education, software, sound art, ste(a)m, stem, steven speciale, teaching
STEM, a govenment acronym for studies in Science, Technology, Engineering, and Mathmatics has gained another letter in education circles: A for Arts. I join John Maeda as a proponent of STEAM curriculum. Maeda, a former student and faculty member of MIT and current president of the Rhode Island School of Design, writes:
And so I’ve begun to wonder recently whether STEM needs something to give it some STE(A)M—an “A” for art between the engineering and the math to ground the bits and bytes in the physical world before us, to lift them up and make them human. What if America approached innovation with more than just technology? What if, just like STEM is made up of science, technology, engineering and math, we had IDEA, made of intuition, design, emotion, and art—all the things that make us humans feel, well, human? It seems to me that if we use this moment to reassess our values, putting just a bit of our humanity back into America’s innovation engines will lead to the most meaningful kind of progress. By doing so, we will find a way back to integrating thinking with making and being and feeling and living so that left- and right-brained creativity can lift our economy back into the sky.
I recently discovered that my YouTube video of Steve Reich’s Pendulum music was embedded in a Scientific American blogpost about “cyborg yeast”. Reich’s Pendulum Music is a “process piece” which combines the acoustic phenomenon of a feedback loop in conjunction with the randomness of pendulum swings to create a landscape of slowly-shifting pitches and timbres.
Even though my video is only tangentially related to Christina Agapakis’ post-topic, I believe it serves as one model of how easily the arts may be integrated into STEM topics.
I am grateful that Ms. Agapakis used our music video to illustrate a scientific concept. I think she uses it effectively. Its inclusion introduces an artform and aesthetic to students and audiences that it might otherwise not meet.
Because art so easily illustrates science concepts, I fear that general artistic misunderstanding may make this particular example a STE(A)M curriculum model by being a path of least resistance. To be pithy, I imagine well-intentioned teachers assigning crafts and not arts. Art engages the heart and mind. Students deal with metaphor and expressing ideas. Artists grapple with technique and communicating the ephemeral minus the semantics of science while simultaneous applying scientific principles.
My colleagues at Loyola High School are very open to substantive STE(A)M work letting our students get their hands dirty in both the arts and sciences. My recent Fiskabur project and our joint Physics of Music lectures are great examples of STE(A)M work.