Before I get into this idea, here’s a little context: my very first book was about STEM in libraries, and for the past several years I’ve taught a summer graduate course on the topic. STEM—Science, Technology, Engineering, and Math—has been a big part of my professional life, not just in theory but in hands-on teaching, program design, and community projects.

Over time, I’ve embraced STEAM, the expanded version of STEM that adds the Arts into the mix. To me, the Arts are not just a decorative flourish—they’re an essential partner to science, technology, engineering, and math. They bring in creativity, storytelling, and human-centered design, making innovation more accessible and relevant.

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Recently, while teaching, one of my students wrote the STEAM subjects as a list and, perhaps unintentionally, arranged them into something like an acrostic poem that spelled TEAMS.

It was a small moment, but it stopped me in my tracks.
Because what could describe STEAM better than the very thing it relies on—teams?

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Why TEAMS Fits the STEAM Philosophy

In STEAM, the Arts don’t sit on the sidelines. They work in partnership with science, technology, engineering, and math to solve problems in innovative ways. Artists and designers shape user experiences. Storytellers bring research to life. Creative thinking helps engineers approach challenges from fresh angles.

Rearranging STEAM into TEAMS makes this partnership even more explicit:

• Technology – built with creativity at its core
• Engineering – informed by human-centered design
• Arts – integrated into every step, not added as an afterthought
• Mathematics – making patterns and possibilities visible
• Science – asking questions and exploring together

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Collaboration Is the Secret Ingredient

Think about any major breakthrough—whether it’s a medical discovery, a new sustainable energy solution, or the latest smartphone. Behind it isn’t one lone genius, but a team blending disciplines. Scientists work with designers. Engineers collaborate with artists. Mathematicians partner with technologists.

The TEAMS mindset reframes education and problem-solving:
It’s not just about learning a list of subjects—it’s about working across them with people who see the world differently than you do.

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TEAMS in Action

You don’t have to be in a lab to practice TEAMS thinking:

• At work: Bring in someone from another department to help brainstorm solutions.
• In the community: Build something together—like a neighborhood garden or public art piece—that needs both creative and technical skills.
• In education: Combine coding projects with storytelling, science lessons with visual art, or math with music composition.

When you intentionally mix these perspectives, the end result isn’t just more innovative—it’s more relevant, more inclusive, and often more impactful.

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Why This Shift Matters

STEAM has always been about partnerships between disciplines, and “TEAMS” captures that spirit in a single word. It reminds us that:

• Innovation is a group effort
• Creativity belongs in every field
• The best ideas come from blending skills and perspectives

Rearranging the letters doesn’t change the subjects—it changes the approach. And in a world where challenges are complex and interconnected, working together isn’t just nice to have—it’s essential.

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What about you? Have you been part of a TEAMS-style collaboration where science, technology, engineering, arts, and math worked hand in hand? Share your story—I’d love to hear it.