Can the Performing Arts Boost Student Outcomes in STEM Disciplines?

Can participation in the arts really bolster scientific learning? Can dance, in particular, spark STEM success? 

Can participation in the arts really bolster scientific learning? Can dance, in particular, spark STEM success?

A recent paper from North Carolina State University suggests this might just be the case.

The authors conducted interviews and focus groups with students who took part in on-campus dance companies as undergraduates. Fifteen of the 25 subjects were STEM majors, studying in field such as applied mathematics, engineering and chemistry.

"Our core question was what drives students to participate in the arts at an institution where there are no arts majors and there is an emphasis on STEM," lead author Fay Cobb Payton, a University Faculty Scholar and professor of information systems and technology, said in a prepared statement. "We wanted to know what benefits students get from engaging in the arts when they're majoring in other disciplines."

Their findings suggest that dance helped the science students to develop strengths in critical areas such as creativity and persistence, thus bolstering their classroom outcomes.

Participants in the study said that their dance companies fostered a sense of community, gave them an outlet for self-expression and introduced them to a more diverse group of people.

Moreover, dance "made them more creative in the way they approached problem-solving in the laboratory or classroom," Payton said. "For example, the dancers said they were accustomed to working as part of a group, and felt this helped them incorporate multiple viewpoints when tackling academic challenges."

This was only a small pilot study, and the researchers have said they'd like to see larger studies with more quantitative outcomes. The goals would be to eventually develop best practices for incorporating more diverse fields of study, in order to use the arts to improve STEM outcomes.

About the Author

Based in Annapolis, MD, Adam Stone writes on education technology, government and military topics.

Featured

  • abstract networking lines with AI text on top

    WWT, NVIDIA Introduce Framework for Secure, Scalable, Responsible AI Adoption

    Technology services provider World Wide Technology and NVIDIA have jointly developed an AI security framework dubbed AI Readiness Model for Operational Resilience (ARMOR), designed to help organizations accelerate AI adoption while maintaining security, compliance, and operational resilience.

  • abstract generative AI technology

    Apple and Google Strike AI Deal to Bring Gemini Models to Siri

    Apple and Google announced they have embarked on a multiyear partnership that will put Google's Gemini models and cloud technology at the core of the next generation of Apple Foundation Models, a move that could help Apple accelerate long-promised upgrades to Siri while handing Google a high-profile distribution win on the iPhone.

  • large group of college students sitting on an academic quad

    Student Readiness: Learning to Learn

    Melissa Loble, Instructure's chief academic officer, recommends a focus on 'readiness' as a broader concept as we try to understand how to build meaningful education experiences that can form a bridge from the university to the workplace. Here, we ask Loble what readiness is and how to offer students the ability to 'learn to learn'.

  • Abstract futuristic background with blurry glowing wave and neon lines

    Microsoft Intros 'Cowork' Feature for Copilot, AI Updates

    Microsoft has announced a trio of AI updates, spanning Microsoft 365 Copilot, Security Copilot and Microsoft Foundry.