The Art of Science Learning (AoSL), a National Science Foundation (NSF)-funded initiative, spearheaded by its Principal Investigator, Harvey Seifter, has released its newest report, titled The Impact of Arts-Based Innovation Training on the Creative Thinking Skills, Collaborative Behaviors and Innovation Outcomes of Adolescents and Adults.
The report was written by Audience Viewpoints Consulting, the independent research firm AoSL retained to conduct the study. The effort compared the impacts and outcomes of arts-based innovation training with more traditional innovation training that does not incorporate the arts.
“With this research, we now have clear evidence that arts-based learning sparks creativity, collaboration, emotionally intelligent behavior and innovation in both adolescents and adults,” Seifter said. “The implications for 21st Century learning and workforce development are profound.”
Working with Worcester, MA high school students and early career STEM (Science, Technology, Engineering and Math) professionals from San Diego, the results were compiled through a series of experimental studies testing AoSL’s hypothesis: that integrating the arts into STEM innovation training results in enhanced individual creative thinking skills, increased collaborative behaviors, and more robust team innovation outcomes.
The research yielded compelling results; a strong causal relationship does indeed exist between arts-based learning and improved creative thinking skills and innovation outcomes in adolescents, and between arts-based learning and increased emotionally intelligent and collaborative behavior in adults.
The study divided participants into control and treatment groups. Both groups used a hands-on project based approach to learning innovation. The treatment curriculum replaced 9 hours of the traditional innovation pedagogy used in the control curriculum with 9 hours of arts-based activities designed to achieve the same learning objectives. The study lasted five weeks.
“Our research provides quantitative evidence that validates what artists, inventors, scientists, technologists, educators, entrepreneurs and humanists have known for thousands of years,” Seifter said: “discovery and innovation happen at the intersection of art, science and learning.”
The research demonstrates that arts-based learning directly strengthens many key 21st Century learning and workforce skills, a finding with numerous immediate and longer-term practical applications for K-12 and post-secondary education, informal learning and workforce development.
The data strongly suggests that arts-based learning can help STEM companies to spark high performance innovation teams among a new generation of professionals, and that schools, museums and science centers can create environments that foster creativity, collaboration, innovation and engagement by integrating the arts into STEM learning.
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