Publication | Open Access
Full STEAM Ahead: The Benefits of Integrating the Arts Into STEM
378
Citations
2
References
2013
Year
EducationStem Teacher DevelopmentVisual ArtsHigher Education TeachingSocial SciencesInclusive Steam EducationStem EducationCreative ThinkingArts In EducationArt EducationSteam EducationStem InterestInnovative EducationCareer EnhancementSecondary Stem EducationHigher EducationArts Into StemContemporary ArtSecondary EducationFull Steam AheadArts-based ResearchArtsTraditional Stem
Interest in integrating arts into STEM is rising as educators and policymakers recognize that combining convergent STEM skills with divergent artistic skills can better prepare students for global competitiveness amid a rapidly expanding STEM job market and a shortage of qualified high‑tech workers. The author aims to outline a major STEM initiative, justify arts integration, discuss objective assessment, evaluate literacy opportunities, provide practical examples, and challenge the audience to adopt a full STEAM approach. The author, an art educator with STEM interests, will deliver a summary of STEM initiatives, rationalize arts integration, discuss assessment methods, evaluate literacy opportunities, and present practice examples. A Partnership for a New American Economy study shows that only 4.4% of American undergraduates enroll in STEM programs, revealing a significant lack of interest and a looming shortage of qualified high‑tech workers.
There is growing interest amongst forward looking public officials, educators, and professionals in enhancing the education platform to better prepare students for both analytical and creative thinking. Traditional STEM (Science, Technology, Engineering, Mathematics) degrees focus on convergent skills whereas art degrees focus on divergent skills. Having the ability to execute both at scale can better position our nation for global competitiveness. A study by the Partnership for a New American Economy, called “Not Coming to America,” demonstrates the lacking interest of STEM in undergraduates throughout American born citizens. With a STEM job market increasing three times faster than the rest of the economy, and only 4.4% of American undergraduates enrolled in STEM programs, there is a huge shortage of qualified high-tech workers. Education must foster not only problem solving skills but also problem seeking skills all while maintaining the interest of the students. The author, an art educator with STEM interest, will summarize the major initiative in STEM, rationalize the value of arts integration, discuss objective driven assessment, evaluate literacy opportunities, provide examples of taking theory to practice, and challenge the audience to go full “STEAM” ahead.
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