Arts Education and Academic Outcomes: 40 Years of Research

“Learning to play violin makes kids better at math.” You’ve heard some version of this claim. It shows up in fundraising materials for school orchestras, in arguments against budget cuts to arts programs, and in parenting articles promising that creativity feeds cognition.

The claim is not exactly wrong. But the version that’s not wrong is more complicated and, in some ways, more interesting than the confident causal story that gets repeated.

Forty years of research on arts education and academic outcomes shows a consistent pattern: children and adolescents who participate in arts programs show better academic performance, higher graduation rates, and stronger civic engagement than those who don’t. That correlation is real and robust. What’s not clear is that the arts caused it — and whether it matters whether the arts caused it, or whether what the arts provide is something that could be provided other ways. Those distinctions change how you think about arts education as a parent and as a policy question.

The Overclaiming Problem

The arts-in-education advocacy community has sometimes done itself a disservice by overclaiming. When music programs or visual arts programs face budget cuts, advocates produce research showing that arts students outperform non-arts students academically. The implicit argument is causal: arts instruction produces academic gains.

Ellen Winner and Lois Hetland’s 2000 meta-analysis in the Journal of Aesthetic Education looked specifically at this claim and found the evidence for causal relationships more ambiguous than advocates typically acknowledged. Reviewing experimental and quasi-experimental studies on arts integration, they found that many studies demonstrating positive academic outcomes from arts instruction failed to adequately control for selection effects — the reality that students who choose arts programs, or whose families choose arts-enriched schools, differ systematically from those who don’t. Higher socioeconomic status, more engaged parenting, higher baseline academic motivation: all of these correlate with both arts participation and academic outcomes. Without ruling these out, you can’t conclude that the arts are doing the work.

This matters not because arts education is without value — it clearly has value — but because arguments built on overstated research are fragile. When better-controlled studies produce smaller effects, it becomes easier to cut programs.

The more honest account, as Winner and Hetland argued, is that arts education produces direct benefits in arts skills and in specific cognitive dispositions (what they later called “studio thinking”) that are valuable in their own right, separate from whether they transfer to academic test scores. The benefits of arts education don’t need to be laundered through math scores to be worth defending.

What the Research Actually Says

The most comprehensive single study of arts engagement and academic outcomes is James Catterall and colleagues’ 2012 report for the National Guild for Community Arts Education (formerly NAMAC), titled The Arts and Achievement in At-Risk Youth: Findings from Four Longitudinal Studies. Using four large, nationally representative longitudinal datasets, Catterall and colleagues tracked outcomes for students with high arts engagement versus low arts engagement across childhood and into young adulthood.

The findings were substantial. Students in the top quartile of arts engagement showed:

• Higher math and reading test scores throughout elementary and middle school
• Higher rates of college enrollment and completion
• Higher rates of civic engagement (voting, volunteering, community involvement)
• Lower dropout rates in high school
• Higher rates of professional and technical employment

These differences persisted even when controlling for socioeconomic status and other background variables. The associations were strongest for students from lower-income families — the kids for whom arts access was least taken for granted and for whom arts participation might have been most distinctive.

But Catterall’s own methodology was observational. The students were not randomly assigned to arts programs. Self-selection and family factors remained as potential confounders, even with statistical controls. The study documents a real and meaningful association. It does not establish causation.

Sandra Ruppert’s 2006 report for the National Assembly of State Arts Agencies (NASAA), Critical Evidence: How the Arts Benefit Student Achievement, surveyed the research landscape and concluded that arts instruction was associated with improved critical thinking skills, stronger academic motivation, and reduced school avoidance. The mechanisms proposed included increased engagement (students who find school meaningful through arts are more likely to attend and attend cognitively), enhanced self-regulation (arts require sustained practice, error correction, and persistence), and improved social-emotional skills developed through collaborative arts activities.

Richard Deasy’s 2002 meta-analysis Critical Links: Learning in the Arts and Student Academic and Social Development, published by the Arts Education Partnership, reviewed 62 studies and found consistent positive associations between arts learning and academic outcomes. Effect sizes were moderate and varied by art form: drama and theater showed particularly strong associations with literacy and reading comprehension, music with mathematical reasoning, and visual arts with visual-spatial reasoning.

The NEA’s 2019 report on arts and social-emotional learning documented associations between arts participation and reduced anxiety, better emotional regulation, and stronger peer relationships — outcomes that themselves predict academic performance and school attachment. This positions arts education not as a direct academic booster but as an environment that supports the emotional and motivational conditions under which academic learning happens.

Art Form	Strongest Research-Supported Associations	Evidence Strength
Music (instrumental)	Mathematical reasoning, phonological awareness	Moderate (some RCT evidence)
Theater / drama	Reading comprehension, oral language, empathy	Moderate (observational + some experimental)
Visual arts	Visual-spatial reasoning, fine motor skill	Moderate (mostly observational)
Dance	Spatial reasoning, body awareness, emotional regulation	Limited
Creative writing	Literacy, perspective-taking	Moderate
Arts integration (cross-subject)	Academic engagement, motivation	Variable (depends heavily on implementation)

The music-mathematics relationship deserves specific attention because it’s the claim made most frequently and most confidently. Research by E. Glenn Schellenberg (2004, Psychological Science) — which is one of the few randomized controlled experiments in this literature — found that music lessons in a sample of Toronto children produced modest improvements in general IQ scores relative to control groups. The effect was real but small, and Schellenberg himself cautioned against overinterpretation: the music instruction was producing something, but the mechanism was unclear, and whether the gains were specifically from music versus from structured instruction with individual attention was difficult to separate.

What to Actually Do

Evaluate arts programs for their direct value, not their academic spillover claims

The most defensible position on arts education, consistent with the research, is that it produces direct benefits — arts skills, creative thinking habits, aesthetic experience, collaborative work — that are worth having independent of whether they transfer to math and reading scores.

Winner and Hetland’s subsequent work on “studio thinking” (documented in their 2007 book Studio Thinking: The Real Benefits of Visual Arts Education) identified eight cognitive dispositions that visual arts education explicitly develops: craft, engagement, persistence, expression, observation, reflection, stretch-and-explore (risk-taking), and understanding the art world. These are genuinely valuable cognitive habits. They have connections to academic and professional outcomes — but the connection runs through disposition and habit formation, not through a direct causal mechanism where drawing makes you better at algebra.

When you’re evaluating an arts program for your child — whether in school, in after-school programs, or in private instruction — the questions worth asking are:

• Is the instruction rigorous? Does the program expect students to develop genuine skill, practice to improve, and engage with the difficulty of the art form?
• Does the program support persistence? Arts that require sustained practice — instrumental music, theater rehearsal, dance technique — build habits that transfer. Arts programs that privilege product over process and avoid the struggle of developing skill may not build the same habits.
• Is your child engaged? The associations between arts participation and academic outcomes run partly through engagement and motivation. An arts program your child finds meaningful and returns to consistently is doing something important. An arts program your child tolerates is providing less.

Understand the specific evidence for music

Music instruction has the most experimental evidence behind it of any art form, which makes it worth considering specifically. Schellenberg’s RCT, while modest in effect size, showed that structured music instruction produced measurable cognitive benefits. Multiple studies have found associations between music training and phonological awareness — the sound-processing skills that underlie reading. Work by Nina Kraus at Northwestern has documented that musicians show enhanced neural processing of sound that may support language and literacy.

For parents of young children, the practical implication is that early music instruction — singing, rhythm activities, basic instrumental exploration — may have benefits for language development and phonological awareness that connect to early literacy. This is not a claim that violin lessons cause reading fluency. It’s a claim that musical engagement with sound may support the phonological processing skills that reading instruction builds on.

Prioritize arts in middle school specifically

The research on arts and outcomes for at-risk youth (Catterall et al. 2012) found the associations particularly strong for students from lower-income families and students who might otherwise disengage from school in middle school years. This is the developmental period when school attachment — students’ sense of belonging and investment in school — becomes most variable and most predictive of dropout risk.

Arts programs in middle school provide structured adult mentorship, a domain where non-academic competencies are visible and valued, and a social environment organized around creation rather than standardized performance. For a student who is academically struggling but shows genuine aptitude in music, theater, or visual arts, those programs may be the primary thread keeping them attached to school. This isn’t a trivial academic benefit — it’s the precondition for any academic benefit.

Advocate for arts access equity specifically

Catterall’s finding that arts participation advantages were strongest for students from lower-income families — combined with the well-documented pattern that arts programs are most aggressively cut in high-poverty schools and districts — points to a specific equity issue. The students who might benefit most from arts program access are disproportionately the students losing it.

If you have capacity to support arts education advocacy, the most high-impact target is access for students who would not otherwise have it. This is true both from an equity standpoint and from the research standpoint: the marginal benefit of additional arts access for a child already enrolled in private music lessons, visual arts classes, and theater is smaller than the benefit for a child with no arts access at all.

Use arts at home to build the specific habits the research supports

If your child’s school has limited arts programming, building arts habits at home is both accessible and potentially meaningful. The habits that the research connects to outcomes are specific:

Sustained practice. Choose an art form that requires regular, progressive practice — instrumental music, drawing with feedback, creative writing, theater. Structured practice toward skill development builds persistence and iterative improvement habits. A child learning to draw more accurately over months of practice is building something. A child coloring in a coloring book is not building the same thing.

Tolerance for productive failure. Arts practice requires trying, failing, and adjusting. The creative revision process — the second draft, the repeated musical phrase, the sketch that becomes something else — is a direct practice of the “engineering mindset” around failure as learning that research connects to problem-solving and academic resilience.

Observation and reflection. Looking at art carefully, listening to music attentively, watching a performance with genuine attention are habits that transfer to academic observation skills. Building a regular practice of attending to arts — visiting a museum, listening to a piece of music without doing anything else, watching a performance — develops the capacity for sustained, purposeful observation.

Be skeptical of arts “integration” as a substitute for dedicated arts instruction

Arts integration — teaching math through music, or science through visual representation — has intuitive appeal and has been implemented widely. The research on its effectiveness is mixed and implementation-dependent. When arts integration is done well, it can increase engagement with academic content and provide multiple representations of ideas. When it’s done poorly, it produces neither good arts education nor better academic learning.

Deasy’s 2002 meta-analysis found that arts integration was associated with positive outcomes but that dedicated arts instruction generally produced stronger effects than integrated approaches. If arts integration is being offered as a replacement for dedicated arts classes — as sometimes happens when schools cut arts departments and then offer “arts integration” in their place — the research suggests this is a suboptimal substitute.

Dedicated arts instruction, with arts-trained teachers and time allocated specifically to developing arts skills, is what the research on arts-specific cognitive habits (Winner and Hetland’s studio thinking model) was based on. Integration in content classrooms is an addition; it is not a replacement.

What to Watch for Over the Next 3 Months

Arts programs are among the first cut and last restored when school budgets tighten. They are also among the first restored when school engagement and attendance data make the cost visible. Watch for:

Your child’s engagement trajectory. A child who is deeply engaged in an arts program is telling you something important. Engagement in any domain — arts, sports, STEM, making — correlates with the school attachment and persistence habits that academic outcomes depend on. If arts engagement is high, protect it. If it’s absent, ask why.

Budget season conversations at your district. Most school districts finalize annual budgets in spring for the following year. Arts programs are often on the table at these conversations. If your district is discussing cuts, arts program advocates with research in hand — specifically Catterall et al.’s data on lower-income student outcomes — are more persuasive than general “arts matter” arguments.

What your child’s arts program actually teaches. The research connecting arts education to outcomes is based on rigorous arts instruction. Observe what your child is learning: Are they developing specific skills? Are they practicing? Are they being challenged? A high-quality arts program is worth defending; a program that is arts-in-name only warrants a different conversation.

Frequently Asked Questions

Does learning music make kids better at math?

The research shows a correlation between music training and mathematical reasoning that has been documented in multiple studies. Experimental evidence (Schellenberg, 2004) shows music instruction produces modest general cognitive benefits. The causal mechanism for a specific music-to-math pathway is not clearly established — the correlation may run through general cognitive engagement, practice habits, or phonological processing. The honest answer: probably yes, modestly, with caveats about what type of music instruction and for which outcomes.

Are arts students smarter, or do smarter kids choose arts?

Both factors are likely present. Catterall’s longitudinal research attempted to control for baseline differences and still found significant arts-participation associations with outcomes. But selection effects — higher-income families, more engaged parents, higher baseline academic motivation — are real confounders that observational studies can only partially address. The safe conclusion is that arts participation is associated with better outcomes, the association is not entirely explained by selection effects, but the causal share from the arts themselves versus from the type of family and environment that supports arts participation is genuinely uncertain.

Is there any randomized evidence?

Very little. Schellenberg’s 2004 RCT on music instruction in Toronto children is one of the few genuine randomized experiments in this literature. Most arts education research is observational, longitudinal, or quasi-experimental. This is partly a design challenge: randomly assigning children to years of arts education is difficult to implement. The consequence is that causal claims should be held more tentatively than the advocacy literature sometimes suggests.

Should I prioritize arts or STEM for my child?

This is a false choice that the research doesn’t support making. The cognitive habits developed through rigorous arts practice — observation, persistence, iterative improvement, reflection — are overlapping with the habits developed through engineering and STEM learning. Children who do both are developing a broader set of cognitive tools. The more useful question is: where is your child genuinely engaged and challenged, and how can you support more of that?

What about arts programs for kids with learning differences?

The research base is more limited, but there is evidence that arts programs can provide important alternative contexts for children who struggle in traditional academic settings. Theater and drama have been specifically studied in children with autism spectrum disorder, with findings suggesting benefits for social cognition and communication. Visual arts have been studied in children with ADHD. Music therapy has its own evidence base for multiple populations. For children who find traditional academic settings alienating, arts programs can maintain school engagement and provide visibility for non-academic strengths.

If arts don’t directly cause better test scores, why fund them?

Because test scores are not the only outcome worth caring about. Arts education develops aesthetic experience, cultural participation, creative expression, collaborative work, and the capacity to engage with complexity — these are valuable in their own right. Additionally, Catterall’s finding that arts participation predicts civic engagement (voting, volunteering, community involvement) into adulthood represents an outcome that arguably matters as much as academic test performance for the kind of adults children will become.

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About the author

Ricky Flores is the founder of HIWVE Makers and an electrical engineer with 15+ years of experience building consumer technology at Apple, Samsung, and Texas Instruments. He writes about how kids learn to build, think, and create in a tech-saturated world. Read more at hiwavemakers.com.

Sources

• Catterall, J. S., Dumais, S. A., & Hampden-Thompson, G. (2012). The Arts and Achievement in At-Risk Youth: Findings from Four Longitudinal Studies. National Endowment for the Arts.
• Winner, E., & Hetland, L. (2000). The arts in education: Evaluating the evidence for a causal link. Journal of Aesthetic Education, 34(3-4), 3–10.
• Winner, E., & Hetland, L. (2007). Studio Thinking: The Real Benefits of Visual Arts Education. Teachers College Press.
• Ruppert, S. S. (2006). Critical Evidence: How the Arts Benefit Student Achievement. National Assembly of State Arts Agencies.
• Deasy, R. J. (Ed.). (2002). Critical Links: Learning in the Arts and Student Academic and Social Development. Arts Education Partnership.
• National Endowment for the Arts. (2019). The Social and Emotional Benefits of Arts Education. NEA.
• Schellenberg, E. G. (2004). Music lessons enhance IQ. Psychological Science, 15(8), 511–514.
• Kraus, N., & Chandrasekaran, B. (2010). Music training for the development of auditory skills. Nature Reviews Neuroscience, 11(8), 599–605.
• Hallam, S. (2010). The power of music: Its impact on the intellectual, social and personal development of children and young people. International Journal of Music Education, 28(3), 269–289.