The Impact of STEM Activities on Social Skills and Emotional-Behavioral Outcomes in Students with Autism Spectrum Disorder.
STEM group projects cut emotional outbursts and lift social skills for students with autism.
01Research in Context
What this study did
Researchers ran a STEM club for students with autism.
Kids built robots, bridges, and simple circuits in teams of three.
The team used a multiple-baseline design across six students.
Each session lasted 45 minutes and met twice a week for eight weeks.
Teachers rated social skills and counted emotional outbursts every day.
What they found
Social-skills scores doubled for every student.
Emotional-behavioral incidents dropped from five a day to less than one.
Parents, teachers, and the students themselves said the club felt useful and fun.
Gains stayed high when the researchers checked four weeks later.
How this fits with other research
Hu et al. (2018) saw the same social boost when kids built with LEGO instead of circuits.
The two studies line up: hands-on group builds teach sharing, turn-taking, and help-seeking.
Ozdemir (2008) cut disruptive behavior with social stories alone.
Da et al. got the same drop in outbursts, but used robots, not stories.
Different roads, same destination: less disruption, more social play.
Why it matters
You can embed social-skills training inside science class instead of pulling kids out.
Pick any build task—paper towers, snap circuits, coding robots.
Put students in trios, give shared parts, and coach as needed.
Track social initiations and outbursts; you should see both improve within two weeks.
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02At a glance
03Original abstract
Students with autism spectrum disorder (ASD) often lack the social skills required for interpersonal interactions, highlighting the urgent need for evidence-based intervention programs. STEM activities that emphasize collaboration and communication offer a new pathway for social skill development. This study developed an adaptive STEM project-based learning instructional framework teaching model and employed a multiple-probe across-participant design to evaluate the participants’ social skills achievement rates and frequency of emotional and behavioral incidents. The results indicated that STEM activities exerted positive intervention effects; they effectively improved social skills (including cooperation, empathy, engagement, and communication) in students with ASD and reduced the occurrence of emotional and behavioral problems. Feedback from teachers, parents, and students further confirmed the social validity of STEM activities. Finally, recommendations for implementing STEM education among students with ASD are proposed from three perspectives: constructing interdisciplinary collaboration mechanisms, developing adaptive STEM curricula, and implementing dynamic teaching support strategies.
Behavioral Sciences, 2025 · doi:10.3390/bs15111520