Why Robotics?
Key Statistics & Supporting Research on Robotics Education
Proven Academic & Cognitive Gains
A 2023 meta-analysis found moderate positive effects of educational robotics on students’ knowledge (effect size g ≈ 0.528), skills (g ≈ 0.600), and attitudes toward STEM (g ≈ 0.287), PMCSpringerOpen.
Robotics boosts young learners’ computational thinking, problem‑solving abilities, and confidence with STEM concepts, even at the preschool and elementary levels, PMCPMC
Engagement & Motivation
Studies show robotics-based activities are consistently rated as more engaging, interesting, and enjoyable than traditional instructional approaches, especially in math and logical reasoning tasks. education.purdue.edu+6ERIC+6Wikipedia+6.
Supports Social-Emotional & Executive Skills
Research into robotics (and robot‑assisted tools) for children—including versions designed for neurodivergent students—demonstrates gains in attention, emotional regulation, communication, and executive functioning. Behavioral Health News.
Broad Exposure Fosters Long-Term STEM Interest
Early exposure to engineering and robotics significantly increases teens’ interest in pursuing STEM careers. For example, in one Intel survey, 50% of teens reported interest in engineering after being exposed to real-world STEM experiences like robotics . Behavioral Health News+8wired.com+8PMC+8.
Adoption Is Rising
In 2023, the global educational robotics market was valued at about USD 1.4 billion, with projected growth to USD 2.6 billion by 2027, scoop.market.us.
Roughly 30% of US primary school teachers (Grades 1–4) report using educational robots in their instruction, highlighting its growing mainstream acceptance, scoop.market.us.
