Literacy and Math Outcomes among Preschoolers using a Computer Assisted Learning Program Delivered on Touchscreen Computers
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This study investigates the impact of the iStartSmart computer-assisted learning program on preschoolers' literacy and math outcomes, revealing that children using the program scored significantly higher in school readiness than those who did not. Conducted across multiple classrooms, the research indicates a strong relationship between iStartSmart engagement and improved performance on standardized measures of school readiness. The findings suggest that effective educational technology can enhance essential skills necessary for children's preparation for school.
Literacy and Math Outcomes among Preschoolers using a Computer Assisted Learning Program Delivered on Touchscreen Computers
- 1. Literacy and Math Outcomes among Preschoolers using a Computer Assisted Learning Program Delivered on Touchscreen Computers Lilla Dale McManis, Ph.D., Research Director Mark H. McManis, Ph.D., Clinical Asst. Prof, Dept. of Pediatrics, University of Tennessee National Association for the Education of Young Children Annual Conference-Atlanta GA, Nov. 2012 Background. There is strong evidence that young children who participate in high-quality preschool programs enter school more ready to learn than children without this opportunity (Early Childhood Longitudinal Study, NIEER, NCRECE). Educational technology is one promising component of a high quality program to support these core foundational skills for all subsequent school-based learning (McCarrick & Li, 2007; McManis & Gunnewig, 2012). Purpose. The purpose of the current study was to investigate language/literacy and math outcomes for preschool children using computer-assisted instruction (iStartSmart) over a school year compared to children in classrooms without the iSS. iStartSmart is an educational technology system that brings research-based language/literacy and math content based to children in a scaffolded systematic manner. Delivered on an interactive touchscreen computer, there are 18 skill areas in 5 skill families that take children from emerging to completed. Children move through the levels at a rate based on demonstrating learning mastery of the content. The iSS has progress monitoring which allows teachers to see at any time how children are progressing through the levels. Methods. The results are based on 9 classrooms with the iSS All-in-One computer and 9 control classrooms without the iSS. The classrooms were in childcare centers serving substantial numbers of low-income children located in a major metropolitan area. Randomly selected children were pre- and post-tested on standardized school readiness measures with strong reliability and validity. Improvement in Standardized Test Scores 10 Difference score* 8 6 4 Control (n=70) 2 0 iSS (n=55) Standardized Test Key Findings. Children using the iSS scored statistically significantly higher than control children on standard scores and percentiles at the end of the study on both of the school readiness language/literacy and math measures. There was a significant relationship between level of achievement in the iStartSmart (Shell Squad Games) and standardized measures of preschool academic performance/school readiness. Summary. These findings provide strong initial empirical evidence that the levels in the iSS Shell Squad Games can serve as a proxy for external measures of school readiness that are standardized and have good reliability/validity. For technology to be meaningful in early education, it must provide opportunities for children to gain the essential skills that prepare them for school. The results of this outcomes-based study strongly demonstrate that the iStartSmart made a unique, statistically significant, and meaningfully significant contribution to this goal. N. Main St., Suite 101 Winston-Salem, NC 27101 ph. 800.624.7968 fax 800.410.7282 www.HatchEarlyChildhood.com