Dissertation/Thesis Abstract

Does Augmented Reality Affect High School Students' Learning Outcomes in Chemistry?
by Renner, Jonathan Christopher, Ed.D., Grand Canyon University, 2014, 197; 3628589
Abstract (Summary)

Some teens may prefer using a self-directed, constructivist, and technologic approach to learning rather than traditional classroom instruction. If it can be demonstrated, educators may adjust their teaching methodology. The guiding research question for this study focused on how augmented reality affects high school students' learning outcomes in chemistry, as measured by a pretest and posttest methodology when ensuring that the individual outcomes were not the result of group collaboration. This study employed a quantitative, quasi-experimental study design that used a comparison and experimental group. Inferential statistical analysis was employed. The study was conducted at a high school in southwest Colorado. Eighty-nine respondents returned completed and signed consent forms, and 78 participants completed the study. Results demonstrated that augmented reality instruction caused posttest scores to significantly increase, as compared to pretest scores, but it was not as effective as traditional classroom instruction. Scores did improve under both types of instruction; therefore, more research is needed in this area. The present study was the first quantitative experiment controlling for individual learning to validate augmented reality using mobile handheld digital devices that affected individual students' learning outcomes without group collaboration. This topic was important to the field of education as it may help educators understand how students learn and it may also change the way students are taught.

Indexing (document details)
Advisor: McGill, Andrew
Commitee: Ahmed, Betty, Berman, Ronald
School: Grand Canyon University
Department: College of Doctoral Studies
School Location: United States -- Arizona
Source: DAI-A 75/11(E), Dissertation Abstracts International
Source Type: DISSERTATION
Subjects: Secondary education, Educational technology, Science education
Keywords: Augmented reality simulation, Traditional instruction
Publication Number: 3628589
ISBN: 9781321047035
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