Abstract

As the focus on computer science in K-12 classrooms grows, the 'Hour of Code' program has also grown. As Hour of Code is one of the largest educational campaigns, it is worth evaluation to ensure effects are well understood so that implementation can be made most effective. This research sought to better understand the impact of Hour of Code. This thesis presents findings from a systematic review and from a quasi-experimental study. A large number of research articles have been published on Hour of Code. Systematic review identified 64 papers including reports from experiments testing the efficacy of Hour of Code, analysis of learner behavior, reports of participation and suggestions for facilitating. Analysis of these articles provided detail into the known impact of Hour of Code and available resources. However, many questions remain and are outlined in the review. One such remaining question includes questions about the impact specifically on K-12 students. The quasi-experimental study reports findings from computer science education research with over 1000 7th-grade students who engaged in HOC activities. Students' interest and perceptions of CS were collected before and after completing HOC activities. Statistical analysis provided mixed results with some positive and some negative shifts but overall limited effect size.

Degree

College and Department

Ira A. Fulton College of Engineering; Technology

Rights

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