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Shu-Hsuan Chang; Lee-Jen Yang; Ching-Huei Chen; Chun-Chao Shih; Yu Shu; Ying-Tsung Chen – Interactive Learning Environments, 2024
The purpose of this meta-analysis was to examine the overall effect and impact of moderators in the context of STEM education. This study first summarized previous meta-analysis studies on STEM education and pinpointed gaps in the current literature, such as inconsistent results and the mixed effects of moderators. It also assessed critical…
Descriptors: STEM Education, Academic Achievement, Outcomes of Education, School Location
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White, Peter; Syncox, David; Alters, Brian – Interactive Learning Environments, 2011
Using classroom response systems (clickers) to accumulate grade-points has become a controversial practice as response systems have become more widely used in the last decade. Although some instructors opt to use clickers on a non-grades basis, it has become quite common to reward students for (a) correct answers, (b) participating in clicker…
Descriptors: Constructivism (Learning), Cheating, Grades (Scholastic), Rewards
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Bronack, Stephen; Riedl, Richard; Tashner, John – Interactive Learning Environments, 2006
Web-based technologies are the medium of choice for most universities as they move their offerings off campus and online. As we continue to move our own programs online we are challenged to consider what elements of our traditional experiences to preserve online, and which ones to modify, and to recognize the impact of the tools we use on our…
Descriptors: Internet, Educational Environment, Online Courses, Constructivism (Learning)