Technology Innovations in Statistics Education · 2010 · 18 citations · 42 references
EducationEducational TechnologyInstructionStatisticsStatistics EducationStudent EngagementEngagement AnalysisEngagement MeasurementLearner AnalysisLearner Behavior AnalysisLearner Engagement ModelingOnline Student EngagementClicker QuestionsClicker-based InstructionLearner EngagementLearner Engagement AnalysisLinear ModelsQuestioning BehaviorStudent Engagement AnalysisStudent Engagement Modeling
This paper describes a randomized experiment conducted in an undergraduate introductory statistics course that investigated the impact of clickers on students. Specifically, the effects of three features of clicker use on engagement and learning were explored. These features included: 1) the number of questions asked during a class period, 2) the way those questions were incorporated into the material, and 3) the grading or monitoring of clicker use. Several hierarchical linear models of both engagement and learning outcomes were fit. Based on these analyses, there was little evidence that clicker use increased students' engagement. There was some evidence, however, that clicker use improved students' learning. Increases in learning seemed to take place when the clicker questions were well incorporated into the material, particularly if the number of questions asked was low.
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<i>Peer Instruction: A User's Manual</i>
Eric Mazur, Robert C. Hilborn · Physics Today · 1997 · 1.3K citations
Prescribed Active Learning Increases Performance in Introductory Biology
Scott Freeman, Eileen O’Connor, John W. Parks et al. · CBE—Life Sciences Education · 2007 · 461 citations · Full text
Education, Biology, Instruction +14
Peer Instruction: Results from a Range of Classrooms
Adam P. Fagen, Catherine H. Crouch, Eric Mazur · The Physics Teacher · 2002 · 427 citations
Education, Instruction, Teaching +11