Eunkyoung Lee

Papers

Total Citations

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About

Eunkyoung Lee is a pioneering researcher in educational technology, with a focused expertise in robot programming learning and its cognitive impacts on students. Her work centers on how structured programming curricula, particularly those grounded in the Four-Component Instructional Design (4CID) model, can enhance problem-solving abilities and learner engagement. In her seminal 2007 study, "The Effect of a Robot Programming Learning on Problem Solving Ability," Lee demonstrated that hands-on robotics tasks significantly improve students' analytical and logical reasoning skills, laying foundational groundwork for integrating coding into K-12 education. Building on this, her 2008 paper, "The Effects of 4CID Model based Robot Programming Learning on Learners' Flow Level," explored the psychological dimensions of learning, showing that well-designed robotics activities foster deep concentration and intrinsic motivation. Though her citation counts (5 and 4 respectively) reflect a niche but dedicated audience, Lee’s contributions are notable for bridging instructional design theory with practical robotics applications. Her research remains a touchstone for educators seeking evidence-based methods to cultivate computational thinking and sustained student engagement through interactive, problem-based learning environments.