Florence R. Sullivan
Papers
12
Total Citations
629
H-Index
8
About
Florence R. Sullivan is a prominent educational researcher whose work sits at the intersection of robotics education, STEM learning, and collaborative cognition. Best known for her foundational investigations into how robotics activities cultivate scientific literacy and systems thinking, her 2008 study examining middle school students' science process skills through robotics engagement has garnered 278 citations, establishing her as a leading voice in educational robotics research. Sullivan's scholarship consistently explores how hands-on, technology-rich environments—particularly robotic construction kits—support learning across STEM disciplines, as evidenced by her widely cited 2016 systematic review (132 citations) synthesizing P–12 research in this domain. Beyond robotics, Sullivan has made meaningful contributions to understanding collaborative creativity and problem-solving, employing microgenetic analysis to trace how students develop creative solutions in real time. Her more recent work demonstrates intellectual range, incorporating natural language processing to analyze collaborative learning discourse—bridging computational methods with educational theory. She has also explored teacher beliefs and pedagogical integration of robotics technology, and examined how students' social identities, including perceptions of the "ideal science student," shape their problem-solving behaviors. Across more than 600 cumulative citations, Sullivan's research offers a richly layered portrait of learning in technology-infused, collaborative STEM environments.
Research Focus
Key Achievements
Top Papers
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- 7The Creative Nature of Robotics Activity: Design and Problem Solving12 citations · 2017
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- 9The ideal science student and problem solving4 citations · 2006
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