Date of Award

Summer 7-19-2024

Degree Type

Dissertation

Degree Name

Ed.D. in Secondary and Middle Grades Education (Chemistry)

Department

Bagwell College of Education - Department of Secondary & Middle Grades Education

Committee Chair/First Advisor

Dr. Brendan Callahan

Second Advisor

Dr. Michael Dias

Third Advisor

Dr. Laurie Dias

Abstract

This case study, using phenomenography within science disciplines, examines how educators' experiences with misconceptions affect teaching methods in high school physics, chemistry, and biology. Based on constructivist and interpretive theories it highlights that personal experiences shape learning and involve continuously reconstructing knowledge. The shared misconceptions of 13 educators across science disciplines reveal how those experiences influenced both their content knowledge and instructional practices. The findings indicate that educators who openly acknowledge and learn from their past experiences with misconceptions are better equipped to recognize and address gaps in understanding, an asset to furthering student learning. This research highlights the importance of student-teacher interactions and communication in addressing misconceptions. One major implication of this study highlights the importance of fostering an open dialogue where educators can honestly share and learn from each other's experiences with misconceptions. The research suggests that those experiences are assets that enhance educators' ability to identify misconceptions, relate content from a lived experience, and empathize with student struggles.

Keywords: Claim Evidence & Reasoning, Discourse, Pedagogy, Misconceptions, Socratic Method

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