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Presenter:
Dr. Maia Popova
University of North Carolina at Greensboro
Abstract:
Symmetry is a fundamental concept in inorganic chemistry, playing a key role in understanding how molecules behave and interact. However, we know surprisingly little about how it is taught or what influences instructors' choices in covering symmetry. To explore this, we observed 14 inorganic chemistry instructors from various institutions, analyzing their teaching practices and how they balance fundamental symmetry concepts with real-world applications. Our research identified four teaching profiles, ranging from highly student-centered approaches, where group work dominates, to more traditional lecture-based formats. We also found that instructors emphasize different aspects of symmetry, with some focusing mainly on basic principles like symmetry elements, operations, and point groups, while others balance these fundamentals with broader chemistry applications. Interviews with these instructors gave us insights into why they make these teaching choices. These findings highlight distinct instructional approaches to teaching symmetry, offering insights into how different teaching practices and content emphasis could potentially impact student learning.
Bio:
Dr. Maia Popova is an Associate Professor at the University of North Carolina at Greensboro. Research in the Popova Group focuses on three main areas: (1) investigating and developing chemistry students’ representational competence, (2) characterizing chemistry faculty pedagogical reasoning and practices to advance faculty professional development, and (3) advancing diversity, equity, inclusion, and access in chemistry education. For more details, feel free to visit our website: chem.uncg.edu/popova/
Hosted by: Dr. Laura Van Dorn/ Amy Graham