All participants of the second CLC summer institute

Second CLC Summer Institute in the Books!

The Chemistry Laboratory Curriculum (CLC) Innovators program successfully completed its second Summer Institute! This year’s institute refined the program by dedicating more time to developing laboratory teaching materials and engaging in deeper discussions of Johnstone’s Triangle, science and engineering practices, and inquiry. Participants received pedagogical training and hands-on lab experience… Continue reading…

Hannah Ericson

Dr. Hannah Ericson joined the group as a postdoc!

Our group is so excited to welcome Dr. Hannah Ericson! Hannah earned her Ph.D. from the Department of Genetics at the University of Georgia (UGA) under the supervision of Dr. Tessa Andrews. Her research examined STEM departments that are advancing their teaching evaluation practices, and especially the influence of the… Continue reading…

Clustered research agenda for inorganic CER. Each domain reflects a key strand of the paper’s argument: (1) Cognitive and representational processes (pink) shape how students make sense of abstract and spatially complex content; (2) Instructional and assessment design (green) mediates access to disciplinary reasoning and epistemic agency; and (3) Structural and equity considerations (blue) foreground how norms, curricula, and teaching practices position learners within systems of inclusion and exclusion. Together, these agenda items articulate a research program aimed at transforming and not just optimizing inorganic chemistry instruction.

Maia published a new paper in Comments on Inorganic Chemistry in collaboraton with SAM PAZICNI!

Pazicni, S.,* Popova, M., Making the case for inorganic chemistry education research: Insights from symmetry, Comments on Inorganic Chemistry, 1–19. https://doi.org/10.1080/02603594.2025.2523259 Chemistry Education Research has transformed how we understand and improve student learning in general and organic chemistry, but inorganic chemistry remains understudied. This gap persists even though inorganic instruction involves complex representational… Continue reading…

Reciprocal causation model between both ORCA time points and examinations with the snowball effect (black arrows

We published a new paper in JCE in collaboration with the Raker Group!

Crowder, C. J., Ward, L., Popova, M., Komperda, R., Rotich, F., Raker, J. R.*, Testing a reciprocal causation model between the Organic chemistry Representational Competence Assessment (ORCA) and academic performance in postsecondary organic chemistry. J. Chem. Educ., doi.org/10.1021/acs.jchemed.5c00169 Representations are an integral component of organic chemistry education and practice. Learning… Continue reading…