Zoie Bunch on stage with Dr. Popova and Dr. Cech at graduation

Dr. Zoie Bunch earned her PhD degree!

It’s been an absolute joy to watch Zoie grow into the incredible scholar she is today. We wish Zoie all the best in the next exciting chapter of her life!

Austin Cook with his winning poster

Austin Cook Presented a Winning Poster!

Big congratulations to our post-bacc student, Austin Cook, who presented two posters in Spring 2025 and took home 3rd place at the 23rd Annual Poster Vendor Night, Joint School of Nanoscience and Nanoengineering (JSNN)! We’re so proud of his hard work, curiosity, and commitment to research. Way to go, Austin!

illustration representing chemistry in education

Popova, Bhaskar, and von Dohlen won the 2025 Internal Research Award!

PI Maia Popova, her graduate student, Roshni G. Bhaskar, and co-PI David von Dohlen won internal funding to develop an intervention to support organic chemistry student representational competence and reasoning with multiple representations. While much research has been done on representational competence, there remains a pressing need for practical tools… Continue reading…

Maia gave a seminar at the University of Arizona about inorganic chemistry instructors’ teaching of symmetry!

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… Continue reading…

We published a CERP paper about the design and evaluation of our organic chemistry representational competence assessment (ORCA)!

https://pubs.rsc.org/en/content/articlepdf/2024/RP/D3RP00188A This paper describes the design and evaluation of the Organic chemistry Representational Competence Assessment (ORCA). Grounded in Kozma and Russell’s representational competence framework, the ORCA measures the learner’s ability to interpret, translate, and use six commonly used representations of molecular structure (condensed structures, Lewis structures, skeletal structures, wedge-dash diagrams,… Continue reading…