Skip to main content
Portrait image of Zack Reed with text that reads "Graduate Student Excellence Zack Reed."

Math graduate student’s outstanding research accomplishments

Feature photo credit: Richard Poppino

Zack Reed came to OSU in 2013 from Pepperdine University, where he graduated magna cum laude. Since then, he has distinguished himself as an active student thriving in coursework, teaching, and research.

Zack’s research path began in analysis of partial differential equations under the direction of Prof. Elaine Cozzi. His Master’s expository paper covered analogies between the two-dimensional quasi-geostrophic equation (QGE) and the three-dimensional incompressible Euler equation. Since writing this paper – and, according to Prof. Cozzi, “vastly exceeding expectations” – Zack has continued to collaborate with her. Currently they are working on problems relating to the aggregation equation, a differential equation with similarities to equations arising in fluid mechanics.

Exposure to mathematics education research also piqued his interest early on, and his goals became clearer as he worked on Prof. Elise Lockwood’s NSF GAMMA (Generalization Among Multiple Mathematical Areas) grant as a GRA in 2014-15. As Zack tried to decide between real analysis or math education research for his long-term career goals, he realized he found student understanding most fascinating. He credits his work ethic to continuous, engaging research questions in the GAMMA project, and his focus to finding direction early in his graduate career: “I think deciding on a direction for my dissertation early really grounded my research experiences with a goal and purpose, which made it easier to focus and efficiently take steps towards my dissertation.” Any graduate student who has an opportunity to be a GRA, he says, should certainly take it.

Zack found merging his real analysis expertise with his interest in student cognition could yield results in his dissertation. He says of the integration: “Because I am intimately familiar with the vast applications of real analysis in mathematics, I know how important it is for students to understand certain nuances and strategies that come with understanding the field.” His dissertation project involves “very in-depth analysis of student mathematical activity that results in the creation of new theoretical perspectives.” He enjoys observing how students do mathematics – often in ways he never would – and seeing familiar concepts through fresh perspectives: “It's amazing how many times you can look at a 30 second video clip of a student's work and keep developing new perspectives and results from the mathematical activity.” His PhD advisor, Prof. Lockwood, believes Zack’s dissertation “will inform our understanding of student reasoning about topics in real analysis, and it has the potential ultimately to improve the teaching and learning of analysis.”

It’s also providing him with a lot of material for presentations and publications. To date, Zack has two journal publications (with another submitted) and a monograph chapter, 4 papers in refereed conference proceedings, and has presented two posters. He has also been a part of 9 presentations, including 3 at the Joint Mathematics Meetings.

Zack has been recognized by several groups for his extraordinary accomplishments: he received a best paper award (with Prof. Lockwood) at the 2017 Conference on RUME, a 2016 Graduate School Travel Award, and the department’s 2016-17 Graduate Student Excellence Award. But his graduate accomplishments are not finished yet. He plans to finish conducting interviews and gathering data from students this year, and he expects this will lead more results to work into his dissertation and present at conferences next year.

Zack Reed, Professor Lockwood, Stacy Brown and Tim Fukawa-Connelly holding the Best Paper Award.

Zack and Prof. Lockwood with Stacy Brown and Tim Fukawa-Connelly (part of RUME leadership), after winning Best Paper Award at RUME 2017.

His research is even paying off in other endeavors: Zack has used his research experience to inform his own teaching practices. Before switching to a research role, he had a chance to employ his passion for helping students as a GTA. He particularly enjoyed taking on his own sections of vector calculus and business calculus, which allowed him to implement closely-aligned ideas from his research – for instance, he took advantage of his own and Prof. Lockwood’s research in combinatorics when covering probability with students in MTH 245.

His ability to achieve all this with a smile has not gone unnoticed by those around him. “He has about him an infectious aura of joy whenever he is working,” says Joe Umhoefer, who joined the department the same year as Zack, “whether learning on his own, collaborating on problems, or sharing his knowledge with others.” Graduate Liaison Charles Camacho calls him “easily one of the most positive people I’ve ever met.” And Sarah Erickson, another advisee of Prof. Lockwood’s, reports: “His expertise in math education research has been very helpful; I’ve had a lot of conversations with him that have helped me think more deeply about my own research. He’s always willing to help others, and never makes you feel like he’s too busy to have a conversation.”

Zack is very grateful for the opportunities afforded him – he mentions not one accomplishment without thanking those who supported him in it. Of his advisor, Prof. Lockwood, he says: “She is very encouraging and supportive as a mentor, but also a brilliant researcher who works harder than anyone I know… Virtually all I know about how to effectively carry out research is a result of her own work ethic and mentoring.” He also acknowledges the continuous support he’s received from other graduate students and faculty in the department, calling his time in graduate school “a privilege and joy.”

See Zack’s full CV.