
Here I am outside Tegeler Hall on the SLU campus, officially beginning this next chapter. Standing here, with the history and tradition of the university around me, I feel both grounded and inspired. This moment captures the nervousness, excitement, and anticipation of starting my PhD program.

Seeing this Saint Louis University billboard with the words “Higher purpose. Greater good.” really resonated with me. It’s a reminder of why I chose SLU for my PhD journey—the commitment to service, justice, and creating meaningful impact aligns with my own values and goals in social work.

Walking into the School of Social Work at SLU made everything feel real. The bold blue wall and program names remind me of the depth of scholarship and practice I’m stepping into. It’s both humbling and energizing to know that this is where my doctoral studies begin.

A required 3‑credit course designed to equip social work PhD students with the knowledge and skills to engage in effective descriptive, explanatory, and intervention research. The course accentuates the application of optimal methodologies and measurement techniques vis-a-vis a particular research question or study objectives. It focuses on conceptualizing and designing a research project culminating in a research proposal.

This required 3‑credit course is the second of two required courses on quantitative analyses for doctoral students at the School of Social Work. The course is designed to equip students with the knowledge and skills to apply linear regression to empirical social work research. In the course students will learn the concepts of regression, simple regression, multivariate regression, regression diagnostics, and the goodness of fit. The course also involves categorical predictors, transformation of variables, collinearity, variable selection, and generalized linear models

This graduate-level course introduces applied regression analysis as a core tool for examining social, educational, psychological, and developmental phenomena using sample data to draw population-level inferences. Students learn to model and interpret relationships among multiple variables, evaluate competing explanations, and assess the limits of statistical inference in real-world research contexts. Emphasis is placed on using regression to answer substantive research questions, critically evaluating published studies, and clearly communicating findings through written narratives, tables, and figures for scholarly audiences. The course prioritizes practical data analysis using Stata or comparable statistical software and assumes prior completion of an introductory statistics course, with instruction focused on application and interpretation rather than theoretical derivation.

A required 3‑credit doctoral course aimed at equipping social work PhD students with the capacity to develop and synthesize theory. The curriculum explores major historical currents in the philosophy of science that underpin contemporary scientific research and highlights emerging, transdisciplinary scientific ideas. Students complete a culminating theoretical synthesis paper intended for peer‑reviewed publication.

This required 3‑credit doctoral‑level course introduces graduate students to essential quantitative skills, methods, and techniques for scientific inquiry in the social and behavioral sciences. Emphasis is placed on the vocabulary of scientific thinking and research, as well as data collection, presentation, and analytical interpretation. Students receive instruction using STATA, focusing on data entry, manipulation, basic analysis, and interpretation of results.

I am currently collaborating with Dr. Brandy Maynard on a systematic review project examining the outcomes of short-term credential programs (STCs). Our work focuses on evaluating how these programs impact employment, academic achievement, and credentialing opportunities. We are also assessing the methodological rigor of existing studies to identify best practices in synthesis and quality appraisal. This project reflects my commitment to advancing evidence-based knowledge that informs both policy and practice in higher education and workforce development.

Oct. 10, 2025 -- Attended the DICE Event: Best Practices in Student Mentoring led by Dr. Michael Hankins, Assistant Professor of Chemistry and Special Assistant to the Vice President of DICE. The session explored evidence-based and experience-driven strategies for effective student mentoring in STEM and the humanities. Key takeaways included practical approaches to fostering belonging, supporting student success, and enhancing mentoring relationships across undergraduate and graduate levels.
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