University of Georgia - Mathematics
Senior Healthcare Economics Data Analyst at WellMed Medical Management
Nathaniel
Zbacnik
San Antonio, Texas
I am a self-driven, analytically-oriented individual that uses the full range of data analysis tools daily to make a positive impact in the healthcare industry. I have experience applying mathematical techniques and rigor to solve problems in both industrial and academic settings. I bring a wide variety of programming/analytics tools such as Python, Tableau, Excel, and SQL to produce important insights into different problems, as well as statistical rigor to assess the validity of those insights.
As a healthcare economics data analyst, I write efficient queries to gather the data I need, analyze this data, discussing trends with leadership, and both prepare reports and give presentations on my findings. When I am not collaborating directly
with others, I am working independently. I am experienced in setting my schedule and deadlines in my work,but I enjoy being a part of a team as I contribute to a greater vision.
I have several ongoing personal projects that I am passionate about. I have developed a college football model that I am continually tweaking and upgrading. I also have an ongoing relationship with a biopharmeceutical company wherein we apply advanced mathematical and statistical regression techniques to research protein aggregation. We recently had a paper published in the Journal of Pharmeceutical Sciences to appear in their January 2020 issue on a protein associated with Alzheimer's disease.
Bachelor’s Degree
Mathematics
Teacher's Assistant
I coordinated instruction with a professor to co-lead a senior level topics course in Hurwitz Theory. I ran a weekly class session where we discussed the material and put together material and questions to discuss with the professor. The notes and feedback which I prepared contributed to a draft of a textbook on the topic.
Masters
Mathematics
Graduate Student Instructor
Instructor of record for 4 courses, responsible for class preparation, test writing, and assessments
Made mathematical concepts accessible with clear and deliberate communication
Engaged with students to ensure their continued understanding and development
Pharmaceutical Research
Applied numerical methods in MATLAB to fit data to a system of differential equations
Pharmaceutical Research
Applied numerical methods in MATLAB to fit data to a system of differential equations
Journal of Pharmaceutical Sciences
In this study, a chemometric approach using reduced amino acid properties is used to examine the aggregation behavior of a highly amyloidogenic peptide, Aβ(1-42). Specific residues are identified as being critical to the aggregation process. At each of these positions, the important physicochemical properties are identified that would either accelerate or inhibit fibril formation.