I am a PhD candidate in Biostatistics at Florida State University with a strong background in statistics, data science, and machine learning. My research focuses on Bayesian methods, spatial statistics, and causal inference, particularly applied to health disparities and medical research.
- Bayesian Statistics
- Biostatistics and Health Policy
- Spatial Statistics
- Causal Inference
- Machine Learning & Deep Learning
- Monte Carlo Methods
- Mixed Effects Models
- BigRiverQTL.jl - A Julia package for quantitative trait locus (QTL) analysis. Registered in August 2024, this package streamlines the QTL analysis workflow through preprocessing, genome scans, and visualization components.
- "Analysis of spatially clustered survival data with unobserved covariates using SBART" - Biometrics (2024)
- "Modeling of clustered censored survival data with spatial correlated random effects using SBART"
- "Estimating Causal Effects in Spatially Clustered Survival Data Using BART"
- Bayesian extension of "Flexible multivariate linear mixed models for structured multiple traits"
- Bayesian Tensor regression on big skewed data with mixed response
- Data Science Intern - University of Tennessee Health Science Center (2024)
- Biostatistics Researcher Intern - Sanofi (2023)
- Statistical Consultant - ESA South Inc, FL (2022)
- Research Assistant - College of Medicine, FSU (2021-2022)
- Biostatistician - Global Health Collaboration Project (WHO) (2021-Present)
- Solo Instructor - Florida State University (2022-2024)
- Introduction to Applied Statistics
- Statistics through Example
- Statistics for Biology
- Fundamental Business Statistics