Machine Learning & AI Systems
Building and deploying ML systems that work in production.

Hello! I'm Michael, a data scientist with a math and statistics background who likes to build things. My work spans Bayesian methods and causal inference to LLMs, GenAI, and AI agents. I believe good data science requires good software engineering. Currently, I'm especially interested in the intersection of causal inference and agentic AI, building systems that use causal reasoning for counterfactual simulation and intervention planning.
Specialized skills and technologies I bring to every project
Building and deploying ML systems that work in production.
Building production-grade systems with clean architecture, rigorous DevOps, and scalable infrastructure.
Building production-grade systems with clean architecture and rigorous DevOps practices.
Select projects from my GitHub - statistical computing, ML, and developer tooling
Sequential Monte Carlo and particle filtering in JAX
Language model research platform for Apple Silicon — 24 architectures, MLX-native training, LoRA/DPO/GRPO, and experiment tracking
Production-ready Python package template with uv, ruff, pyright, and GitHub Actions CI/CD
Bayesian Gaussian mixture models with Gibbs sampling and variational inference in R
Bayesian inference for Dirichlet process mixture models using Gibbs sampling and variational approximations in R
Variational Bayes and CAVI algorithms from Ormerod & Wand — approximate Bayesian inference examples in R
Full Bayesian inference for Gaussian process spatial models using MCMC in R
Professional experience and academic achievements
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Walmart
Led development of a production causal inference library identifying ~$100M in incremental revenue opportunity through optimized sales-meeting targeting for Walmart Marketplace partners.
Walmart
Led development of a production causal inference library identifying ~$100M in incremental revenue opportunity through optimized sales-meeting targeting for Walmart Marketplace partners.
The Home Depot
Collaborated with cross-functional teams to leverage generative AI, large language models (LLMs), and NLP to build task-oriented dialogue systems with both text-based and voice interfaces capable of autonomous customer support.
The Home Depot
Collaborated with cross-functional teams to leverage generative AI, large language models (LLMs), and NLP to build task-oriented dialogue systems with both text-based and voice interfaces capable of autonomous customer support.
The Home Depot
The Home Depot
University of Arkansas
University of Arkansas
Black Hills Energy
Collaborated with a team to developed a large-scale forecasting system for natural gas consumption.
Black Hills Energy
Collaborated with a team to developed a large-scale forecasting system for natural gas consumption.
University of Arkansas
Master's Thesis: Sequential Monte Carlo Methods for Hidden Markov Models
University of Arkansas
Master's Thesis: Sequential Monte Carlo Methods for Hidden Markov Models
University of Arkansas
University of Arkansas