Becoming a BayeZian II
Go beyond foundations into production-ready Bayesian modeling: mixture models, survival analysis, Gaussian Processes, physics-constrained likelihoods, and performance engineering—all in Stan with a Columbia professor guiding every step.
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Columbia Professor • Stan Collaborator
This advanced course assumes mastery of foundational Bayesian concepts and R/Tidyverse fluency.
Priors, likelihoods, posteriors, GLMs, hierarchical models, cmdstanr basics.
View Course →Move beyond textbook examples to models that handle real-world complexity: overdispersion, censoring, irregular time series, and mechanistic constraints.
Handle overdispersion and excess zeros with NB, ZIP, ZINB, and hurdle models.
Plackett-Luce, ordinal regression, and pairwise comparisons in Stan.
Weibull and discrete-time hazard models for time-to-event data.
Autoregressive processes with regular and irregular time gaps.
B-splines, 2D tensor products, and Kronecker tricks for flexible fits.
Full GP priors with Cholesky decomposition and hyperparameter tuning.
Hilbert-space approximate GPs for scalable nonparametric modeling.
Embed mechanics into likelihoods: sailing, golf putting, base running.
From workflow mastery through mixture models, survival analysis, Gaussian Processes, and computational performance optimization.
Scott Spencer is one of the world's foremost experts in applied Bayesian analysis. As a Columbia professor and Stan collaborator, his methods power decisions at Amazon, Johnson & Johnson, Vevo, and leading sports franchises. In this advanced course, Scott shares the production-ready patterns and performance optimizations that distinguish academic exercises from real-world Bayesian systems.
"Scott Spencer brings Bayesian modeling alive. He not only explains the math, but shows how to implement models in Stan that are clear, scalable, and ready for research or production."
"AthlyticZ has completely transformed the learning approach to data science through the use of sports-based problems. The instructors are the best of the best."
Mix clear instruction, continuous assessment, and applied projects—learn at your pace and show real results.
Learn on your schedule with concise, high-quality videos you can pause, replay, and revisit.
Reinforce concepts with practical exercises that build intuition in real workflows.
Low-friction quizzes give you immediate feedback and keep you on track.
Tackle real analytics problems with portfolio-ready case studies.
Curated readings, Stan files, and R scripts to deepen understanding.
Lesson-embedded notes and preloaded code for hands-on learning.
Advanced Bayesian skills separate you from the crowd. Master the techniques that power decisions at top tech companies, pharmaceutical giants, and elite sports organizations.