Advanced Econometrics - Lecture PDFs
Lecture blocks can span multiple sessions. Each PDF includes the core material, slides, and examples for the topic.
Lecture 01: Review of Matrix Algebra
Linear systems, projections, eigenvalues, and matrix decompositions used in estimation.
Lecture 02: Probability and Distribution Theory
Probability foundations, common distributions, convergence concepts, and limit theorems.
Lecture 03: Introduction to Linear Regression
OLS estimation, assumptions, interpretation, and sampling properties of estimators.
Lecture 04: Frisch-Waugh-Lovell and OLS Properties
Partialling out, omitted variable bias, inference, and finite sample properties.
Lecture 05: Maximum Likelihood
Likelihood construction, MLE computation, consistency, and asymptotic normality.
Lecture 06: Limited Dependent Variable Models
Binary choice, logit and probit, tobit, and selection models with interpretation.
Lecture 07: Generalized Method of Moments
Moment conditions, IV and GMM estimation, efficiency, and robust inference.
Lecture 08: Non-Linearities
Functional form, polynomials, interactions, marginal effects, and statistical learning foundations.
Lecture 09: Time Series
Stationarity, ARMA processes, unit roots, and dynamic forecasting.
Lecture 10: Panel Data
Fixed effects, random effects, dynamic panels, and clustered inference.
Lecture 11: Difference-in-Differences
Two-way fixed effects, staggered adoption, event studies, and synthetic control links.
Source Files
All sources for this lecture are availablein this Github repo