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Introduction to Econometrics

Welcome to EC 320: Introduction to Econometrics (Fall 2019) at the University of Oregon.

  • Instructor: Kyle Raze
  • GE (grader): Youssef Ait Benasser
  • GE (lab): Saurabh Gupta
  • Syllabus

This course introduces the statistical techniques that help economists learn about the world using data. Using calculus and introductory statistics, students will cultivate a working understanding of the theory underpinning regression analysis—how it works, why it works, and when it can lead us astray. As the course progresses, students will apply the insights of theory to work with and learn from actual data using R, a statistical programming language. My goal is for students to leave the course with marketable skills in data analysis and—most importantly—a more sophisticated understanding of the notion that correlation does not necessarily imply causation.

Lectures

The HTML versions of the lecture slides allow you to view animations and interactive features, provided that you have an internet connection. The PDF slides don't require an internet connection, but they cannot display the animations or interactive features.

  1. What is Econometrics?
    .html | .pdf

  2. Statistics Review I
    .html | .pdf

  3. Statistics Review II
    .html | .pdf

  4. The Fundamental Problem of Econometrics
    .html | .pdf

  5. Regression Logic
    .html | .pdf

  6. Midterm Review
    .html | .pdf

  7. Simple Linear Regression: Estimation I
    .html | .pdf | Handout

  8. Simple Linear Regression: Estimation II
    .html | .pdf

  9. Classical Assumptions
    .html | .pdf

  10. Simple Linear Regression: Inference
    .html | .pdf

  11. Multiple Linear Regression: Estimation
    .html | .pdf

  12. Multiple Linear Regression: Inference
    .html | .pdf

  13. Midterm Review
    .html | .pdf

  14. Categorical Variables
    .html | .pdf

  15. Interactive Relationships
    .html | .pdf

  16. Nonlinear Relationships
    .html | .pdf

  17. Final Review
    .html | .pdf

Labs

  1. Introduction to R
    .html

  2. Introduction to the tidyverse
    .html | Data

  3. Non-Experimental Data
    .html | Data

  4. Introduction to R Markdown
    .html

  5. Regression Analysis

  6. Hypothesis Testing

  7. Hypothesis Testing and Omitted-Variable Bias

  8. Maps with ggplot2!
    .html | Data

  9. Happy Thanksgiving! No lab

Other course content

For supplemental lecture documents, problem sets, and other materials, please see Canvas.

Contributors

I am indebted to Ed Rubin (@edrubin) for his generous contribution of course materials. I also source some material from Nick Huntington-Klein (@NickCH-K), who maintains a trove of resources for learning causal inference.

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Introductory econometrics course at the University of Oregon.

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