Course Objectives
This course section explores missing data methods in applied statistics, data science, and psychometrics; emphasizing techniques such as multiple imputation, Bayesian methods, and maximum likelihood to handle and analyze incomplete data sets effectively.
Current Assignments
Read Enders (2022) Chapter 1 |
28 Jan |
Complete Reading Assessment 1 (in ICON) |
28 Jan |
Lecture and Class Files and Links
Date
|
Topic
|
Materials
|
22 Jan
|
Introduction to class
|
Syllabus
|
|
|
Remaining Schedule (Tentative)
1 |
22 Jan |
Introduction to Class |
None |
2 |
29 Jan |
Introduction to Missing Data |
Chapter 1 |
3 |
5 Feb |
Maximum Likelihood Estimation |
Chapter 2 |
4 |
12 Feb |
Maximum Likelihood Estimation with Missing Data |
Chapter 3 |
5 |
19 Feb |
Bayesian Estimation |
Chapter 4 |
6 |
26 Feb |
Bayesian Estimation with Missing Data |
Chapter 5 |
7 |
5 Mar |
Bayesian Estimation for Categorical Variables |
Chapter 6 |
8 |
12 Mar |
Multiple Imputation |
Chapter 7 |
9 |
19 Mar |
Spring Break: No Class |
No Readings |
10 |
26 Mar |
Multilevel Missing Data |
Chapter 8 |
11 |
2 Apr |
Missing Not at Random Processes |
Chapter 9 |
12 |
9 Apr |
Special Topics and Applications |
Chapter 10 |
13 |
16 Apr |
Guidance for Working with Missing Data |
Chapter 11 |
14 |
23 Apr |
Missing Data in Psychometric Models: Latent Variable Scores |
Mislevy et al. (1992) |
15 |
30 Apr |
No Class: AERA/NCME Conference |
|
16 |
7 May |
Missing Data in Psychometric Models: Implications for CAT |
Doebler et al. (2013); Jewsbury et al. (2024); |