School of Public Health

EPI 515 ADVANCED EPIDEMIOLOGIC METHODS I

EPI 515 Advanced Epidemiologic Methods I (3)

First in a series of 2 courses. Increases knowledge of epidemiological principles by introducing methodological approaches to handling common problems in epidemiologic research that extend beyond the scope of traditional methods. Prerequisite: EPI 514; and either BIOST 513, or BIOST 518. Offered: jointly with BIOST 519.

Autumn 2017

Line Number Section ID Credits Days/Times Room/Bldg Instructor
14915A3.0Monday @ 1:00pm - 2:20pm221 (SOCC)Brandon L Guthrie
Wednesday @ 1:00pm - 2:20pm303 (SOCC)
For a complete listing of Epidemiology courses, their elective categories, and when they are typically offered, please see the Epidemiology Course Planning Sheet

Additional Course Details

This is the first in a 2 course series focused on advanced epidemiology methods.    

Topics Covered

  • Causal inference
  • Measurement error
  • Survey methodology
  • Missing data   

Learning Objectives

  • Critically read and interpret epidemiologic studies that apply advanced methods for analysis and interpretation
  • Recognize how advanced methods relate to and build upon more traditional epidemiologic methods
  • Identify appropriate situations for the application of various advanced epidemiologic methods
  • Effectively converse with epidemiologist and biostatistician colleagues about application of advanced epidemiologic methods, in a manner necessary for successful collaboration  
  • Apply strategies to estimate causal effects.
  • Calculate the validity and reliability of measurement instruments.
  • Design a survey or questionnaire that accurately measures exposures and outcomes.
  • Develop a sampling scheme and analyze the results of a survey that will provide a valid estimate of parameters of interest in a target population.
  • Implement at least two methods to address missing data in epidemiologic research.

Course Format

Lectures and in-class exercises    

How You Will Be Evaluated

Homeworks, data analysis project, group project and class participation    

Contact the Instructors

Anjum Hajat (anjumh@uw.edu)
Brandon Guthrie (brguth@uw.edu)