Causal Inference in Epidemiology: Concepts and Methods

Course dates

Due to demand, this 3 day course will run twice:

10 - 12 February 2020
29 June - 1 July 2020

Course duration

3 days (approximately 18 hours teaching).
Registration will start at 9am on the first day, the course will finish by 5pm on the final day.

Course tutors

Dr Abigail FraserProfessor Kate Tilling, Professor Jonathan Sterne (course organisers) and others.

Course aims 

To define causation in biomedical research, describe methods to make causal inferences in epidemiology and health services research, and demonstrate the practical application of these methods.

Course objectives

By the end of the course, students will:

  1. have a thorough understanding of the potential (counterfactual) outcomes approach to defining causal effects;
  2. implement Directed Acyclic Graphs (DAGs) to document assumptions and inform analysis plans;
  3. understand the key sources of bias in analyses of observational data, and how to investigate them using DAGs; and
  4. appreciate key methods which can be used to estimate causal effects, and understand the assumptions underlying them.

Who the course is intended for

This course is aimed at epidemiologists, statisticians and other quantitative researchers. Applicants must have knowledge and experience of a variety of linear and logistic regression models and their implementation in Stata, to beyond the level achieved in the 'Introduction to Linear and Logistic Regression Models' course. Familiarity with survival analysis is recommended. We recommend that you do not attend this course in the same year that you have attended 'Introduction to Linear and Logistic Regression Models'.

Course outline

This course will introduce participants to concepts of and methods for, causal inference in epidemiological research, with a focus on their application. The course will cover:
  1. Potential (counterfactual) outcomes;
  2. Causal diagrams (DAGs);
  3. Confounding and methods to control for confounding (stratification, regression,  propensity scores and inverse probability weighting);
  4. Selection and information biases;
  5. Model selection;
  6. Instrumental variable estimation, including analysis of Mendelian randomization studies;
  7. Time-varying confounding, marginal structural models and other g-methods;
  8. Intention-to-treat and per-protocol effects in randomized trials;
  9. Emulating a randomized trial using observational data;
  10. Study designs for causal inference;
  11. Triangulation.

Please note: Practical sessions of this course will be held in a computer lab, so you will not need to bring a laptop.

Due to demand this course runs twice

Apply for your preferred date only. You cannot be on the waiting list for both courses or hold a place on one and be on the waiting list for the other. When the 'A' course has passed, remaining applicants will be offered the opportunity to transfer to the 'B' course if there are any remaining spaces at that time or be added to the waiting list if not.  

Booking

Make a booking
Bookings are open

Combination of lectures and practicals works really well. Tutors are brilliant teachers!

Course feedback, February 2020

Course fee

£660

More information on course fees, fee waivers and reduced prices.

Course venue

Bristol Medical School
Canynge Hall
39 Whatley Road
Bristol
BS8 2PS
United Kingdom

Map and directions

Course refreshments

We provide morning and afternoon refreshment breaks, including tea and coffee, biscuits and fresh fruit.

If you have specific dietary needs we ask that you let us know in advance.

Lunch is not included. There are a range of local cafes and supermarkets nearby for students to purchase lunch. 

Accommodation

Information about accommodation in the area.

Contacts

For further information please email short-course@bristol.ac.uk.

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