A one-week course in survival analysis for the life sciences. Concrete examples and case studies are used to apply the theory to practical situations. Survival data, or more generally, time-to-event data (where the 'event' can be death, disease, recovery, relapse or another outcome), is frequently encountered in the biomedical sciences. Censoring is a problem characteristic to most survival data, and requires special data analytic techniques.
This course will give an introduction to survival analysis and will cover many of the types of survival data and analysis techniques regularly encountered in biomedical research. The course will focus on practical examples, with an emphasis on matching data analysis to the research question at hand. The daily schedule includes interactive lectures by experienced and enthusiastic lecturers, interwoven with lab sessions that give students the opportunity to apply the theory to real datasets. Examples from medical and biological research will be used in the exercises.
We offer this course in small groups, to guarantee the attention needed for each participant and to create a learning environment that encourages the participants to be actively involved in the learning activities. Therefore, the maximum number of participants is 20, the minimum number is 12 (if the minimum number of enrollments is not reached by the deadline date (see below), then the course will be cancelled).
Please note that there are no graded activities included in this course. Therefore, we are not able to provide participants with a transcript of grades. You will obtain a certificate upon completion of this course.
Note: both SPSS and R can be used during computer labs. While most techniques covered can be performed in SPSS, several require the use of R (or another package, such as Stata or SAS). Those unfamiliar with the (free) statistical package R are strongly encouraged to practice with it before beginning the course.
(Master) students or (post-graduate) researchers who already have a basic knowledge of statistics, including regression analysis (i.e. previously completed a course in statistics).
A bachelor-level introductory course in statistical techniques is necessary. The course Biostatistics for Researchers is an excellent preparation. We assume a good working knowledge of linear regression modelling, including the use of categorical explanatory (dummy) variables and interactions. Some prior experience with the statistical software package R/RStudio is desirable; those unfamiliar with the (free) statistical package R are strongly encouraged to practice with it before beginning the course.
Aim of the course
At the end of the course, you will be able to:
- recognize or describe the type of problem addressed by a survival analysis
- define and recognize censored data
- define and interpret a survivor function and a hazard function, and describe their relation
- recognize the computer printout from a Cox proportional hazards model, a stratified Cox model, and a Cox model extended for time-dependent covariates
- state the meaning of the proportional hazards assumption and know how to check this assumption
- recognize which survival analysis technique is appropriate for a given research question and dataset
- interpret the computer printout for survival models, including hazard ratios, hypothesis testing, and confidence intervals.
To be able to follow this course successfully, you will follow a full-time daily programme in which lectures and computer exercises are interwoven.
Participants affiliated to an academic organization (MSc students, PhD students, researchers): € 810
Participants working in a non-profit organization: € 920
Participants working in a profit organization: € 1140
There are no scholarships available for this course.
The housing costs include housing, plus a Utrecht Summer School sleeping bag, for you to keep. This sleeping bag also includes an inflatable pillow and matrass cover. If you wish to bring your own bedding, please contact us, so we can give you a € 50 discount on the housing fee. Please note that you cannot buy individual bedding items.
For this course you are required to upload the following documents when applying:
Rebecca Stellato, E: email@example.com