Erasmus Summer Programme Courses

Take a look at all the courses in the Erasmus Summer Programme, and find the course right for you.

View all ESP courses

Joint Models for Longitudinal and Survival Data [ESP72]

Course highlights

EC points


Start date

19 August 2024

End date

23 August 2024

Course days

Monday to Friday (5 mornings)

Course time

From 8:45 till 11:45 CEST


Prof. Dimitris Rizopoulos, PhD

Course fee

€ 525


Erasmus MC, Rotterdam NL




This course assumes knowledge of basic statistical concepts, such as standard statistical inference using maximum likelihood and regression models. Also, a basic knowledge of R would be beneficial but is not required.


  • Biostatistics
  • Methodology
  • Advanced Statistics

Course Materials

Digitally, download instructions will be sent before the start of the course, by e-mail.

A laptop is required. Before the course instructions will be sent for installing the required software.

Design your programme

Use our Programme Configurator to design and plan your own programme.


Apply for this course

Want to secure your seat in this course?

Apply here


Itai Magodoro


The professors - who are at the cutting edge in their respective fields - bring science to life!

Read the full story

Detailed information about this course:


Faculty: Prof. Dimitris Rizopoulos, PhD

In follow-up studies, different types of outcomes are collected for each subject. These include longitudinally measured responses (e.g., biomarkers) and the time until an event of interest occurs (e.g., disease onset or death). These outcomes are often separately analyzed, but on many occasions, it is of scientific interest to study their association. This research question has given rise to the class of joint models for longitudinal and time-to-event data. These models constitute an attractive paradigm for the analysis of follow-up data that is mainly applicable in two settings: First when the focus is on a survival outcome, and we wish to account for the effect of endogenous time-dependent covariates measured with error, and second when the focus is on the longitudinal outcome, and we wish to correct for non-random dropout.

The course is explanatory rather than mathematically rigorous. Therefore emphasis is given in sufficient detail for participants to obtain a clear view of the different joint modeling approaches and how they should be used in practice. To this end, the course features a number of computer practicals in R showcasing the use of these models.


The course will explain which joint models can be used depending on the research questions to be answered and which model-building strategies are currently available.

Participants will be able to:

  • construct and fit an appropriate joint model in R,
  • correctly interpret the obtained results, and
  • extract additional useful information (e.g., plots) to communicate the results.

Participant profile

Professional statisticians, clinical researchers, clinical epidemiologists, decision scientists, public health researchers working in applied environments where hierarchical modeling and survival analysis are key issues.