
Dr Marc Delord C-Stat, FHEA
Research fellow in Medical Statistics
Contact details
Biography
Dr Marc Delord is a Research Fellow in Medical Statistics in the Department of Population Health Sciences, School of Life Course & Population Sciences. He has a background in applied statistics and epidemiology and obtained a PhD in Public Health, Epidemiology, and Biostatistics in 2015 from Paris-Saclay University. His research spans applied statistical methodology and its translation to clinical and population health research, including empirical Bayes methods, statistical modelling within the generalised linear model framework, and methodological development.
Dr Delord’s recent research focuses on the longitudinal analysis of electronic health records, including unsupervised learning methods for clustering life-course health trajectories in patients with multiple long-term conditions, as well as causal inference and real-world evidence generation. His work aims to improve the use of routinely collected health data for understanding disease trajectories and informing clinical and public health decision-making.
He is a co-investigator on the CPRD study “Patterning Mental and Physical Multimorbidity across the Life Course and Mediators for Progression Towards Burdensome Functional Outcomes”.
Dr Delord is actively involved in teaching biostatistics and statistical computing. He teaches on the module Further Epidemiology and Statistics for Public Health (7MHPH109), and is course leader for Basic Epidemiology and Statistics for Public Health (7MHPH108), which introduces statistical thinking, estimation and hypothesis testing and an introduction to the R environment. He also delivers intensive seminar training in R for quantitative research for health sciences researchers.
He has authored two statistical software packages for the analysis of complex time-to-event data, alongside associated methodological research publications. He is a Chartered Statistician and Fellow of the Royal Statistical Society (CStat) and a Fellow of the Higher Education Academy (FHEA).
Research

Unit for Medical Statistics
A group medical statisticians with a broad range of collective expertise who undertake research, consultancy, training and teaching at King’s and beyond.
Course Teacher:
- Further Epidemiology and Statistics for Public Health (7MHPH109)
- Multivariable linear regression
- Logistic Regression
- Survival Analysis
Course Leader:
- Basic Epidemiology and Statistics for Public Health (7MHPH108)
- Introduction to statistics thinking and the R environment for statistical computing
- Estimation and Hypothesis Testing
- Comparing two groups - Association between two traits
- Correlation and Linear Regression
- Intensive seminar training: Using R for Quantitative Research: An Introduction for Researchers in the Health Sciences (HSDTC136, SkillsForge)
- Setting up an efficient R working environment and provide a foundation in basic R usage
- Methods for comparing groups (continuous and categorical)
- Generalised Linear Models (GLMs) regression methods for continuous and binary outcomes
- Survival analysis and methods for handling time-to-event data
- Methods for analysing correlated and longitudinal data.
Research

Unit for Medical Statistics
A group medical statisticians with a broad range of collective expertise who undertake research, consultancy, training and teaching at King’s and beyond.
Course Teacher:
- Further Epidemiology and Statistics for Public Health (7MHPH109)
- Multivariable linear regression
- Logistic Regression
- Survival Analysis
Course Leader:
- Basic Epidemiology and Statistics for Public Health (7MHPH108)
- Introduction to statistics thinking and the R environment for statistical computing
- Estimation and Hypothesis Testing
- Comparing two groups - Association between two traits
- Correlation and Linear Regression
- Intensive seminar training: Using R for Quantitative Research: An Introduction for Researchers in the Health Sciences (HSDTC136, SkillsForge)
- Setting up an efficient R working environment and provide a foundation in basic R usage
- Methods for comparing groups (continuous and categorical)
- Generalised Linear Models (GLMs) regression methods for continuous and binary outcomes
- Survival analysis and methods for handling time-to-event data
- Methods for analysing correlated and longitudinal data.