From June 1, 2027, or by agreement | initially fixed-term for 5 years, with the possibility of extension
The Department of Biomedical Engineering is part of the Faculty of Medicine at the University of Basel. It contributes to a better future in meeting health care needs through innovative biomedical research and engineering solutions, translating basic science into medical knowledge and healthcare innovations.
The Pediatric Disease Modeling Lab (https://dbe.unibas.ch/en/research/data-driven-modelling-analysis/pediatric-disease-modeling-lab/) is seeking a Senior Scientist to help lead a growing research group. Our mission is to understand how early-life exposures to the microbiome shape lifelong health through their impact on the developing immune system. We develop mathematical models of microbiome–immune co-development to quantify how early-life perturbations to the microbiome shape antimicrobial resistance, infectious disease dynamics, and non-communicable diseases, with the aim of translating our insights into actionable strategies for pediatric care. Our work combines statistical and mechanistic mathematical modeling, causal inference, and machine learning, applied to longitudinal multi-omics data from pediatric cohorts spanning diverse socio-economic and geographical contexts.
Our lab will be supported by two major grants starting in 2027. RESILIENT (ERC Starting Grant) asks why some infants recover from early-life perturbations-antibiotics, infections, feeding transitions-while others are set on a path toward chronic disease, by synthesizing existing longitudinal multi-omics data from several pediatric cohorts across Africa, Asia, and Europe; combining statistical analysis, causal inference, and mechanistic modeling. Restoring Homeostasis (SNSF Starting Grant) investigates how established gut dysbiosis drives immune dysregulation and disease progression in pediatric patients, generating new clinical multi-omics data and using deep learning, structural equation models, and causal inference to identify strategies for restoring immunological homeostasis. Together, these projects will bring a team of postdocs, PhD students, and technical staff to the lab, working with diverse clinical and academic partners.