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Amsterdam UMC is seeking a postdoctoral researcher to build a mechanistic multiscale model of lymph-node immune responses, combining agent-based modelling and differential equations to represent T-cell activation, motility, cell interactions, signalling and chemokine dynamics.
The project will leverage single-cell omics and the ENCORE framework for development and validation, with a two-year, full-time appointment and potential extension.
Netherlands
Apply by 26 Oct 2026
Amsterdam UMC is recruiting a postdoctoral researcher in computational immunology to build a mechanistic multiscale model of lymph-node immune responses. Applications close on 26 October 2026 at 23:59 Europe/Amsterdam.
The project develops a spatiotemporal multiscale lymph-node model combining agent-based modelling and differential equations to represent T-cell activation, motility, cell interactions, signalling, gene regulation and chemokine dynamics. Single-cell omics and the ENCORE framework will support model development and validation.
computational immunology agent-based modelling systems biology single-cell omics lymph nodes
Level Postdoc
Time Commitment Full-time
Duration 2 years; initial 12-month appointment with intended extension
Field Computational Immunology and Lymph-Node Modelling
Specialization Immunology and Microbiology
Organization Type Research Institute
Amount EUR 3724-5867 / Per Month
Funding Type Salary
Funding Status Paid
Period Per Month
Applicants should hold a PhD in computational science or a closely related field and have relevant postdoctoral research experience.
Strong experience with agent-based modelling and differential-equation models is required. Computational work in immunology, systems biology or multiscale modelling is highly relevant.
Agent-based modelling Differential equations Julia Python Git Single-cell omics Multiscale modelling Systems immunology