Postdoctoral fellowships in computational tissue engineering and process engineering for ERC consolidator grant

  • Project title: Development and use of an integrated in silico – in vitro mesofluidics system for tissue engineering (INSITE)
  • Description: this project will bring together recent advances in in silico modeling, mesofluidics systems, online bioprocess monitoring & control and 3D printing, with the aim of creating an in vivo-like in vitro environment for the testing of tissue engineered constructs. This project is financed by an ERC consolidator grant and will be carried out at the Biomechanics Research Unit (, located at both the University of Liège (GIGA-R in silico medicine unit, and the KU Leuven (Prometheus, skeletal tissue engineering platform, in Belgium. The Biomechanics Research Unit focuses on the multi-scale and multi-physics modeling of biological processes in the context of skeletal tissue engineering, as well as on technologies that provide experimental input for these models, including bioreactor technology, metabolomics and imaging. Together with their clinical and industrial collaborators, they use models to investigate the etiology of non-healing fractures, to design in silico potential cell-based treatment strategies and to optimize manufacturing processes of these tissue engineering constructs.
  • Various research lines will be developed in the scope of this project
    • Process engineering
      • Mesofluidics set-up design and development, including integration of online imaging and sensing components.
      • Continued development of perfusion bioreactor set-up and its digital twin to come to a fully automated tool
    • 3D bioprinting of complex multi-material constructs (only applicants with hands-on bioprinting expertise will be considered)
    • Modeling and measuring the early angiogenic and immunogenic response to tissue engineered construct implantation.
  • The ideal applicants have a PhD in bio(medical) engineering, process engineering, physics, applied mathematics or biomedical sciences with specific expertise in the technologies related to the above mentioned research lines.
  • Start date: the project started on September 1st 2018 and will run until august 2023. The positions will remain open until they are filled.
  • Application process: send a CV including a publication list and the names of 3 references to Liesbet Geris (