Students will learn hands-on how to practically simulate patient-specific biomedical problems based on differential equations, tailored to the biomedical problem defined by the subtitle.
Skills
Knowledge
Reconstruction of a computational domain from medical imaging (Slicer3d)
Generation of a computational mesh from the reconstructed geometry
Identification and tagging of boundaries and subdomains
Implementation of the numerical solver in High Performance Computing environment
Postprocessing and visualization of the results
Acquaintance with the relevant softwares (Slicer3d for geometry reconstruction, Salome for mesh generation, FEniCS-x for HPC simulation).
Criteria for evaluation
Language
English and French
Changing subject?
Yes
Earlier variants
They also cover the requirements of the curriculum (from - to) 201WIMSSP1U24: UE Special topics Knowledge-based Mathematical Systems (2024W-2025S) 201WIMSSP1U12: UE Special topics Knowledge-based Mathematical Systems (2012W-2024S)
