Expand the code and numerical approach developed during my thesis into an open source, parallel HPC code

Development of a comprehensive physical model for molecular transport in the microcirculation, creation of a reduced-order numerical approach to address large microvascular networks, and its efficient implementation in an in-house code.

Gave the practical courses of linear algebra to first year engineering students

- Development of a 4D finite element analysis (FEA) of the mastication cycle using Abaqus- FEA and dimensioning of a patient-specific TMJ prosthesisThe publication where many of the results I obtained can be found:https://doi.org/10.1016/j.stlm.2022.100058

In the context of FLUIDDA's flow simulations from CT scans of the lungs, the objective is to transition from a commercial software to OpenFOAM. The primary goal of this transition is to address the bottleneck that arises during the meshing process when using open-source meshing algorithms, which typically require excessive memory resources.To achieve this goal, the following workflow for the transition was considered: data preparation, mesh generation, mesh optimization, flow simulations and validation with reference commercial software

As a group of three interns we had mainly two tasks. Firstly we were encouraged to provide solutions to a manufacturing issue for Renault that had been around the department for months without achieving a solution. The second and where we spent most of the time was to integrate the design process with CatiaV5 with the FEM simulations in a different software. The other two interns focused on the design using Catia and I focused on transforming their files into a suitable format, and performing the FE analysis.