Hachem Dhouib

Engaged in client projects and high-impact research and innovation initiatives with strong technological focus: - Automated Model-Based Systems Engineering (MBSE): Developed a streamlined digital workflow that ensures seamless integration from high-level system requirements to Multidisciplinary Design Analysis and Optimization (MDAO) processes, enhancing efficiency and traceability across design stages. - Overall Aircraft Design (OAD) with SoSTrades: Applied the SoSTrades cloud-based simulation platform to manage and explore complex aircraft design scenarios, fostering collaboration and optimizing system-of-systems performance.

Skills: Pedagogy · Teaching

Skills: Higher Education Teaching · Guest Lecturing

Title: Magneto-gravito-inertial waves in stars and gas giant planets at the time of space missions: from stellar seismology to planetary tidal dissipation My research focuses on the dynamics of astrophysical fluids in stellar and planetary interiors. The main objective of my current research is to build the best ab-initio modelling of waves propagating in stars and planets to provide interpretations (and predictions) of state-of-the art observational constrains on their structure and dynamics. My work thus focuses on asteroseismology, magnetism, and tidal interactions. My skills combine advanced semi-analytical methods, stellar structure and oscillation codes, and numerical simulations of waves propagating in complex internal structures. Main achievements: - Scientific leader of 4 publications in peer-reviewed journal - Second author of 2 publications in peer-reviewed journal - 10 presentations in international and national symposiums - Participation in scientific workshops related to the PLATO (ESA) and Kepler/TESS (NASA) missions Scientific expertise: - Analysis, delineation and resolution of complex problems - Innovative mathematical and physical modeling - Development of multi-physics numerical simulations - Scientific and technical monitoring Project management : - Member of an international team - Manage multiple projects while respecting financial and time constraints - Development of collaborations Communication : - Transmit scientific concepts - Writing of articles, reports and technical notes

Title: Generalisation of the Traditional Approximation of Rotation (TAR) for rapidly rotating deformed stars and planets I studied gravito-inertial waves (GIWs) including Rossby waves in rapidly and differentially rotating stars and planets. This new formalism allows us to study the detectability and the signature of the centrifugal and the differential rotation effects on GIWs in rapidly rotating deformed stars and planets.

Thermal compact modelling in the field of power electronics using multidimensional and physically-inspired RC-network calculations.