- Reviewer and evaluator of scientific papers.- Suggest improvements and make recommendations to authors.

− Conduire des projets en acoustique architectural, de conformité acoustique et de surveillance du bruit et des vibrations des chantiers ou autres,− Réalisations des mesures acoustiques et vibratoires de ASTC, AIIC et bruit de fond selon les standards internationaux,− Faire des recommandations pour améliorer la réverbération et les performances en isolation face au bruits aérien et d’impact,− Modélisation de la propagation environnementale du bruit avec le logiciel CadnaA et l'acoustique des salles avec Ease,− Coordination du projet avec le client et organisation des rencontres de suivis entre les différents collaborateurs.

− Develop a program to convert mesh files from GMSH to gvm files used by NOVAFEM and vice versa (optimization, memory management and documentation)− Develop a Fortran program to calculate transmission loss through an infinite multi-layer cylinder (NOVA 2020) − Participate in the implementation of new scripts and the documentation of NOVA and FOAM-X 2020− Validating NOVAFEM’s non-linear solver with COMSOL− Acquire and apply advanced knowledge in the fields of acoustics and non-linear mechanics

− Carry out and participate in vibroacoustic experimental tests (e.g. aircraft fuselage with sound package)− Develop a Fortran program to compute vibroacoustic indicators through heterogeneous periodic multilayered media (wave finite element method)− Optimizing sound transmission loss through an aircraft fuselage with an attached phonic multilayer (hybrid acoustic prediction method)

− Propose and develop innovative hybrid numerical optimization and analysis tools in acoustics to meet the needs for efficiency, precision and flexibility of our industrial partners (Bombardier & Airbus Aerospace)− Participate in the design and optimization of a low-frequency acoustic treatment for the protection of the launcher Ariane 6− Active member of the laboratory carrying out various experimental acoustic tests− Preparing progress reports and supervising master’s students− Coordinate the research project and organize follow-up meetings between the different collaborators

− Demonstrate tutorial exercises and supervise laboratories− Correcting homework and reports− GEN 441 Mécanique pour ingénieurs − ING 225 Statique − GCI 107 Communication graphique en ingénierie − CQP 204 Mécanique et ondes − ING 320 Éléments de la méthode expérimentale − IMC 117 Mathématiques de l'ingénieur II − IMC 122 Éléments et systèmes mécaniques − IMC 106 Résistance des matériaux I

Title: Development of a simplified tire model based on an Eulerian description - Bibliographical study. - Description and formulation of the simplified model, named 'Euler Belt Model', in stationary and unstationary; - Determination of the input parameters of the model through analytical and numerical sub-models; - Simulation and study of tire inflation, flattening and contact using Abaqus.