Michel Haumer

Michel Haumer currently serves as a SIMULIA Industry Process Consultant at Dassault Systèmes, where he leverages his extensive expertise in computational fluid dynamics (CFD), aeroacoustics, aerodynamics, and propulsion systems to drive innovative solutions for complex engineering challenges. In his role, Michel specializes in utilizing Simulia's advanced Navier-Stokes-based physics solver to conduct feasibility studies and proof-of-concept (PoC) analyses involving compressible physics, enabling clients to explore cutting-edge propulsion concepts and aerodynamic optimizations with high fidelity. His work often involves CFD-CHT (conjugate heat transfer) simulations in close collaboration with customers, ensuring accurate thermal and fluid dynamic modeling for components such as internal combustion engines (ICEs) fueled by alternative energies.

Michel's expertise extends to geometry preparation, pre- and post-processing of simulation results, and component design using Catia V6, facilitating seamless integration from conceptual design to detailed analysis. He actively conducts parametric design studies to optimize performance parameters, supporting the development of efficient propulsion systems and aerodynamic configurations. His familiarity with machine learning environments complements his simulation work, enabling the integration of data-driven approaches to accelerate innovation.

With a solid foundation in thermodynamics, combustion modeling, and fluid mechanics, Michel is proficient in tools like PowerFLOW, Etas MDA, and OpenFOAM, which he employs to address complex flow and combustion phenomena. His multidisciplinary skill set positions him as a key contributor to Dassault Systèmes’ mission of advancing simulation-driven engineering, particularly in the aerospace and automotive sectors. Through his work, Michel continues to push the boundaries of CFD and aeroacoustics, fostering sustainable propulsion solutions and enhancing the understanding of fluid-structure interactions in high-performance systems.