Mohammad Samadpour

Collaborated with Mercedes-Benz and ANSYS Dynamore on HBM (Human Body Model) simulations in crash scenarios, focusing on safety for pedestrians and individuals with disabilities. Developed a UMAT in LS-DYNA for explicit crash analysis, improving simulation accuracy and efficiency. Contributed to enhancing vehicle designs for the safety of pedestrians, individuals with disabilities, and autonomous driving systems. Analyzed the impact of new seating arrangements on for autonomous

With experience in both large scale and lightweight/compact system, Led and execute end-to-end development of products including large-scale and lightweight, compact system focusing on project planning, design, FEM / CFD simulation, prototyping and manufacturability. Led and Conducted extensive FEM / CFD analysis on both large and compact system, focusing on structural integrity, dynamic/vibration, fatigue and CFD/thermal performance. Managed and conducted BOM and end-to-end production lifecycle

Performed detailed FEM/CFD simulations on complex assemblies with +10,000 components with focus on structural integrity, Dynamic, vibration, acoustics, and fatigue life Designed high quality, robust and cost-effective CAD product models by preparing routine layouts, detailed drawings, assembly sketches and diagrams, ensuring accurate communication of design intent to fabrication teams, Expertise in Material modeling, simulation, Material testing and simulation validation