Santa Clara, CA30+ days ago
Experience with Material Characterization (ex; BH analyzer, VSM, SEM, EDX) • Experience in advanced co-packaged power modules • Preferred qualifications: • PhD in Electrical Engineering, Materials Science, or a related field with deep focus on magnetics and power packaging • System-level understanding of power delivery architectures, thermal management, EMI, and reliability constraints • In-depth understanding of magnetic materials: Ferrite materials (NiZn MnZn), metal materials (Fe, FeNi, FeSiCr, FeSiAl, amorphous & nano crystalline materials) • Familiarity with high-frequency magnetic material behavior, loss modeling, and reliability testing • Hands on knowledge of simulation tools and techniques like Maxwell, Ansys, Femtet, homogenization and model order reduction, optimization tools (NN, AI/ML) • Understanding of material processing: ceramic, metal powder and composite materials • Familiarity with inductor coil forming and termination processes: wire wounded, multilayer, metal composite, thin film, etc. Responsibilities may include: • Lead the definition, development and realization of comprehensive low-profile inductors, planar magnetics, and integrated passives roadmaps to enable ultra-compact, high-density, high current (100-300A) power delivery modules for enterprise and AI infrastructure.