Analyze and influence electric motor NVH, including Permanent Magnet Synchronous Motors (PMSM) and induction motors, electromagnetic excitation, torque ripple, and rotor-stator interactions, rotor construction, skew strategies, and mechanical-electromagnetic coupling Investigate and resolve NVH concerns related to bearings, gear meshes, differentials, pumps, and mechanical disconnect solenoids, including tonal noise, broadband noise, transient events, and order-related phenomena. Lead and apply Blocked Force Transfer Path Analysis (TPA) and traditional TPA methods to quantify source strengths from motors, gears, bearings, pumps, and disconnect mechanisms, and identify dominant NVH paths into the vehicle Generate in-depth diagnostics using FRFs, modal analysis, and operating deflection shape (ODS) analysis to isolate structure-borne and airborne noise mechanisms across rotating and actuated powertrain components.