NVH/CAE Analyst responsible for performing NVH simulations for eDrives, Transfer cases and DHT products.
Responsibilities
Perform NVH simulations for eDrives, Transfer cases, and DHT products
Build and debug CAE/FEA models for E-drives, Transfer cases, Drive modules and hybrid transmission systems
Conduct core CAE NVH simulations including Eigen mode frequency analysis, structure borne noise, air borne noise, transfer path analysis, pre-tension of gear set and bolt connections
Perform topology optimization and sensitivity studies
Interpret test data and perform preprocessing and results interpretation
Requirements
Bachelor’s or Master’s in mechanical/structural/automotive engineering or equivalent
Lead the development, analysis, and optimization of precision motion systems for semiconductor metrology and inspection equipment, characterizing machine dynamics, tuning control systems, and developing calibration methodologies to maximize accuracy and productivity.
Compensation
Base Salary Range: $115,200.00 - $172,800.00, offered in good faith and based on experience, location, and qualifications. Additional Rewards: Annual bonus opportunities and potential long-term incentives tied to both company and individual success.
Responsibilities
Lead the development, analysis, and optimization of precision motion systems for semiconductor metrology and inspection equipment.
Characterize machine and stage dynamics through experimental measurements, system identification, and analytical modeling.
Measure and analyze frequency response functions (FRFs), transfer functions, coherence, disturbance spectra, and closed-loop performance metrics.
Develop, tune, and optimize motion control strategies including PID control, feedforward control, disturbance rejection, and trajectory optimization.
Perform controller tuning and performance validation to achieve demanding requirements for settling time, tracking accuracy, throughput, and stability.
Lead the analysis, development, and optimization of brake NVH performance for disc brake caliper systems, ensuring best‑in‑class acoustic comfort and regulatory compliance across vehicle platforms.
Responsibilities
Lead NVH development and issue resolution for brake caliper assemblies across all project phases (concept to SOP).
Analyze and mitigate brake noise phenomena, including squeal, creep groan, judder, and low‑frequency noise.
Define NVH targets and design guidelines for calipers, pads, shims, pistons, and mounting interfaces.
Perform modal, dynamic, and frequency response analyses using CAE tools (e.g., FEM, complex eigenvalue analysis).
Correlate simulation results with bench, dyno, and vehicle test data.
Requirements
Bachelor’s or master’s degree in mechanical engineering, automotive engineering, or a related field
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