Lead Noise, Vibration, and Harshness (NVH) Engineer

Our vehicle engineers work with the cars of the future every day. We touch every part of the vehicle — electrical and thermal systems, chassis and interiors, power and energy storage and beyond — as we add self-driving power to existing auto designs and create new systems of our own. Our goal: To build a new generation of high-performing vehicles that are comfortable, reliable and safe.

This role follows a hybrid work schedule and you will report to a Lead Mechanical Simulation Engineer.

• Full Vehicle NVH Architecture: Define and implement the complete vehicle NVH strategy, from top-level vehicle requirements to component-level targets, end-to-end engineering including tracking and delivery of targets
• Design and Integration: Lead the implementation of the NVH strategy for the integration of the Self Driving System and the base vehicle platform. Where necessary influencing all elements of the integration and vehicle/system design to ensure a quiet and calm environment for our end users, including: body structure, powertrain mounts, suspension, tires, acoustic treatments, isolations etc
• Simulation and Analysis: Utilize advanced CAE tools (e.g., finite element analysis (FEA), statistical energy analysis (SEA)) to predict, analyze, and optimize NVH characteristics throughout the product development cycle
• Testing and Validation: Plan, execute, and analyze vehicle and component-level NVH tests (e.g., sound quality, road noise, wind noise, powertrain contribution) both in the lab and on the road
• Technology leadership and Problem Solving: Stay current with and drive the adoption of emerging NVH technologies, materials, and measurement techniques, develop innovative solutions like utilizing cabin noise and induced sound through speakers to predict mechanical failures, lead root cause analysis and develop robust engineering countermeasures for complex NVH issues identified during virtual and physical validation
• Cross-Functional Collaboration: Work closely with Waymo internal design teams and OEM partners to ensure NVH solutions are compatible with all other vehicle attributes and develop detailed NVH models for the Waymo components in collaboration with the CAE team

• Master’s Degree in Mechanical Engineering with minimum 12 years of experience in automotive NVH engineering with increasing responsibility, including significant experience in full vehicle design/analysis and target setting.
• Deep theoretical and practical knowledge of acoustics, vibration, modal analysis, and sound quality metrics.
• Expertise in NVH CAE tools like Nastran, Optistruct and Abaqus, NVH signal processing tools, and familiarity in model building with tools like Hypermesh, Simlab and Ansa.
• Proficiency in NVH test equipment and software (e.g., B&K, Simcenter Testlab, VIacoustics) and expertise in performing NVH tests

• Experience with electric vehicle (EV) NVH challenges, including driveline whine, brake noise, and battery pack isolation
• Familiarity with global automotive NVH regulations and standards
• Experience in the selection and application of door seals, cabin interior trims, thermal ducts materials, and other acoustic materials for NVH