What are the responsibilities and job description for the Noise and Vibration e-Noise Engineer (Acoustic Engineer) position at WalkWater Technologies?
REQ ID – 35659668
ROLE – Noise and Vibration e-Noise Engineer (Acoustic Engineer)
LOCATION – Cupertino - Hybrid
MAIN SKILLS – Acoustics Engineering background, knowledge of acoustics and vibration principles, voltage potential and current can lead to vibration, Acoustic and vibration measurement skills, experience making measurements in anechoic / hemi-anechoic chambers, Basic understanding of RF, thermal, acoustic, magnetics, and mechanical statics and dynamics, history of high-volume consumer electronics, experience with ultra low-noise measurements and a background in electromagnetic, electrical engineering, and\or circuit design
As a Noise & Vibration E-noise engineer, you will author SOPs, test plans and specifications for low level noises. You will quantify noises, facilitate user studies, establish thresholds in lab and factory environments.
Required skills :
- Fundamental knowledge of acoustics and vibration principles and how motion of mechanical systems turns into radiated noise.
- Knowledge of how voltage potential and current can lead to vibration.
- Acoustic and vibration measurement skills with experience making measurements in anechoic / hemi-anechoic chambers.
- Basic understanding of RF, thermal, acoustic, magnetics, and mechanical statics and dynamics (preferred if these fundamentals have been applied to acoustic transducers such as MEMs microphones, receivers and micro-speakers)
- Good understanding of magnetics and how force can be generated in a complex magnetic environment
- Accomplished listener with excellent hearing over the audible frequency range.
- Creative problem solver who thrives in a fast-paced multi-tasking environment.
- Ability to learn new coding languages and navigate datasets.
- Useful but not required : history of high-volume consumer electronics, experience with ultra low-noise measurements and a background in electromagnetic, electrical engineering, and\or circuit design.
Advanced degrees in Acoustics or equivalent field is recommended, but if you've followed a different path to Acoustics Engineering, that would be considered.
