**Summary:** Meta Reality Labs Wearables Audio Technology Team is looking for an Acoustics/Audio Engineer who has research, design, implementation, and project leading skills. The ideal engineer employs demonstrated experience in theoretical and practical acoustics, electro-mechano-acoustic simulations, audio signal processing and hands-on prototyping capabilities. **Required Skills:** Audio Engineer Responsibilities: 1. Research, design, and advance the state of the art in precision sound reproduction. 2. Work closely with an interdisciplinary team of scientists and engineers to evaluate the performance of existing transducers to help push the design envelope for the next generation of high-performance audio devices. 3. Develop advanced numerical simulation techniques to solve complex, unsolved problems in the area of acoustics, spatial audio, and signal processing with applications in Smart Glasses and AR Glasses. 4. Study and advance the state of the art in audio signal processings and acoustic transducers. 5. Conduct acoustic tests and create related metrics. 6. Characterize novel materials and new devices. 7. Work closely with engineers to design and prototype audio devices. 8. Validate the prototypes from simulations and measurements. 9. Work with external vendors for fabrication and manufacturing. **Minimum Qualifications:** Minimum Qualifications: 10. 5+ years of experience in acoustics, electro-mechano-acoustic simulations and prototyping. 11. Demonstrated experience in design, implementation, research and project leading skills. 12. Demonstrated experience in Matlab, COMSOL, and equivalent tools 13. M.S. or Ph.D in AE, ME, Physics or EE. 14. Decisive, action-oriented team player who learns quickly and takes ownership of open issues. 15. Experience with a variety of acoustic test equipment such as RME, Klippel, SoundCheck, Audio Precision, etc. **Preferred Qualifications:** Preferred Qualifications: 16. Familiarity with MATLAB, COMSOL, Klippel RnD, Audio Precision 17. Familiarity with microfabrication 18. Familiarity with dynamic and/or piezoelectric transducers 19. Familiarity with MEMS development 20. Familiarity with audio signal processing **Industry:** Internet