
Acoustics Design Engineer
Acoustics Design Engineer
Company Overview:
Frore Systems is a rapidly growing Series B tech startup based in San Jose, CA. that provides innovative technology solutions to our clients. As developers of AirJet, the world's first solid-state active cooling chip, we are working with major manufacturers to design solutions to make their products faster, quieter, thinner, lighter and dustproof. We have demonstrated significant performance increases in devices ranging from MacBooks, Notebooks and Smartphones to Mini PCs, SSD devices and LED lighting.
Our vision is "unleash the performance of systems constrained by heat" and to help businesses succeed by providing cutting-edge technology solutions that drive growth and innovation. Check out our video to learn more about who we are and what we do:
Additional Company Info:
Linus Tech Tips: The Most Exciting PC Hardware in YEARS. - Frore AirJet Cooler
Linus Tech Tips: Apple please watch this. - Frore AirJet MacBook Air
Tom's Guide: The future of the laptop fan is no fan whatsoever — here’s how AirJet Mini could eliminate overheating for good. HERE
See more media coverage HERE.
The candidate will be enabling the R&D team to continuously improve the acoustic performance of Airjet designs and products. The candidate will also work with the systems team to engineer the best integration approaches for Airjet devices and ensure the stability of acoustic performance.
Responsibilities:
- Characterize acoustic properties of MEMS products.
- Design for low noise products.
- Develop vibro-acoustic models to understand and suppress noise sources and transmission.
- Use simulation tools to predict acoustic properties of next-generation MEMS products.
- Identify sources of acoustic degradation and inform design improvements.
- Identify, analyze and reduce noise in system integration
Qualifications:
- BS/MS/PhD in Acoustics, Mechanical Engineering, or Electrical Engineering.
- 5+ years of direct experience with consumer audio products.
- Experience with acoustic design using computational models.
- Solid understanding of acoustic measurement systems and signal processing techniques.
- Experience with acoustic test equipment such as free-field microphone, contact microphone, audio analyzer etc.
- Knowledge of psychoacoustics and sound quality metrics.
- Commitment to understanding and resolving noise sources to the tiniest detail
- Passion for solving problems in a fast-paced startup environment.
- Ability to hear above 14kHz. This ability will be determined during the interview process with an audiogram test