Ultrasound/Transducer Design Engineer
Nudge - San Francisco, CA
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About NudgeNudge’s goal is to help the brain work better by creating a generalized product that can precisely stimulate and image the brain, entirely non-invasively. We aim to achieve this by developing cutting-edge ultrasound technology to treat neurological and psychiatric disorders, like addiction, and eventually, creating a mainstream consumer device that can modulate mood, focus, sleep, and more.To realize those ambitions, we’re growing a scrappy, multidisciplinary, science and engineering team focused on making the best technology possible for interfacing with the whole brain, and a product that has the potential to improve people’s daily lives more than any other.About the teamThe engineering team at Nudge works at the intersection of neuroscience, software, machine learning, firmware, electrical engineering, mechanical engineering, and acoustics. Our team includes engineers who have led development of the surgical robot at Neuralink, built augmented-reality hardware at Apple, and designed parts on SpaceX Starlink satellites. We are scrappy, hands-on, and welcome exceptional individuals who are passionate about their craft and energized by working on impactful, technical challenges.About the roleWe’re hiring ultrasound engineers with experience in designing and fabricating transducers. Be a part of developing a range of acoustic modules including high efficiency transmit and high bandwidth receive stacks. Lead projects iterating over material design and performance evaluation to power our next generation ultrasound neuromodulation devices.About you3+ years of experience working with transducer designExperience with multiphysics acoustoelectric modelingStrong fundamentals in materials science with respect to piezoelectricsCompensation Range$140,000 - $270,000/year + equityWhile this represents our expected range based on market data, final compensation will be determined based on your specific qualifications and may be outside this range. #J-18808-Ljbffr
Created: 2025-09-18