Ultrasound/Transducer Design Engineer

As an Ultrasound/Transducer Design Engineer at Nudge, you'll be responsible for leading projects that focus on the design and fabrication of transducers for our innovative ultrasound neuromodulation devices. This includes iterating over material design and performance evaluation while working on high-efficiency transmit and high-bandwidth receive stacks. Your expertise in multiphysics acoustoelectric modeling will play a crucial role in developing the next generation of our products, ensuring they meet our ambitious goals.

To qualify for the Ultrasound/Transducer Design Engineer position at Nudge, candidates should have a minimum of 3 years of experience in transducer design. A strong understanding of materials science, particularly in relation to piezoelectrics, is essential. Additionally, experience with multiphysics acoustoelectric modeling will enhance your prospects in applying for this role, given the technical nature of the position and the innovative projects you'll be working on.

Working at Nudge offers a unique opportunity to be part of a multidisciplinary engineering team at the forefront of neuroscience and technology. Unlike many traditional tech companies, Nudge focuses on non-invasive brain stimulation and imaging, allowing you to engage in impactful projects that can significantly improve others' lives. The culture is hands-on and collaborative, meaning your contributions are highly valued as you work alongside leading experts from top tech firms.

The compensation range for the Ultrasound/Transducer Design Engineer position at Nudge is between $140,000 and $270,000 per year, plus equity. While we have this expected range based on market data, final compensation will ultimately reflect your specific qualifications and experience level. We aim to offer a competitive package that reflects the skills and impact you bring to the team.

As an Ultrasound/Transducer Design Engineer at Nudge, you will work on exciting projects that involve the development of a range of acoustic modules. These include high-efficiency transmitters and high-bandwidth receivers, specifically tailored for our next-generation ultrasound neuromodulation devices. You’ll lead iterations on material design and evaluation, contributing to innovations that aim to push the boundaries of brain imaging and stimulation technology.

In answering this question, focus on your past projects, detailing the types of transducers you’ve designed and the specific outcomes. Highlight your hands-on experience with materials science, particularly piezoelectrics, and any successful techniques you've developed.

When discussing multiphysics acoustoelectric modeling, emphasize how it helps in predicting and optimizing the performance of transducers in various conditions. Provide examples of how you've implemented this modeling in past projects and the impacts on design efficiency.

Discuss your process for selecting materials for transducer designs, focusing on factors such as acoustical properties, durability, and cost-effectiveness. Showcase any experience you have with evaluating materials in a lab or practical setting.

Be prepared to share a specific challenge related to ultrasound design that you've faced, explaining the context and your strategies for overcoming it. Highlight your problem-solving skills and your robustness in adapting to unexpected issues.

Share your methodologies for testing and verifying the performance of your designs. Discuss any standards or metrics you adhere to and how you assess quality assurance throughout the design process.

Select a project that showcases your leadership abilities and technical skills. Detail the objectives, your specific role, the challenges encountered, and the project's final outcome.

Explain the resources or networks you engage with to stay updated. This could include research publications, industry conferences, or online forums tailored to ultrasound technology and engineering.

Discuss any experiences working within multidisciplinary teams, emphasizing the benefits of collaboration in engineering. Provide examples of how you effectively communicated and contributed to joint initiatives.

Share your time management techniques and any strategies you use to prioritize tasks under pressure. Provide a brief example where you've successfully met a deadline without compromising quality.

Make sure to articulate your passion for innovative healthcare technology and align it with Nudge’s mission. Discuss how your background and values resonate with their goals in neurostimulation and non-invasive therapies.