Research Scientist, Ultrasound Imaging

As a Research Scientist specializing in Ultrasound Imaging at Nudge, your key responsibilities include developing innovative algorithms for structural and functional ultrasound imaging, collaborating with engineering teams to build on-device imaging capabilities, and validating imaging methods through both in-silico and in-vivo testing. Additionally, you'll contribute to advanced techniques like aberration correction to enhance imaging accuracy, making a significant impact on both neurological research and patient care.

To qualify for the Research Scientist, Ultrasound Imaging role at Nudge, candidates should have a PhD or postdoctoral experience in Bioengineering, Medical Imaging, Physics, or a related field. A strong understanding of ultrasound physics and metrology, alongside at least 5 years of relevant experience, is essential. Experience in advanced imaging techniques such as functional transcranial doppler imaging or machine learning will also be highly valued.

Nudge is committed to advancing ultrasound technology for neuromodulation by focusing on non-invasive methods that can enhance mental health and overall wellbeing. The Research Scientist will engage in developing portable imaging hardware and conducting human trials to validate these techniques, ensuring that the solutions we design are effective and accessible for a wide range of neurological conditions.

The Research Scientist will take on exciting projects that include developing cutting-edge algorithms for ultrasound-based imaging, validating these methods using Nudge’s proprietary hardware, and contributing to clinical trials aimed at treating conditions like depression and chronic pain. This role offers a unique opportunity to directly impact the advancement of neuroscience through innovative technology initiatives.

The salary for the Research Scientist, Ultrasound Imaging position at Nudge ranges from $140,000 to $230,000 annually, depending on various factors including your experience, skills, and job-related knowledge. We also offer equity options, providing a further incentive for you to be a part of our groundbreaking journey in the field of brain health.

In addressing this question, focus on your academic background and practical experiences that highlight your expertise in ultrasound physics. Discuss specific projects or research where you applied ultrasound principles, alongside any innovative solutions you developed that align with Nudge's mission to advance neuromodulation methods.

Provide examples of algorithms you have developed, emphasizing the challenges you overcame and the outcomes achieved. Explain how these algorithms enhance imaging quality or functionality, illustrating your technical skills and their relevance to Nudge's goals of developing effective ultrasound-based imaging techniques.

When answering, detail your systematic approach to validating imaging techniques, including methodologies, metrics for success, and the importance of accuracy and reliability. Share any specific case studies or results that illustrate the effectiveness of your validation process in a research setting.

Discuss your previous projects involving functional ultrasound imaging, including the applications you explored and any notable outcomes. Highlight any collaboration with medical or engineering teams, as well as your understanding of how this technique can impact neuroscience research at Nudge.

Explore the intersection of machine learning and ultrasound imaging, touching on how AI can enhance data analysis, improve imaging accuracy, and contribute to real-time applications. Support your answer with examples of any machine learning projects you've been involved in.

In your response, explain full-waveform inversion imaging as an advanced method used to improve image resolution by utilizing all available data from a sound wave's interactions with tissues. Highlight how this technique can be particularly useful in medical imaging and relevant to your work at Nudge.

Identify a specific challenge you encountered in your research and detail the steps you took to address it. This could involve technical obstacles, team dynamics, or project deadlines, emphasizing your problem-solving skills and resilience in the context of research.

Describe your strategies for staying informed, such as following leading journals, attending conferences, participating in online forums, or collaborating with industry experts. Highlight how continuous learning is vital to your role as a Research Scientist at Nudge.

Express your passion for neuroscience and neurotechnology on a personal level. Discuss specific aspects of the field that inspire you, whether it's the potential for improving patient outcomes or breakthroughs in understanding brain functions, linking your motivation to Nudge's vision.

Emphasize the importance of communication, respect, and teamwork when working in a multidisciplinary environment. Provide examples of previous collaborations and how your ability to work with diverse experts—a core value at Nudge—leads to more cohesive and innovative outcomes.