Senior R&D Engineer, I&A

The Senior R&D Engineer, I&A at Noah Medical is responsible for ideation, development, and commercialization of various endoluminal devices. This includes designing and prototyping devices, performing root cause analyses, and documenting test protocols. The role also involves cross-functional collaboration to ensure that the devices meet high-quality and safety standards.

Applicants for the Senior R&D Engineer, I&A position at Noah Medical should have a minimum of three years of direct experience in medical devices, alongside a B.S. degree in Mechanical, Material Science, or Biomedical Engineering. Proficiency in Solidworks and experience with design for manufacturing are also crucial for taking on this role.

Noah Medical prioritizes the professional development of its employees, offering learning and development opportunities such as on-demand online training and book reimbursement. This support equips Senior R&D Engineers, I&A with the latest skills and knowledge necessary for the advancement of their careers.

The work environment for a Senior R&D Engineer, I&A at Noah Medical is collaborative and dynamic, fostering creativity and critical thinking. The team emphasizes an analytical approach to problem-solving, with an emphasis on continuous learning and improvement, all within an inclusive and diverse workplace.

A Senior R&D Engineer, I&A at Noah Medical can expect a competitive salary along with comprehensive health insurance, equity and bonus programs, a paid parental leave policy, and ample PTO. Additional perks such as in-office meals, mental health support, and team-building events contribute to a supportive atmosphere.

When addressing your experience with medical device design, make sure to discuss specific projects you've worked on, highlighting your role in the design process, challenges faced, and how you overcame them. Provide examples of devices you’ve worked with, focusing on the methodologies used, such as CAD software like Solidworks.

In your response, outline the steps you take during a root cause analysis, including gathering data, identifying potential causes, and evaluating which caused the issue. Emphasize your analytical skills and any tools or methodologies you use to ensure thorough investigations.

Discuss your experiences facilitating effective communication and collaboration among different teams. You may want to highlight your ability to translate technical vocabulary for non-technical stakeholders, ensuring everyone is aligned on project objectives and progress.

Share a project where you implemented design for manufacturing principles, explaining how these principles influenced your design decisions. Explain how they helped in reducing costs or increasing efficiency, demonstrating your understanding of the importance of manufacturability.

Describe the project management techniques you use, such as Agile or Waterfall methodologies, and how they fit within your workflow. Emphasize tools you employ for tracking progress, meeting deadlines, and keeping stakeholders informed throughout the project lifecycle.

Explain the importance of thorough documentation in ensuring compliance and maintaining quality standards. Mention your experience with documenting test protocols and the reports you've prepared, emphasizing the details that make these documents effective.

Elaborate on how you value teamwork in your role as an R&D Engineer. Share examples of how collaboration led to better designs or solutions in past projects, and discuss your ability to contribute positively within a team environment.

Discuss the resources you utilize to stay informed about advancements in medical devices, including journals, trade publications, and professional networks. Expound on how this knowledge informs your work and helps you innovate effectively.

Be ready to share a specific example of a challenging technical problem. Describe the context, the steps you took to resolve it, and the successful outcome. Highlight your technical skills and problem-solving abilities in detail.

Explain your approach to integrating safety and compliance considerations during the design phase. This should include knowledge of relevant regulations and standards, as well as examples of how you have implemented them in previous projects.