As a Mechanical Engineer at Integral, you'll own mission-critical efforts in developing our groundbreaking implanted deep-brain interface. Your responsibilities will include designing, fabricating, and testing novel medical electrodes and leads, as well as developing implanted connectors and thin-film interconnects. Additionally, you'll conduct verification and validation testing on various components to ensure their efficacy and reliability.

To succeed as a Mechanical Engineer at Integral, you should demonstrate exceptional abilities in key areas such as medical device design, thin-film electrode development, and microfabrication. A deep understanding of mechanical engineering principles, along with a track record of swift execution, is essential. Experience in bringing implantable devices to market is a bonus, although neurotechnology experience is not necessary.

The role of a Mechanical Engineer at Integral demands proficiency in areas like CAD design, prototype fabrication, and software coding. Cross-disciplinary knowledge in biomedical engineering, materials science, and medical imaging is crucial. Skills in electrochemical test development and surgical tool development will greatly enhance your contribution to our innovative projects.

Integral fosters a vibrant and collaborative work environment that encourages innovation and hands-on involvement. You'll be part of a dynamic team focused on speed, engineering excellence, and meeting patients' needs. Working full-time, on-site in South San Francisco, you'll engage closely with cross-functional teams to develop life-changing medical technologies.

Absolutely! Integral places a strong emphasis on personal and professional growth. As a Mechanical Engineer, you'll gain experience working on cutting-edge technologies in the neurotech field, with ample opportunities to learn from industry leaders. Given the unique challenges and interdisciplinary collaboration, Continuous learning will be part of your role as you drive impactful solutions in healthcare.

When answering this question, share specific projects where you've contributed to medical device design, emphasizing your role in the design process, the technologies you used, and any challenges you overcame. Highlight your familiarity with regulations and standards that govern medical devices.

Discuss any relevant experiences you've had with thin-film technologies. Explain the processes you utilized for development, such as materials selection, fabrication techniques, and testing methodologies. Be sure to showcase your problem-solving skills in this area.

Address this question by detailing your approach to verification and validation testing. Talk about specific standards you follow and methodologies you've implemented to assess reliability and safety, ensuring that the end product meets the required guidelines.

Use the STAR method (Situation, Task, Action, Result) to frame your response. Start by outlining the project's complexity, your specific role, and the actions you took to address the challenges. Highlight the successful outcome and any lessons learned.

Explain your hands-on experience with prototype fabrication, including tools and methods you've employed. Highlight any software you used for CAD design and how your prototypes performed in testing scenarios. Showcase your ability to iterate based on feedback.

Express your commitment to continuous learning by mentioning specific journals, conferences, or online courses you pursue. Discuss any professional groups or networks you’re involved with that keep you in touch with industry trends and innovations.

Share your strategies for managing multiple priorities effectively. For instance, you can discuss how you use tools for tracking tasks, prioritize based on deadlines and impact, and communicate with team members to ensure alignment on expectations.

Talk about specific projects where you collaborated with professionals from other disciplines. Highlight how your communication skills and understanding of different fields contributed to the project’s success and your ability to bridge gaps in knowledge.

Discuss your familiarity with designing test protocols for both electrochemical and mechanical properties. Mention the types of tests you've conducted, equipment used, and how test results informed subsequent design iterations.

Convey your enthusiasm for working in neurotechnology and how it aligns with your passion for making a difference in patients' lives. Elaborate on what aspects of Integral's mission resonate with you and how you feel you can contribute to their innovative projects.