Electrical Engineer, Robotics

As an Electrical Engineer at Neuralink, you will be responsible for designing, verifying, and overseeing the production transition of custom electronic systems. This role entails working on surgical robotics, supporting operating room equipment, and producing electropolished needles among other tasks, all aimed at revolutionizing neurosurgery.

To qualify for the Electrical Engineer role at Neuralink, you should have a Bachelor's degree in Electrical Engineering or related field. Experience with circuit board design, integrating microcontrollers, and working with mixed signal PCBAs is essential. Familiarity with medical devices or critical systems is preferred but not mandatory.

At Neuralink, you'll have the chance to work on exciting projects like actuator and robotics stage designs, image-capture pipelines, and telemetry systems. Each project plays a pivotal role in enhancing medical technologies and goes a long way in supporting neurosurgical procedures.

Absolutely! Neuralink fosters a culture of advancement and encourages team members to take ownership of impactful projects. High achievers can expect rapid growth and development as their contributions towards our mission of making a significant difference in lives are recognized and rewarded.

Neuralink provides an excellent benefits package including medical, dental, and vision insurance, equity options, a 401(k) plan, flexible time off, and paid holidays, among others. You'll also enjoy meals provided during your work hours, and a collaborative and innovative work environment.

When tackling circuit board design, I focus on understanding the project requirements thoroughly, selecting appropriate components, and ensuring proper layout for signal integrity. I prioritize testing and validation to ensure reliability before transitioning to the production phase.

In a past role, I encountered a malfunctioning prototype that wasn't communicating correctly. I systematically analyzed the circuit, checked all connections, verified firmware, and discovered a grounding issue. The fix not only resolved the problem but improved the overall performance.

One challenge is ensuring compliance with medical regulations while innovating under tight deadlines. However, I see this as an opportunity to leverage my problem-solving skills and collaborate closely with cross-functional teams to find effective solutions.

I utilize a combination of project management tools and prioritize based on project deadlines and impact. Regular communication with my team helps keep everyone aligned, allowing us to address urgent tasks effectively while maintaining the quality of our work.

Testing is integral to my engineering process. I believe in implementing thorough testing at each design stage, from initial prototypes to final production, to catch issues early and ensure the reliability of the device in real-world applications.

To ensure EMC compliance, I incorporate design techniques like proper grounding, shielding, and component placement early in the design phase. Additionally, I conduct pre-compliance testing to identify and rectify any potential issues before final testing.

My most successful project involved developing an electronics platform for a medical monitoring device. I led the design and integration phases, focusing on reliability and user experience, which ultimately resulted in a product that significantly improved patient care.

I stay updated through continuous learning via online courses, attending industry conferences, and being engaged in professional networks and forums. I also read up on the latest research publications and advancements in robotics to inspire my work.

Yes, I've often collaborated with cross-disciplinary teams. I foster open communication and regular check-ins to keep projects aligned, while also respecting each member's expertise. This approach helps ensure everyone is on the same page and drives the project towards success.

I frequently use C and Python in my work. C is essential for low-level hardware interactions, whereas Python aids in automation tasks and data analysis. Proficiency in both languages allows me to develop efficient and effective solutions for various engineering challenges.