Responsibilities
- Develop novel neural decoders to increase BCI control speed and accuracy.
- Improve BCI reliability and expand functionality through machine learning solutions.
- Drive successful execution of projects supporting mission-critical goals.
- Collaborate cross-functionally to design new BCI functionalities and computer user interfaces.
Requirements
- Evidence of delivering high-impact projects in academia or industry.
- Prior experience designing and building machine learning models.
- Deep understanding of machine learning concepts and fundamentals.
- Experience analyzing complex datasets, deriving insights, and communicating results clearly to technical and non-technical stakeholders.
- Strong coding skills focused on clean, efficient, and scalable code development.
- Excellent communication and collaboration skills.
- Experience with time series or unstructured data is preferred.
Benefits
- Opportunity to work on brain-computer interface technology with cross-disciplinary experts
- Growth potential and advancement for high-impact contributors
- Medical, dental, and vision insurance through a PPO plan for eligible full-time employees
- Paid holidays for eligible full-time employees
- Commuter benefits for eligible full-time employees
- Meals provided
- Equity in RSUs is excluded for temporary employees and interns
- 401(k) participation is initially excluded for interns until they work 1,000 hours
- Parental leave and flexible time off are excluded for temporary employees and interns
Categories
About Neuralink
Neuralink is a neurotechnology company building a generalized input/output platform for the brain. Our work has the potential to restore autonomy to those with unmet medical needs and fundamentally transform how humans interact with the world. Our core technology is an implantable brain-computer interface with ultra-thin, flexible electrode threads placed precisely by a surgical robot, enabling high-bandwidth, bidirectional interaction with neural signals. We’ve received multiple FDA Breakthrough Device designations and are conducting clinical trials around the world. Trial participants are exploring how our implant could enhance their daily lives — controlling digital devices like computers and smartphones, operating physical devices like robotic arms and wheelchairs, and translating thought directly into speech and text. Developing brain-computer interfaces is an interdisciplinary challenge, and we’re looking for exceptional talent across engineering, science, and operations. Explore opportunities to contribute to our mission at neuralink.com/careers.