Neuralink, a pioneering company in brain-computer interface technology, is seeking a Software Engineer for their Implant team in Austin, Texas. This role is part of the Brain Interfaces Software Team, which is responsible for the complete software stack managing implant communication, verification, manufacturing, and monitoring.
The position offers an opportunity to work on groundbreaking technology that aims to restore movement to the paralyzed and sight to the blind, while revolutionizing human interaction with digital systems. As a Software Engineer, you'll be developing and improving crucial systems including the Implant and Charger SDK, firmware build tooling, manufacturing line acceptance software, and implant monitoring systems.
The ideal candidate should be fluent in Python and either C or Rust, with strong experience in Linux/Unix systems. The role requires exceptional engineering abilities, strong first principles thinking, and practical understanding of production systems. Prior experience with safety-critical systems is preferred, given the medical nature of the technology.
What makes this role unique is the direct impact on developing technology that could fundamentally improve human lives. The compensation package is competitive, ranging from $83,000 to $180,000, complemented by comprehensive benefits including medical, dental, and vision insurance, equity, 401(k), and parental leave.
Neuralink offers a meritocratic environment that values honest and transparent communication. The company culture emphasizes delivering reliable solutions over perfect design, with a sense of urgency driven by the mission to help people. This is an opportunity to work with leading experts from various fields while contributing to potentially life-changing technology.
The position requires working on-site in Austin, Texas, where you'll collaborate with a team of high-performing individuals in a culture that promotes rigorous and thoughtful inquiry. For someone passionate about combining software engineering with medical technology and eager to work on challenging problems with real-world impact, this role presents an exceptional opportunity to be at the forefront of brain-computer interface development.