Neuralink is at the forefront of brain-computer interface technology, developing revolutionary devices that enable direct communication between the human brain and digital systems. As a Medical Imaging Software Engineer in the Surgery Engineering team, you'll play a crucial role in developing sophisticated tools for precise implant placement using functional imaging techniques like fMRI.
The position combines cutting-edge medical technology with software engineering, requiring expertise in 3D imaging, data processing, and visualization. You'll be responsible for creating end-to-end pipelines for medical imaging data, from initial acquisition to real-time surgical navigation. This involves working with various imaging modalities, developing fusion algorithms, and creating intuitive interfaces for clinical use.
The role offers an exceptional opportunity to work with world-class engineers and clinicians, directly contributing to technology that could restore movement to the paralyzed and sight to the blind. You'll be part of a team responsible for the entire surgical process, from patient positioning to implant installation.
The position requires strong technical skills in Python, Rust, or JavaScript, combined with practical experience in 3D visualization and linear algebra. Experience with medical imaging formats like DICOM and NIfTI is highly valued. The compensation package is competitive, ranging from $124,000 to $270,000, with comprehensive benefits including medical insurance, equity, and 401(k).
Working at Neuralink means being at the intersection of software engineering and medical innovation, with the potential to make a significant impact on human health and capability. The company culture emphasizes rapid advancement for high performers and provides an environment where you can work alongside experts from various fields.
This is an in-person position in Austin, Texas, offering the chance to work on groundbreaking technology while collaborating with a diverse team of experts. The role combines technical challenges with meaningful impact, making it ideal for engineers passionate about using their skills to advance medical technology and improve human lives.