Software Engineer, Neuralink

• Evidence of exceptional ability in engineering or computer science
• Proven track record of shipping software with real-world impact
• Understanding of how systems work at a fundamental level
• Practical proficiency in linear algebra
• Experience coding in Python, Rust, and/or, JavaScript
• Experience manipulating and visualizing 3D objects (e.g., game development, VR/AR, medical imaging)

Desirable

• The Surgery Engineering team is responsible for developing and managing custom hardware and processes for neurosurgical procedures, excluding the R1 Robot and Operator Station
• Their responsibilities encompass the entire surgical process, including patient positioning, incision management, craniectomy, precise implant placement, thread management during robot-assisted insertion, surgical site irrigation, implant installation, and closure
• Additionally, the team ensures safe explantation and upgrade procedures for implants
• They also provide mechanical engineering support to the animal care, histology, and BCI teams, contributing to the success of complex neurosurgical procedures and related research activities
• As a Medical Imaging Software Engineer, you will work with other engineers and clinicians to develop tools that enable rapid and precise placement of the Neuralink implant and its electrodes relative to targets determined by functional imaging like fMRI
• You will own the end-to-end pipeline of medical imaging data at Neuralink, from ingesting the medical images from the scanner/imaging modality, to fusing different imaging techniques, and finally to navigating in the real world coordinates of the patient reference frame during surgery
• Additionally, you will be expected to:
• Import and manipulate 3D medical imaging datasets
• Co-register(fuse) different medical imaging types in the same coordinate reference frame
• Build and deploy applications to manage large amounts of medical image data
• Building and deploy a Graphical User Interface to allow engineers and clinicians to place electrodes targets based on pre-operative imaging
• Develop a system to pass the preoperative medical images to the surgical robot