Neuralink

Software Engineer, Pathology and Digital Imaging

Neuralink
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11 days ago
Austin, TX, USAMid Level
H1B sponsor

Base Salary

$135k - $216k/yr

Responsibilities

  • Build and maintain software tracking tissue specimens, organ blocks, and slides throughout the histology workflow.
  • Develop a high-performance browser-based viewer for billion-pixel microscopy images.
  • Create annotation and analysis tools for pathology findings, regions of interest, serial-section comparison, image alignment, and overlays.
  • Build ML annotation pipelines that surface model predictions for scientist validation.
  • Collaborate directly with pathologists, technicians, and neuroscientists and rapidly ship fixes and features.
  • Own the software stack supporting pathology and histology operations and resolve production issues.

Requirements

  • Bachelor’s degree in Computer Science or equivalent demonstrated work experience.
  • Strong full-stack engineering skills, including the ability to work with Ruby on Rails and React/TypeScript.
  • Experience building software used by real people.
  • Ability to communicate with users, understand their problems, and translate requirements into well-built software.
  • Ownership, collaboration, and comfort working in an ambiguous environment.

Benefits

  • Full-time employees receive medical, dental, and vision insurance through a PPO plan.
  • Paid holidays, commuter benefits, meals, parental leave, flexible time off, and a 401(k) plan are offered, with eligibility exclusions noted for temporary employees and interns.
  • Full-time employees receive equity compensation in the form of RSUs.
  • The role offers growth potential and advancement for high-impact contributors.

Tech Stack

ReactRuby on RailsTypeScript

Categories

Neuralink

About Neuralink

501-1,000 employees

Neuralink builds implantable brain–computer interfaces and a neurosurgical robot to read and stimulate neural activity for medical and assistive uses. The privately held company, founded in 2016 and headquartered in Austin, develops a wireless implant and software enabling people with paralysis to control computers and external devices; it has FDA Breakthrough Device designations and began human clinical trials. Its business model centers on regulated medical devices sold through healthcare providers and research partnerships.

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