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Entry LevelFull-timePythonC++
Salary Range
$51,000 - $69,000 /year
This salary is estimated based on similar roles. The actual salary may vary.
The goal of the Advanced Imaging team is to design, prototype, test, and implement next-generation optical imaging technologies to enable surgeons to see more, gather information, and enhance their visual surgical experience. We are looking for a strong, systems-oriented software engineer with interest in surgical imaging and who is driven by a “patients first” purpose.  The candidate will have experience in image processing/computer vision, with an emphasis on real-time performance; comfortable operating in a monorepo environment and deploying software; and who is hands-on and self-directed. The ideal candidate will have strong software development and integration skills, can systematically analyze system performance across complex co-integrated components, diagnose problems in imaging pipelines, and perform rigorous data analysis. They will have opportunities to work on state-of-the-art products and technologies to shape next generation vision system. This individual must possess a strong sense of individual ownership as well a desire to work in cross-functional teams with shared responsibility and on complex projects. This role reports to the Director of Advanced Imaging.
No prior medical device experience is required for this position.
Roles and Responsibilities
• Develop software in a mixed software/hardware environment that includes Python, C++, CUDA, Matlab on Linux and Windows.
• Implement image processing blocks from prototype to production environments, considering system data communication strategies and real-time embedded requirements.
• Create tools and software releases, and debug them on custom surgical system hardware, for evaluation by our partner teams.
• Lead preclinical data collection and analysis.
• Write scripts to automate data collection and workflows.
• Obtain and iterate feedback into design.
• Establish and maintain strong, productive relationships and collaborations across functional and organizational boundaries.
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About Intuitive
Intuitive is a leading innovator in the field of advanced surgical technology, specializing in the development and deployment of robotic-assisted surgical systems. Operating at the intersection of healthcare and engineering, the company has been at the forefront of transforming surgical procedures since its inception. Founded in Silicon Valley, Intuitive has established itself as a pioneer in minimally invasive surgery, leveraging cutting-edge robotics to enhance precision, control, and visualization in the operating room. Their commitment to innovation has made them a trusted name in the medical technology sector, serving healthcare providers and patients worldwide. The company’s flagship product, the da Vinci Surgical System, is a state-of-the-art robotic platform designed to enable complex surgeries with enhanced dexterity and reduced patient trauma. Key features include high-definition 3D visualization, intuitive controls, and articulating instruments that mimic the human hand with greater precision. Intuitive’s solutions are primarily targeted at surgeons, hospitals, and medical centers seeking to improve surgical outcomes, reduce recovery times, and minimize complications. Their systems are used across various specialties, including urology, gynecology, general surgery, and cardiothoracic procedures. Intuitive has achieved significant milestones, including becoming the global leader in robotic-assisted surgery with a substantial market share. Their systems have been utilized in millions of procedures, demonstrating the transformative impact of their technology on modern medicine. A unique value proposition of Intuitive lies in its relentless focus on continuous innovation, supported by extensive research and development efforts. By combining advanced engineering with a deep understanding of clinical needs, Intuitive has redefined the possibilities of surgical care, setting new standards for safety, efficiency, and patient-centered outcomes.
