Johnson & Johnson is looking to solve complex healthcare problems through innovation in robotics and digital solutions, specifically in the area of surgical robotics and AI technologies.
Requirements
- Experience in computer HW and SW development & integration required
- Experience with GPU HW for real time AI models required
- Experience with operating systems, computer component selection, and computer architecture required
- Proven understanding of programming concepts and ability to modify existing code (C++, python, etc) required
- Understanding of ML/AI techniques is preferred
- Fundamental understanding of basic engineering subject areas, with ability to quickly come up to speed in new technical areas required
- Experience partitioning and decomposing sophisticated engineering problems into solvable problems required
Responsibilities
- Technically lead subsystem-level integration in the areas of focus including GPU, visualization pipeline, and real time AI models
- Own decomposition of feature, requirement, and SW needs and evaluate computer HW design and capabilities to meet those needs
- Own characterization and de-risking of the design from prototype to subsystem level. Analyze results and provide meaningful insights or conclusions to drive technical decisions
- Identify, root cause, and resolve novel issues that arise by mentoring team members & collaborating with functional partners
- Support innovation & development of test methods and fixtures for system/subsystem integration, test, and calibration
- Provide technical mentorship to team members
Other
- Ability to lead, mentor and delegate to other engineers and technicians is required
- Ability to communicate concisely and persuasively about technical topics with other leaders to make key technical decisions preferred
- Project management skills is preferred
- BS in Computer or Software Engineering or other applicable technical degree with 8+ years of related experience, MS with 5+ years, or PhD with 3+ years is required
- Ability to work in a collaborative environment
