Johnson & Johnson is looking to develop the next generation of robotic surgical platforms to improve patient outcomes worldwide, requiring expertise in robotics, system integration, and engineering.
Requirements
- While programming skills are essential, the role is not centered on core software architecture, algorithm development, or software design; those are typically the focus of a dedicated Software Engineering internship.
- Contribute to coding, simulation, and validation efforts related to AI/ML, computer vision, and robotic control.
Responsibilities
- Develop control algorithms, perception systems, and AI/ML models for robotic platforms.
- Support system/subsystem integration, troubleshooting, and calibration across hardware and software components.
- Support system/subsystem-level robotic integration across multi-functional subject areas.
- Identify, root cause, and resolve novel issues that arise across R&D systems by working across mechanical, electrical, software and robotic controls.
- Design and execute tests for system performance, safety, and clinical relevance, including calibration, characterization, and validation.
- Characterize and de-risk the design from prototype to subsystem level, analyze test results, and provide meaningful insights or conclusions.
- Support development of test methods and fixtures for system/subsystem integration, testing, and calibration.
Other
- Interns will work on a variety of projects to support the development of next-generation surgical robotic platforms that improve patient outcomes worldwide.
- Interns may be assigned to roles focused on either Systems Engineering or Systems Integration, or a combination thereof.
- Collaborate with multidisciplinary teams to contribute to the design, development, testing, and validation of complex robotic systems used in healthcare.
- Your work may involve software development, hardware integration, clinical workflow analysis, or system validation, depending on project needs.
- Collaborate to understand user needs, develop workflows, and identify clinical hazards with proposed mitigations.
- Support clinical and human factors objectives to test new features in simulation and implement in labs.
- Document workflows, test procedures, and system integration processes.
- Participate in design reviews, risk assessments, and continuous improvement initiatives.
