Job Description:
· Design for Serviceability (DfS) in Surgical Robotics
· Define and enforce DfS requirements for robotic systems: modular assemblies, quick-connect cabling, sterile field considerations, and tool-free access for critical components.
· Collaborate with robotics engineers to design service-friendly architectures (e.g., swappable joint modules, sensor calibration ports, embedded diagnostics).
· Conduct serviceability FMEAs and validate service life cycle.
· Develop service BOMs, preventive maintenance schedules, and calibration protocols aligned with orthopedic surgical use cases.
· Specify and validate built-in diagnostics, and telemetry.
· Support and execute segments of complex product development to advance projects through the design /development/V&V/launch process.
· Plan and execute verification protocols.
· Field Service Workflow
· Design service workflows that minimize disruption.
· Service readiness for new robotic platforms prior to commercial launch.
· Collaborate with engineering in defining installation, maintenance and troubleshooting procedures for robotic arms, navigation systems, and imaging integrations.
· Develop digital troubleshooting guides, assisted repair flows, and remote support capabilities for urgent intraoperative issues.
· Customer Experience
· Capture Voice of Field Service Engineer and support agents to inform service design—prioritizing speed, clarity, and confidence.
· Collaborate with Training to create competency-based learning paths for technicians servicing robotic systems in OR environments.
· Regulatory, Reliability & Compliance
· Ensure all service processes meet FDA 21 CFR Part 820, ISO 13485, and IEC 60601 standards for medical electrical equipment.
· Support post-market surveillance and feed reliability insights into product and service roadmaps.
Skills
Qualifications Required
· Familiarity with FDA regulations, ISO 13485, and IEC standards.
· Technical writing skills for service manuals.
· Project management experience.
· Ability to communicate technically with team members.
Preferred
· Experience with DfS, DHF, and FMEA.
· Lean Six Sigma or equivalent continuous improvement certification.
· Knowledge of industry practices. Practical knowledge related to the products/components that the position will support, e.g., electromechanical product components and assembly processes.
· Experience in process development.
· Experience in continuous improvement culture, skill sets, and tools to enhance quality and operational excellence.
· Experience with the proper use of common inspection tools, test equipment, and visual standards.
Core Competencies
· Systems Thinking & Cross-Functional Collaboration