Director, System Engineering (Robotics)

Tasks

• Conduct FMEA and fault injection
• Define functional safety and operational safety concepts
• Define interface contracts and performance budgets
• Define system-level architecture
• Drive cross site design transfer to NPI and manufacturing
• Drive risk management and compliance across relevant standards
• Drive systems V model and design reviews
• Lead HIL and SIL testing
• Lead quality systems DFx PFMEA control plans reliability growth
• Lead system integration and validation
• Manage suppliers and integrators
• Own system KPIs for latency power thermal availability safety
• Partner with hardware firmware perception AI controls platform software and cloud teams
• Perform root cause analysis
• Translate product requirements into system specifications

Perks/Benefits

• N/A

Skills/Tech-stack

5G | ALT | Acceptance Testing | Cause analysis | Control Plan | Cybersecurity | DDS | DFX | Data/MLOps | Edge AI | FMEA | Fault injection | Fleet Management | Functional Safety | Graceful Degradation | HIL | HMI | HTOL | Interface definition | Learning-based control | Model-Based Control | Multi Sensor | Multi-sensor Fusion | PFMEA | Performance budgeting | Quality planning | ROS 2 | RTOS | Real Time | Real-time Linux | Redundancy | Reliability Engineering | Reliability growth | Requirements Engineering | Risk Management | Root Cause Analysis | Root cause | SLAM | Safety architecture | Sensor fusion | SiL | System Architecture | System Modeling | Systems engineering | TSN | Telemetry | Trade-space analysis | VIO | Wi-Fi