Staff Systems Engineer, Functional Safety

Agility Robotics Agility Robotics · Robotics · Fremont, CA · Hardware

Staff Systems Engineer focused on functional safety for humanoid robots, defining and delivering system-level architecture with integration of safety-critical requirements. The role involves requirements management, V&V definition, interface definition, and ensuring safety standards are met in a fast-paced environment.

What you'd actually do

  1. Define system and subsystem architectures spanning all domains (mechanical, electrical, firmware, and software) with embedded functional safety, and drive trade studies to balance safety, performance, cost, and execution speed.
  2. Define, own, and decompose detailed, verifiable requirements in Jama that can be delivered to Integration and Testing teams for Verification and Validation.
  3. Lead development and maintenance of Interface Control Documents (ICDs), managing implementation-specific details for hardware and software interfaces, including message structures, pinouts, and bolt patterns.
  4. Define the sequence of operations between major elements and users using narrative Concept of Operations (ConOps), swimlane diagrams, and/or logical flow charts.
  5. Align system requirements with test plans to ensure coverage across the entire safety system.

Skills

Required

  • Systems Engineering experience in safety-critical domains
  • functional safety projects
  • functional safety standards (ISO 13849, IEC 61508, ISO 26262, IEC 62061, or similar)
  • system-level integration
  • architecture
  • requirement management
  • safety lifecycle processes
  • hazard analysis (HARA, HAZOP, FTA, FMEA)
  • safety integrity levels
  • safety architecture principles
  • authoring safety requirements
  • managing traceability
  • defining cross-functional safety interfaces
  • V-model approach to safety-critical systems engineering
  • safety analysis tools (e.g., ANSYS medini analyze, PTC Windchill FTA, ItemIS)
  • requirements management platforms (Jama, DOORS, Polarion)
  • develop and execute system-level safety verification and validation strategies

Nice to have

  • safety-critical robotics
  • autonomous systems
  • AI/ML safety considerations for autonomous systems
  • collaborative or mobile robotics in industrial environments
  • regulatory compliance processes for robotics in manufacturing environments
  • Advanced degree (MS/PhD) in Systems Engineering, Electrical Engineering, Mechanical Engineering, or related field
  • mentoring junior engineers in safety-critical system development

What the JD emphasized

  • functional safety
  • safety-critical systems
  • safety-critical domains
  • safety-critical robotics
  • safety-critical systems engineering